Circular Textile Pyrolysis PSF 30-09-2022

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-Symphony Environmental sees ‘significant increase’ in Indian sales

The developer of technology to make ordinary plastic biodegradable said legal changes designed to combat plastic pollution is driving demand

Symphony Environmental Technologies PLC said its joint venture in India reported a “significant increase” in sales of its d2w biodegradable technology after being formed last November.

The d2w masterbatch technology being sold by the joint venture with Indorama Corporation enables the manufacturing of non-biodegradable plastics into biodegradable and environmentally safe products.

Sales are expected to increase to more than £250,000 per month from early 2023, the AIM-listed company said, based on current enquiry and order activity.

Further investment is being made by Symphony India to enhance its marketing and sales capability, with five new experienced employees expected to join shortly in order to try and win a greater share of a market that the pair estimate could generate over £10mln in annual sales during the course of 2024.

Symphony said the demand is being driven by legal changes in July that permit government-approved biodegradable plastic products to be exempted from restrictions that would ban most plastic film products unless they are above a certain thickness.

Manufacturers and brand owners using certified biodegradable plastic materials will be free from this obligation, it said, meaning d2w technology has “a competitive advantage in a country with a population of circa 1.4bn”.

Michael Laurier, CEO of Symphony, said: “India is a country whose environment suffers from serious plastic pollution, but plastics are vital for food safety in this populous nation. These progressive regulations are therefore a welcome step in combatting plastic pollution.

Symphony Environmental sees ‘significant increase’ in Indian sales

-Indian PSF producers may get respite as ban on PET flake import eased

Indian polyester staple fibre producers can expect better supply of raw materials as the Union government has eased imports of PET flake chip (HS code 39076110 and 39076930) with some conditions. Earlier, the imports of PET bottle waste/scrap/PET flake made from used PET bottles were totally restricted by the ministry of environment to control dumping of scrap.

During the Sustainable Textiles Summit 2022 in New Delhi last week, some experts had raised concerns about the tight supply of used PET bottle and its downstream products. They said that sustainability in the textile sector demands technological development and a proactive approach towards the entire value chain. Earlier, India generated thousands of tons of used PET bottles for reuse. The technological developments increased its consumption and today the supply has become tighter for the polyester value chain.

The upward trend seen in the global markets also paints the same picture. According to data from Fibre2Fashion’s market insight tool TexPro, now re-PET bottle flake prices increased to CNY 5,400 per MT in the Chinese market from CNY 4,000 per MT during COVID-19. In the beginning of this year, it was priced at CNY 4,800 per MT. Therefore, the product’s price increased by more than 10 per cent this year. It had recorded the highest price of CNY 7,400 per MT in 2018.

The government issued a notification in mid-September which permitted imports of the product by the consumer industry on certain conditions. PET flake chip can be imported under authorisation from Director General of Foreign Trade (DGFT) and subject to NOC from the ministry of environment in accordance. A unit will be eligible for import only if it has used domestic waste to the extent of at least 70 per cent of the capacity in the previous year. The unit can import up to 20 per cent of its production in 2021-22.




-Arkema increases its global Pebax® elastomer capacity expansion for 2023 to +40%

Arkema boosts its previously announced global Pebax® elastomer capacity expansion at its Serquigny, France site from +25% to +40% in two separate phases, firstly in Q1 2023 by raising global capacity by 15%, the additional 25% starting in Q3 2023.

The greater increase in Pebax® elastomer capacity will support the strong demand from partner customers in the sports, consumer electronics, medical and industrial markets, who recognize the highly specialized Pebax® grades’ lightweight, flexibility and exceptional energy return. Applications range from ultra-fast running shoes to catheters or flexible device screens.

Beyond this new capacity expansion in France and to support the growth of its global customers, the Group is currently assessing further investment opportunities, including in Asia.

As customer demand is increasingly driven by sustainability and social responsibility, over the last few years Arkema has benefited from strong growth in particular for its bio-based Pebax® Rnew® grades, derived from renewable castor beans. These materials have a significantly lower carbon footprint thanks to their bio-based content and can be fully recycled as part of Arkema’s Virtucycle® recycling program for advanced polymers.

The Group continues to innovate and invest to further improve its materials’ carbon footprint.

Circular Textile Pyrolysis PSF

-Lotte Chemical produces polycarbonate using pyrolysis oil-based naphtha

Lotte Chemical, a major chemical company based in South Korea, has produced polycarbonate, a high-value-added petrochemical product, by using pyrolysis oil-based naphtha made by recycling waste plastic.  polycarbonates are strong, tough materials with many applications. They are easily worked, molded, and thermoformed.

Pyrolysis is a chemical recycling process that can convert plastics into high-quality oil using extreme heat and pressure. Recycled oil is processed into medium crude and light oil. Previously, pyrolysis oil has not been used as a raw material for the production of petrochemical products due to impurities and concerns over air pollution. Previously, pyrolysis oil has not been used as a raw material for the production of petrochemical products due to impurities and concerns over air pollution.

Waste plastic pyrolysis oil can be recycled as naphtha, a basic raw material for petrochemical products, through a post-treatment process of removing impurities. Lotte Chemical has received waste plastic pyrolysis naphtha from Hyundai Oilbank, a petroleum and refining company affiliated with South Korea’s Hyundai shipbuilding group, and put it into the naphtha cracking center in its plant in the southern industrial port city of Yeosu.

Polycarbonates produced by Lotte Chemical carry ISCC PLUS certification, a sustainability certification program for bio-based and circular raw materials. “We will expand the chemical recycling business, including the production of pyrolysis naphtha-based products, and take the lead in building a virtuous cycle of resources,” Lotte Chemical’s basic materials business head Hwang Jin-gu said in a statement on December 28.



-Metnin™ technology is a lignin refinery – sustainable path to replace old based chemistry in high value end user products

Summary Of The Technology

METNIN™ Technology is developed to refine lignin to end-user specific characteristics. Our technology is agnostic to lignin source and provides the missing link in the value-chain between crude lignin and high value lignin fractions for specific end user products. Metnin™ is enabling lignin valorisation towards wide range of drop-in sustainable solutions in e.g. coatings, resins, plasticizers, polyurethanes, and moisture/humidity resistance packaging. MetGen’s technology has been proven in multiple pre-commercial installations and enables cost-efficient conversion of lignin into cascade of intermediate building blocks of specific molecular size.Basic engineering package, CAPEX and OPEX estimate available.

Details Of The Technology Offer

Together with sugars and proteins, and to a lesser extent oils and fibres, lignin as a lignocellulosic biomass derived intermediate is one of the pillars of the foundation of the European Circular Bioeconomy. The EU-28 Bioeconomy market sectors were worth €2100 billion in turnover and accounted for more than 18 million jobs in 2013. To ensure its position in the increased global competition, involved industrial sectors need to innovate and further diversify, making the sustainable use of lignin as renewable resource extremely relevant.

Biobased chemicals and raw materials are expected to grow significantly and increase their market share. An assessment done by the European Commission has indicated that bio-based products and biofuels represent approximately € 57 billion in annual revenue and involve 300,000 jobs. According to forecasts, the biobased share of all chemical sales will rise to 22% by 2020, with a compounded annual growth rate of close to 20% (EC Europa, To realise the required shift from fossil-based industries to real bioeconomy and biobased industries, there is an urgent demand for biobased chemical, materials, and fuels as sustainable and renewable alternatives.

The total market value for lignin-derived products is at $3.3B, with energy capturing about 89 % of the market. Lignin is currently being used for low and medium-value applications (e.g. binding and dispersing agents), representing a market of $730 million. Other markets include vanillin production ($192M) and cement additives ($176M). The market has both high-value applications, such as carbon fibres and phenols, as well as lower value applications such as binders and activated carbon. The lowest value use of lignin is its use as solid fuel as energy content of the lignin is in the range of 22 MJ/kg. Today, the commercial sales of lignin are limited but growing. Even though the pulp & paper industry produces about 50 million tons of lignin in a year, as defined by Lux Research, most of this is burned for power; only 1 million ton reaches the chemicals market. Thus, the supply of lignin from other sources is set to grow, as the growing need for lignin for the production of renewable biochemicals from lignocellulosic feedstocks alone is projected to grow up to 2.9 million MT in 2017. This brings huge opportunities for the creation of higher-value chemicals such as polyurethanes, epoxy resins, and lignin-based phenol-formaldehyde resins. Lignin is suitable for the production of a variety of straight chain, cyclic and aromatic chemicals, with market sizes ranging from tens of millions of dollars up to hundred-billion-dollar range. The potential market value of new lignin-based products is estimated to be about $13.9B by 2020-2025, with lignin-based phenols and carbon fibre poised to capture the largest market potential in the future. The market for carbon fibre composites and bioplastics is estimated to be over $20 B by 2020, and the phenol market in 2010 was $100 B.

Metnin™ technology is a lignin refinery - sustainable path to replace old based chemistry in high value end user products

-EURATEX & partners launch CISUTAC to aid circular textile sector

A consortium of 27 partners including EURATEX (European Apparel and Textile Confederation) has launched the new Horizon Europe project CISUTAC (Circular and Sustainable Textiles and Clothing) to support the transition to a circular and sustainable textile sector and economy. CISUTAC aims to remove current bottlenecks in order to increase textile circularity in Europe.

The objective of the project is to minimise the sector’s total environmental impact by developing new, sustainable, and integrated large-scale European value chains, according to a press release by EURATEX.

The project will include most parts of the textile sector: comprising the two groups of fibres that represent almost 90 per cent of all textile fibres (polyester and cotton/cellulose) and focusing on products from three sub-sectors experiencing most circularity bottlenecks (fashion garments, sports and outdoor goods, and workwear).

CISUTAC will follow a holistic approach covering the technical, sectoral, and socio-economic aspects of textile value chain, and will perform three pilot phases to demonstrate the feasibility and value of repair and disassembling; sorting (for reuse and recycling); and circular garments through fibre-to-fibre recycling and design for circularity.

To realise these pilots, the consortium partners will develop semi-automated workstations, analyse infrastructure and material flows, digitally enhance sorting operations (for reuse and recycling), and raise awareness among consumers and the textile industry.

EURATEX & partners launch CISUTAC to aid circular textile sector

-Report: Sorting for circularity Europe

Today, Fashion for Good concludes the „Sorting for Circularity Europe“ project, and in collaboration with Circle Economy, releases a report detailing the findings of the 16-month analysis.

The analysis indicates that 74%, a total of 494,000 tonnes, of low-value, post-consumer textiles is readily available for fibre-to-fibre recycling in six European countries. This represents the potential to generate an additional €74 million per year in value by reintroducing sorted and recycled textiles back into the value chain.

The Sorting for Circularity Europe Project was initiated to address this knowledge gap, exploring post-consumer textiles in depth, providing meaningful information on which to base investment decisions, policy developments and next steps towards circularity. Furthermore, the project aims to increase harmonisation between the sorting and recycling industry, stimulating a recycling market for unwanted textiles that can generate new revenue streams for sorters and unlock demand for recyclers and brands.

Conducting the analyses across Europe, in Belgium, Germany, the Netherlands, Poland, Spain, and the United Kingdom, the project provides the most comprehensive and representative snapshot of textile waste composition in Europe to date. The results point to promising opportunities for recapturing value while diverting textiles from downcycling and incineration. The results also inform brands of the best circular design practises to adopt, as well as textile collection agencies and organisations to build the necessary infrastructure and better educate and engage consumers on proper sorting and disposal practices.

Leaping forward through technology

Using innovative Near Infrared (NIR) technology to determine garment composition, traditionally a task performed manually, the project analysed a total of 21 tonnes of post-consumer garments. On-the-ground examinations were performed over two time periods, autumn/winter 2021 and spring/summer 2022, to account for seasonal changes in the types of garments entering sorting facilities.

Cotton was found to be the dominant fibre (42%), followed by a large presence of material blends (32%), almost half of which consisted of polycottons (12%). Based on three characteristics, material composition, presence of disruptors, such as zippers and buttons, and colour, 21% of the materials analysed are deemed suitable as feedstock for mechanical recycling, while 53% are suitable for chemical recycling. This presents a significant opportunity for circularity, as currently only 2% of post consumer textiles are diverted to fibre-to-fibre recycling.




-White beetle inspired natural pigment offers replacement for titanium dioxide

Cambridge-based biotech start-up, Impossible Materials, has developed a sustainable cellulose-derived white pigment to replace “unsafe” titanium dioxide (TiO2) across food and pharma industries.

The novel compound, inspired by the white Cyphochilus beetle, offers a 100% natural ingredient at a time when businesses are actively seeking plant-based alternatives, following an EU ban on TiO2, says Dr Lukas Schertel, CEO & Co-founder at Impossible Materials.

“Producers of plant-based foods and dairy products are under immense pressure to replace TiO2 whilst no high-performance, plant-based solution is available.

“Our material comes with appealing properties for these markets, for example, it is tasteless, and cellulose is already used in plant-based food formulations. It could also be used in higher doses than other white pigments in these segments as it does not affect the formulation properties.”

Circular process

The proprietary compound developed by Impossible Materials mimics the activity of Cyphochilus beetle scales that scatter light giving the insect a bright white colour.

Plant-based cellulose performs a similar function and is safe for human consumption. It is widely available, biocompatible and easy to process. In addition, it has high opacity and stability, and the circular development process offers a sustainable substitute with superior performance, according to Dr Schertel.

While still in early development, sample testing has demonstrated product performance in wet and dry applications.

Dr Schertel confirms the company is currently working with a number of customers in major healthcare sectors and expects cost-competitive commercial scale production will be achieved by 2024/25.

“We are focused on value generation through putting effort in the circularity of the process and turning waste streams into high value products as well as working closely with customers to solve their pain points,” he explains.

“This might challenge time to scale but will improve the techno-economics at scale and the impact (environmental and health) of our products.”

Safety concerns

Titanium dioxide is routinely added to bakery products, soups, broths, sauces, salads, and processed nuts, as well as confectionery and food supplements to make products visually appealing and provide whiteness and opacity.

However, the European Food Safety Authority (EFS) implemented a ban on TiO2 as a food additive (E171) last year after ruling the compound unsafe due to possible links with inflammation and neurotoxicity.

Member states have since removed the ingredient from food products, although the UK is standing firm and both the Food Standards Agency (FSA) and Food Standards Scotland (FSS) have resisted imposing a similar ban, which creates disruption and complications for manufacturers.




Plastic automotive Interior Recycling 29-09-2022

Plastic automotive Interior Recycling 29-09-2022

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-Chase Plastics grows fast to meet demand for packaging recyclates

The recycler, a recipient of £1m in UK Government funding under the Resource Action Fund, has increased plastic packaging recycling volumes with the installation of a new recycling line.

Chase Plastics’ success, underpinned by the demand for rPE generated by the Plastic Packaging Tax (PPT), has also been supported by the business improvement programme undertaken since acquisition in 2018.

In addition to increasing recycling capacity, the grant awarded by WRAP, which administers the fund on behalf of Defra, enables the further development of Chase Plastics’ Recothene rPE range.

Designed to incentivise manufacturers to use recycled content the PPT has fuelled the clamour for high quality recyclates that do not compromise the performance levels of plastic packaging.

Through the expansion of its Recothene range, Chase Plastics can better support customers redesigning high performance packaging to comply with the tax.

Claire Shrewsbury, Director WRAP, said: “The Resource Action Fund was developed to support resource efficiency initiatives such as this. Building a stronger recycling system is a core goal of the UK Plastics Pact led by WRAP. Our support of Chase Plastics’ recycling activities illustrates how business, NGOs and government can work together to divert waste from landfill or incineration and better manage resources.”

Speaking of the business’ recent performance, Chase Plastics Chairman David Harris said: “We are delighted with the progress being made by Chase Plastics, and view the future with confidence.

Increasingly, manufacturers are looking for rPE to meet their customers’ ESG requirements and respond to the Plastic Packaging Tax so demand for our high performance materials is strong.”

Plastic automotive Interior Recycling

-SIBUR launched the production of PET granules in Bashkiria with the involvement of secondary raw materials

SIBUR has launched the production of PET granules involving recycled materials, the company said in a statement.

The new product – Vivilen rPET granule – contains up to 25-30% of the reusable polymer and will now be produced at the Polief enterprise in the city of Blagoveshchensk.

For the production of granules as recyclables, the company uses flex (cleaned and crushed plastic bottles), supplied by the partners of the holding.

After reaching its design capacity, the plant will be able to annually produce up to 144 thousand tons of Vivilen PET granules already containing a share of secondary raw materials. The volume of the re-involved polymer will be up to 34 thousand tons.

SIBUR launched this project in 2019 with a total investment of about 4 billion rubles.

Polyef is the largest producer of terephthalic acid (TPA) and polyethylene terephthalate (PET) in Russia. The capacity for the production of TPA after the modernization of the plant in 2019 is 371 thousand tons per year, the production capacity of PET is 252 thousand tons per year.




-Turkey to Get Its First Advanced Recycling Plant, Powered by Honeywell

Biotrend Energy plant will convert mixed waste plastics into recycled polymer feedstock using Honeywell’s UpCycle Process Technology.

Honeywell announced September 26 that Biotrend Energy based Istanbul, Turkey, will apply Honeywell’s UpCycle Process Technology in Biotrend Energy’s planned plastics recycling factory in Turkey. The facility will convert mixed waste plastics into recycled polymer feedstock (RPF), enabling the development of a circular economy for plastics. When completed, it will become the first commercialized waste plastics recycling facility in Turkey using Honeywell’s UpCycle Process Technology.

The advanced recycling plant is projected to transform 30,000 metric tons of mixed waste plastics into Honeywell Recycled Polymer Feedstock yearly utilizing Honeywell’s UpCycle Process Technology. Honeywell UOP will provide related engineering and technical services, including startup, commissioning, and technical support services during the plant’s lifetime.

This project ushers in collaboration between Honeywell and Biotrend Energy on advanced plastics recycling in Turkey with plans to collaborate on multiple, additional waste plastic recycling facilities in the future.

“Biotrend Energy is a leading player in the waste management sector in Turkey that is investing in a sustainable circular economy. I have full confidence that we will lead the sector in this field with Honeywell,” says Osman Nuri Vardı, CEO of Biotrend Energy. “Biotrend Energy’s experience in waste management, supported by Honeywell’s technology, will contribute to [these] sustainability efforts.”

Currently, Biotrend is only able to recover a low percentage of mechanically recycled materials.  There are some types of plastic waste that cannot be recycled mechanically due to process limitations caused by contamination, colors and additives used in plastic production. Presently, those plastics that are either converted into Refuse Derived Fuel (RDF) or stored in landfills.

UpCycle Process Technology can process a wider range of waste plastics, supporting Biotrend’s efforts to increase recovery volumes of circular materials.

Advanced recycling, specifically chemical recycling per the Honeywell UpCycle Process Technology, can process a wider range of waste plastics, supporting Biotrend’s efforts to increase recovery volumes of circular materials.

“Honeywell’s UpCycle Process Technology will help Biotrend Energy tackle the challenge of plastic waste in Turkey,” says Barry Glickman, vice president and general manager, Honeywell Sustainable Technology Solutions. “Turkey will be able to increase the range of plastics that can be recycled, which offers the potential to displace a portion of fossil feedstocks for new plastic production.”

The installation expands the UpCycle Process Technology footprint, building on Honeywell’s recent announcements reported by PlasticsToday in the US, Spain, and China.

Biotrend Energy is one of the pioneers of the integrated waste management industry in Turkey and processes 4,500,000 tons of waste per year through 18 facilities in Turkey. Biotrend Energy’s activities include waste transfer, recycling, landfill, waste-to-energy, and production of organic fertilizer (compost) and RDF.

Plastic automotive Interior Recycling

-China PP spreads data continue to show no recovery; market weakest since 2003

There will be lots of minor dips in China polypropylene (PP) price as the market heads towards the bottom.

A case in point was last week, when PP import prices edged higher because of restocking ahead of the Golden Week holiday, and/or because of the perception that the market had, in fact, already bottomed out.

But, as the charts in today’s post confirm, the market is a huge, huge distance from a full recovery:

The China PP price-naphtha cost spread so far this year is just $264/tonne. This the lowest annual spread since our PP and naphtha assessments began in 2003. The previous lowest annual spread was $447/tonne in 2012.

The chart showing average China PP prices (block copolymer and homopolymer injection and raffia grades) versus CFR Japan naphtha costs is very instructive. This year has seen the narrowest gap between PP prices and naphtha costs for the longest period since our price assessments began in November 2002. This points to the weakest producer pricing power on record, reflecting far too much new PP capacity arriving at a time of what could well be negative real economic growth in China in 2022, despite what the official figures might say.

The latest net import and local production data indicate that China continues to head towards a 1% decline in PP demand in 2022. This would compare with 6% growth last year.

Will events turn around in 2023? I think perhaps not, because of the unavoidable “Common Prosperity” economic reforms and the zero-COVID policy logjam that China finds itself in. Early data also suggest that China’s crucial exports of manufactured goods may be declining because of the global inflation crisis.

But you don’t have to take our word for this. Instead, just follow the spreads data, which over many years has been the most reliable guide to supply and demand balances.




-German economic sentiment ‘considerably deteriorated’: Ifo Institute

German economic sentiment has considerably deteriorated, according to Munich-based Ifo Institute for Economic Research, whose business climate index fell to 84.3 points in September, down from 88.6 in August. This is its lowest value since May 2020. The decline is affecting all four sectors of the economy and firms assessed their current business as clearly worse.

Pessimism regarding the coming months has grown decidedly; in retail, expectations have fallen to a record low and the German economy is slipping into recession, institute president Clemens Fuest said in a note.

In manufacturing, the index fell tangibly. Companies were less satisfied with their current business. They are definitely worried about the next six months. The last time expectations were this pessimistic was in April 2020. The mood has soured across almost all industries. Order books shrank further, he said.

In the service sector too, the business climate index took a nosedive.

In trade, business climate worsened again.




-Evolving automotive interior design provides lessons for aviation

Aviation has been known to take certain design cues from the automotive industry, and new technologies are making both sectors resemble each other more than ever. As airlines look to the next generation of aircraft cabin design, how might their interiors complement the luxury offerings available in cars?

Runway Girl Network sat down with veteran transport designer John Tighe to discuss changes in both sectors and what’s on the horizon. Tighe was a design director for JPA Design before moving to work with Bentley via his own design company.

In many ways, he notes, automation will make cars more like planes as occupants will in time be able to engage in more entertaining or productive activities than simply driving. But while radical changes in design can be fitted into a familiar environment, “consumers can only tolerate innovation in different areas step by step.”

The Tesla Model S, for example — which boasts autopilot features — “was revolutionary in some areas, but traditional in others,” says Tighe. And the electric BMW i3, which was considered too ahead of its time when it debuted, ultimately came into its own towards the end of its life as other producers caught up, making it seem more mainstream.

Parallels can be drawn to innovations in aircraft seating. Collins Aerospace’s nest-like, no-recline AirLounge seat, for instance, replaces the now ubiquitous lie-flat design with a fixed shell seat and ottoman.

Like the automotive industry, airlines are having to adapt their products to meet emerging passenger segments. The new front row business-plus seating trend in aviation is a visible example of how this segmentation can be transposed. Another is the rise of premium leisure, which requires a variation of service.

“Mercedes is known to be good at this, in one product such as the S Class which has a core appeal as a subtle luxury product, but is also offered as a Maybach for extrovert luxurians, and as an AMG for sportier, often younger customers,” notes Tighe.

The designer’s own work with Bentley also serves as a good example. “We need to use the heritage of the brand, whilst transforming its appeal to work for new customer demographics, which are very different and broad in their tastes. It’s difficult to navigate, but we’re finding the right paths.”

-Japan’s Sumitomo building pilot-scale waste processing facility

Sumitomo Chemical is constructing a pilot-scale mechanical waste processing facility aimed at developing a material recycling business using waste plastics collected from end-of-life automobiles, the Japanese producer said on Tuesday.

The company will start providing samples of recycled plastic material to customers in fiscal year 2023 which begins on 1 April, it said in a statement.

“Sumitomo Chemical has decided to establish a new process to manufacture polypropylene (PP) compounds using waste plastics collected from end-of-life automobiles by utilising the plastic manufacturing technology,” the company said.

Since June 2021, Sumitomo Chemical has been studying a business alliance with Japanese integrated recycling firm Rever Holdings which engages in a wide range of environmental businesses, with the aim of developing material recycling businesses.

Sumitomo Chemical will use waste plastics provided by Rever for the new planned facility.

Some 3 million automobiles in Japan are dismantled annually for disposal and recycling, according to Sumitomo Chemical.

“It is particularly difficult to separate plastic components such as bumpers and interior parts and remove foreign matter from them after dismantling, which poses a major challenge to material recycling,” it said.

“In Europe, recycling of plastic automotive components is accelerating as a number of automakers adopt parts using recycled materials for new models, setting target recycling rates.




-Bloomberg to spend USD85 MM against U.S. plastic, petrochem buildout

Former New York City Mayor Michael Bloomberg launched an USD85 MM campaign to block the planned construction of plastic and petrochemical plants across the U.S. on Wednesday, modeled on his decade-long effort to shutter coal plants, said Reuters.

Bloomberg, the billionaire businessman who currently serves as a United Nations special envoy on climate ambition, said his philanthropic organization’s Beyond Petrochemicals campaign will “turbocharge” efforts by local communities in places like Louisiana’s Cancer Alley, Texas, and Appalachia to block the permitting and construction of heavy emitting plants.

The campaign takes aim at the rapid expansion of U.S. petrochemical and plastic pollution. The International Energy Agency said the plastics and petrochemical industry will exceed coal-fired carbon emissions by 2030 and account for half of the growth in oil demand by 2050.

“This campaign will help ensure more local victories, support laws that protect communities from harm, and reduce the greenhouse gas emissions that are fueling the climate crisis,” Bloomberg said in a statement.

The expansion planned by the industry could account for 15% of U.S. greenhouse gas emissions, which could make the U.S. miss its goal under the Paris climate agreement of halving its emissions by 2030, Bloomberg Philanthropies said.

At least 90 petrochemical and plastics projects have been proposed over the last decade, including 42 major construction projects that will release greenhouse gas emissions and other hazardous air pollutants, according to the Environmental Integrity Project, which tracks the planned buildouts.

Plastic and petrochemical trade groups called Bloomberg’s campaign a “misguided” effort to address plastic waste.

“If Mr. Bloomberg wants to help people, it couldn’t be more clear that plastic saves lives and improves our quality of life,” said Matt Seaholm, president and chef executive of the Plastics Industry Association, adding that the industry has focused its spending on recycling programs. “His misguided campaign will create more problems than it solves.”

Front-line minority and lower-income communities that live where some of these projects have been proposed have led high-profile fights to block key air permits and force enforcement of environmental safeguards at existing facilities.

Just this month, activists in St. James Parish in Louisiana claimed victory when a judge revoked key air permits issued by state regulators for a plastics project planned by Taiwan’s Formosa Plastics and when the state canceled plans to build a methanol plant after nearly a decade.

“Investments like these give the communities that have been disproportionately impacted by this type of environmental racism a fighting chance,” said Beverly Wright, executive director of the Deep South Center for Environmental Justice.

Bloomberg has spent over USD500 MM to support the Sierra Club’s Beyond Coal campaign, which originally aimed to retire 30% of the U.S. coal fleet by 2020 but ended up accelerate the retirement of over 60% of coal plants by that year. It has expanded to target gas infrastructure.




Sustainable fuels – car-to-car 28-09-2022

Biodegradable-films – Polyamide 27-09-2022

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-First Chemical Recycling Program for Synthetic Turf Launched in US

Netherlands-based TenCate Grass partners with Cyclyx and ExxonMobil to chemically recycle artificial grass into feedstock for new plastic products

TenCate Grass, a manufacturer, distributor and installer of synthetic turf based in the Netherlands, will partner with Cyclyx International and ExxonMobil to establish what it says is the first program in the United States to chemically recycle artificial grass.

The goal is to help solve the long-time problem of how to efficiently and effectively recycle synthetic turf into feedstock that can be used to create new turf and other plastic products.

“This process of plastic recycling results in high-quality polyethylene pellets that will be used as feedstock for new products,” Joe Fields, President and CEO of TenCate Grass Americas, told PlasticsToday. “All prior turf recycling efforts have been downcycling turf, burning it to turn it into fuel or lower-grade recycled materials with limited uses.”

Known as TenCate Turf Recycling Solutions, the program will process 50 aged turf fields from high schools and college campuses and ship them to a Southern California facility where they will be shredded.

The shredded turf will be transported to Texas, where Cyclyx International will further pre-process the feedstock before sending it to ExxonMobil’s Baytown advanced chemical recycling facility. With ExxonMobil’s proprietary Exxtend technology, the turf will be broken down into raw materials that can be used to make new products that are similar in quality and performance to those made from virgin raw materials.

ExxonMobil’s advanced chemical recycling technology improves the circularity of plastics while delivering lower relative greenhouse-gas (GHG) emissions compared with processing the same amount of fossil-based feedstocks, the company said.

“Our current recycling partnership with ExxonMobil and Cyclyx is designed to handle fields made of primarily polyethythene,” Fields told PlasticsToday, “and well over 90% of all installed synthetic turf fields nationwide fall into that category.”

ExxonMobil’s advanced recycling facility in Baytown has processed more than 11 million pounds of plastic waste, as of June 2022, the company said. It is expanding to a large-scale advanced recycling facility at the site. At startup later this year, it will be among North America’s largest advanced plastics recycling facilities, with the capacity to recycle 66 million pounds of plastic waste per year. Beyond Baytown, the company said plans are underway for up to one billion pounds of advanced recycling capacity annually by the end of 2026 across multiple sites globally.

“Our advanced recycling technology has already processed millions of pounds of otherwise difficult-to-recycle plastics, like food packaging and artificial turf, that are generally not recycled today,” said Dave Andrew, Vice President of New Market Development at ExxonMobil. “With our scalable technology and collaborations like this one alongside TenCate Grass and Cyclyx, we are helping to meet the growing demand for circular products.”

The program with ExxonMobil and Cyclyx builds on TenCate’s efforts to recycle synthetic turf. In its home base of the Netherlands, TenCate recycles its end-of-life turf into Ecocept, an elastic layer for sports fields. Third parties also use the agglomerated material to manufacture new products.

“We are committed to leading the industry and moving sustainability forward in a meaningful way,” Fields said. “We understand the issue of end-of-life synthetic turf, and we have taken it upon ourselves to find a true solution for the entire industry. Our goal is to keep turf out of landfills and put back to use.”

After this initial phase is complete, TenCate said it plans to expand the initiative across the United States. In North America alone, the total value of installed synthetic turf systems is estimated at $2.7 billion in 2020, according to the Synthetic Turf Council. This translates into approximately 265 million square feet of installed turf.

First Chemical Recycling Program for Synthetic Turf Launched in US

-UBC researcher develops plastic alternative from forest waste

Dr. Feng Jiang breaks down wood fibres in a chemical solution to create a translucent, strong and water-resistant film.

UBC researcher Dr. Feng Jiang has spent years concerned about how plastic is contributing to the ecological crisis the world faces, and contemplating solutions.

Jiang, an assistant professor at UBC’s Faculty of Forestry and the Canada research chair in sustainable functional biomaterials, uses wood fibres collected from forest waste.  He breaks down the wood fibres in a solution of cold sodium hydroxide, and from that he can make a product that is translucent, strong and water-resistant film.

The durable film can break down in the environment within three weeks, he said.

“After harvesting and after making wood products like lumber, there’s still a lot of residual waste,” he told Postmedia Friday.

“So we wanted to see how we can turn those residuals into something valuable, into something that can be more sustainable and biodegradable to replace the plastic.”

Other researchers have also developed biodegradable films to replace plastic but the UBC project — funded by the office of the chief forester at B.C.’s Ministry of Forests — is the first to use small amounts of energy and chemicals in the manufacture.

He said the film can be made into coffee or snack bags, or pouches for cereal or protective wrap such as envelopes.

“There are so many uses for this in the market and for commercial products,” he said. “Some plastics take up to a million years to decompose, but this can break down in the environment in a very short time.”

UBC researcher develops plastic alternative from forest waste


-Sudden decline in CPL spot before Risun starts up

fter the middle of September, that is, in the week starting Sep 19, CPL RMB spot price suddenly fell rapidly continuously from last 12,600-12,700yuan/mt last week to 12,000yuan/mt in just 3 working days. Such a rapid decline is out of the expectations of both upstream and downstream.

The core factor is still attributed to the commissioning plan of Risun’s phase II plant in Cangzhou, Hebei. The new CPL plant of Risun Hebei is designed with a single set of 300,000 tons capacity, and equipped with coal gasification, ammonia, hydrogen peroxide and production of other major raw and auxiliary materials, and its startup will strengthen the cost competitiveness of the original phase I in Cangzhou.

Added with 300kt/year capacity in Heze Shandong (Dongming Risun), Risun Group’s total CPL capacity is rising to 750kt/year, becoming the largest Chinese CPL producer. As its upstream cyclohexanone plant has been started up, the new CPL plant is expected to yield product this week. Out of concern about the impact of new capacity, the overall mood of CPL and nylon 6 market is pessimistic.

Another reason for this round of decline is intensive presales of CPL suppliers before the National Day holiday (Oct 1-7, 2022). In fact, for the time being, CPL suppliers’ inventory is relatively limited, and there is no similar burden like in June and July. But the general idea of the sellers is to take orders before the National Day holiday in order to avoid the accumulation of stocks after the holiday. But the combination of weak demand, new capacity starting up, and restart plans of other producers including Juhua and Eversun, has made the sellers’ behavior very consistent, to sell stocks in advances. This urgent selling behavior causes a rapid decline in CPL prices.

In fact, pre-holiday stocking is also a necessary choice for downstream polymer plants. A part of the downstream buyers have expected the price to fall somewhat and then replenish moderately from the lower rates. But since CPL spot has been staying relatively firm in the week of (Sep 12-16) when buyers bargained evidently, while it suddenly fell by 600yuan/mt in 3 trading days, buyers are also too puzzled to purchase. Buyers who originally prepare to restock have retreated to sidelines instead.

Given the actual supply and demand pattern of CPL, it is still recommended for polymer plants to restock appropriately at low levels, and there is no need to be overly pessimistic.

Biodegradable-films - Polyamide

-Toray : Price hike for polyamide yarn, airbag fabrics

Toray Industries, Inc., announced today that it intends to lift the prices of nylon 66 yarn and fabric for automotive airbags by up to 35% for shipments from October 1 this year.

This move is because prices have remained high for nylon 66 polymer, a principal material in automotive airbag yarns and fabrics. This is amid rising demand from a global economic recovery and surging crude oil prices stemming from supply concerns as a result of the Russian invasion of Ukraine. Another factor is that the company expects the cost of producing yarn and fabrics to keep climbing owing to further price hikes that started last year for such inputs as secondary materials, fuel, and transportation.

The U.S. dollar’s sharp appreciation since April this year has driven procurement costs higher for Toray’s airbag business, with the impacts of exchange rate fluctuations from the yen’s depreciation exacerbating the situation by affecting export prices to Japanese market.

It was against this backdrop that Toray is undertaking a project under Project AP-G 2022, its medium-term management program, to bolster its total cost competitiveness by slashing expenses and streamlining fixed and variable spending.

The company has nonetheless found its savings initiatives unable to offset higher current cost increases. It accordingly has to raise prices to maintain consistent quality and develop and commercialize products that deliver even higher value.

Toray : Price hike for polyamide yarn, airbag fabrics

-Kazakh government supports construction of gas processing plant at Kashagan

Kazakh Prime Minister Alikhan Smailov met with, Eni’s Natural Resources Chief Operating Officer Guido Brusco and Director Upstream Luca Vignati, Kazinform cites

During the meeting, Smailov noted that the Kazakh government commends the company’s contribution to the development of oil and gas sector of Kazakhstan and is committed to the further strengthening of long-term cooperation.

He added that the government supports the Consortium’s plans to build a gas processing plant at Kashagan with a capacity of 1bn cubic meters with QazaqGaz.

In his turn, Guido Brusco confirmed the company’s long-term work plan in the country.

Biodegradable-films - Polyamide

-ACN market caught in dilemma

In September, ACN market prices finally embraced an upward trend, up from 9,100yuan/mt in the early of the month to 9,800yuan/mt on Sep 23. Such an increase, which may seem tiny in previous years, had become hard-to-find these days when the ACN is over supplied. However, after the gentle price rise last week, the top range of the traded price tended to be clear. According to traders, offers higher than 10,000yuan/mt are hard to be accepted, and there’s few room for further price rises despite the unsmooth delivery of good.

View from the ACN plants, the price rise in Sep was largely owing to the production cut and shutdown for maintenance of various ACN units, such as the alternative operation of PetroChina Jilin’s ACN unit, the production cut of Shanghai Secco and Jiangsu Sierbang, and the delayed restart of Tianchen Qixiang and Shandong Koruhr. As a result, the operating rate was at around 70%. By now, the average annual operating rate was only 80% compared to the 88% last year. Per unit profit and the operating rate of ACN plants were negatively correlated so far.

As for the costs, propylene prices also saw rebounded signs in September. This, coupled with increased liquid ammonia costs due to agricultural demand rise, had caused amounted cost pressure for ACN. Take the current propylene offers of 7,400yuan/mt in Shandong as an example, then the theoretical cost of ACN is around 9,700yuan/mt. As such, the current ACN market prices which prevail at 9,700-9,900yuan/mt offer little profit room for plants, thus the prices are less likely to drop in short term.

Biodegradable-films - Polyamide

-“A biodegradable material that dissolves in the ocean in less than a month”: the US study proposes a potential substitute for plastic

The emergency ofplastic pollution it represents a growing problem that needs to be addressed as soon as possible. A study published in the journal takes an important step to counter the need for plastics Science of the Total Environment, led by scientists from the University of California San Diego and the Scripps Institution of Oceanography. The team, led by Stephen Mayfield, Michael Burkart and Robert Pomeroy, came up with the biodegradable materials that could replace the conventional use of plastics and fight pollution.

Plastic is now ubiquitous on the planet and reaches marine depths, food supplies and living organisms. In marine ecosystems, plastic residues can migrate to central areas and form swirls of waste, which compromise the well-being of the ocean environment and increase pollution levels. One example is the Big Pacific Garbage Patch, which covers an area of ​​over 1.6 million square kilometers. According to current estimates, in just one year or so eight billion kilograms of plastic reach the ocean and in 2025 these values ​​are expected to increase considerably. The US research team has devised a plastic-like substance that biodegrades in the ocean in less than a month. The team worked with polyurethane foams capable of degrade in compost. The location of the pier allowed scientists to perform tests and experiments in the natural ecosystem near the coastwhere the accumulation of pollutants is more likely.

Scholars have identified a mix of fungi and bacteria which colonizes the foam and the breaks down in the starting chemicals, which can be consumed by the microorganisms themselves. These forms of marine life, the scientists point out, occur naturally in the marine ecosystem. “We have demonstrated the possibility of making plastic products capable of dissolve into the ocean in just four weeks, ”says Stephen Mayfield, one of the scientists leading the team. “When organisms settle on the foams we see the formation of a kind of microbial coral reef. It was really interesting. Environmental problems must be addressed and it will be necessary to design eco-sustainable and effective strategies to combat pollution. We hope our work can offer one viable solution to reduce the need for plastic and polluting products “.

Biodegradable-films - Polyamide

-Live Demos at K 2022 Highlight Recyclate, Processing Equipment, and Additives

Collaboration will demonstrate elements of HDPE and PP recycling.

At the upcoming K 2022, HDPE and PP from PreZero will be recycled in a live demonstration using additives from Baerlocher and Milliken and equipment by Erema.

Regranulation will be completed using an Erema Intarema TVEplus extrusion system. HDPE regrind will be upgraded with Baerlocher’s Baeropol T-blend to improve mechanical properties and processing performance. PP regrind will be upgraded with Hyperform HPN from Milliken, which improves processing stability fo the material while reducing cycle time.

PreZero is a recycling and recovery company owned by the Shwarz retail group. The company and its partners will aim to demonstrate that high product quality is possible starting with recycled materials.

The HDPE process demonstration will take place on October 19 and 23, at 10 AM. The PP demonstration will take place on October 21 at 3:30 PM.

Car-Plastic – Petrochemicals – PET 26-09-2022

MEG -rPET – NY – Petrochemicals 26-09-2022

MEG -rPET – NY – Petrochemicals

MEG -rPET - NY - Petrochemicals

ITEM 19/09/2022 26/09/2022 +/-
Bottle grade PET chips domestic market 8,400 yuan/ton 8,050 yuan/ton -350
Bottle grade PET chips export market 1,050 $/ton 1,040 $/ton -10
Filament grade Semidull chips domestic market 7,200 yuan/ton 7,150 yuan/ton -50
Filament grade Bright chips domestic market 7,400 yuan/ton 7,360 yuan/ton -40
Pure Terephthalic Acid PTA domestic market

MEG -rPET – NY – Petrochemicals

6,415 yuan/ton 6,370 yuan/ton -45
Pure Terephthalic Acid PTA export market 870 $/ton 850 $/ton -20
Monoethyleneglycol MEG domestic market 4,300 yuan/ton 4,200 yuan/ton -100
Monoethyleneglycol MEG export market 517 $/ton 505 $/ton -12
Paraxylene PX FOB  Taiwan market 1,065 $/ton 1,054 $/ton
Paraxylene PX FOB  Korea market 1,045 $/ton 1,034 $/ton -11
Paraxylene PX FOB EU market 1,092 $/ton 1,100 $/ton +8
Polyester filament POY 150D/48F domestic market 8,150 yuan/ton 8,050 yuan/ton
Recycled Polyester filament POY  domestic market 7,750 yuan/ton 7,700 yuan/ton -50
Polyester filament DTY 150D/48 F domestic market 9,650 yuan/ton 9,500 yuan/ton -150
Polyester filament FDY 68D24F 9,200 yuan/ton 9,150 yuan/ton -50
Polyester filament FDY 150D/96F domestic market 8,700 yuan/ton 8,650 yuan/ton -50
Polyester staple fiber 1.4D 38mm domestic market 7,900 yuan/ton 7,850 yuan/ton -50
Caprolactam CPL domestic market 12.570 yuan/ton 11,900 yuan/ton
Caprolactam CPL overseas  market 1,750 $/ton 1,750 $/ton
Nylon6 chips overseas  market 2,030 $/ton 2,030 $/ton -20
Nylon6 chips conventional spinning domestic  market 13,450 yuan/ton 13,300 yuan/ton -150
Nylon6 chips  high speed spinning domestic  market 13,650 yuan/ton 13,550 yuan/ton -100
Nylon 6.6 chips domestic  market

MEG -rPET – NY – Petrochemicals

24,000 yuan/ton 24,700 yuan/ton +700
Nylon6 Filament POY 86D/24F domestic  market 16,000 yuan/ton 15,900 yuan/ton -100
Nylon6 Filament DTY 70D/24F domestic  market 18,200 yuan/ton 18,150 yuan/ton- -50
Nylon6 Filament FDY  70D/24F  16,650 yuan/ton 16,400 yuan/ton -250
Spandex 20D  domestic  market 39,000 yuan/ton 39,000 yuan/ton
Spandex 30D  domestic  market 34,000 yuan/ton 34,000 yuan/ton
Spandex 40D  domestic  market 31,000 yuan/ton 31,500 yuan/ton +500
Adipic Acid domestic market 9,600 yuan/ton 9,900 yuan/ton +300
Benzene domestic market 7,800 yuan/ton 7,720 yuan/ton -80
Benzene overseas  market 894 $/ton 901 $/ton +7
Ethylene South East market 960 $/ton 910 $/ton -50
Ethylene NWE  709 $/ton 744 $/ton +35
Acrylonitrile ACN  domestic market 9,800 yuan/ton 9,800 yuan/ton
Acrylonitrile ACN  overseas market

MEG -rPET – NY – Petrochemicals

1,500 $/ton 1,500 $/tn
Acrylic staple fiber ASF  domestic market 17,800 yuan/ton 16,200 yuan/ton -1,600
Viscose Staple Fiber VSF  domestic market 13,750 yuan/ton 13,750 yuan/ton
PP Powder domestic market
7,620 yuan/ton 7,650 yuan/ton +30
Naphtha overseas market  661 $/ton 672 $/ton
Phenol domestic market 10,620 yuan/ton 10,820 yuan/ton +200

MEG -rPET – NY – Petrochemicals

Car-Plastic – Petrochemicals – PET 26-09-2022

MEG -rPET – NY – Petrochemicals 26-09-2022

Car-Plastic - Petrochemicals - PET

Crude Oil Prices Trend 

Crude Oil Prices Trend Polyestertime

-Interzero and Eastman reach long-term supply agreement for planned molecular recycling facility in France

Interzero and Eastman announced a long-term supply agreement for Eastman’s previously announced molecular recycling facility in Normandy, France. Interzero will provide up to 20,000 metric tonnes per year of hard-to-recycle PET household packaging waste that would otherwise be incinerated.

Interzero Plastics Recycling, as part of Interzero, is an innovation leader in plastics recycling with the largest sorting capacity in Europe and many years of experience. Headquartered in Germany, Interzero is a leading service provider of circular solutions in Europe and is strongly connected to its sister company ALBA Group ASIA both led by Chairman and Shareholder, Dr. Axel Schweitzer.

Eastman’s planned molecular recycling facility in France will become the world’s largest material-to-material molecular recycling plant. Once complete, the facility will recycle approximately 160,000 tonnes of hard-to-recycle polyester waste annually. The project is expected to be operational in 2025.

“Eastman is a leader in molecular recycling with decades of innovation expertise. Joining forces by combining the leading know how of Eastman and Interzero is the next step in closing the loop with our partners and a step closer towards a world without waste,” said Jacco de Haas, chief commercial officer at Interzero Plastics Recycling. “The world is facing a plastic waste crisis with far too little plastic waste being recycled, either from lack of collection or because it simply cannot be recycled by traditional methods. Eastman’s innovative process and this agreement bring a solution to this.”

Chemical recycling is a necessary complement to mechanical recycling to keep more raw materials in the loop. Both companies are committed to creating material circularity. Eastman’s facility in France will process colored and opaque PET waste that cannot be recycled mechanically to create clear and transparent rPET upon completion.

“Interzero and Eastman are committed to reducing plastic waste and creating circularity through collaboration and innovation,” said Brad Lich, Eastman executive vice president and chief commercial officer. “This agreement marks an important milestone towards Eastman’s investment in France. We are happy to build a strong collaboration in Europe with Interzero to provide a portion of the feedstock needed to successfully operate our facility.

Interzero and Eastman reach long-term supply agreement for planned molecular recycling facility in France

-Coca-Cola Sweden announces move to 100% recycled material in PET bottles

Coca-Cola Sweden has announced that, from 2020, it will make all its plastic bottles from 100% recycled material – becoming the first country in the world to do so.  The transition will begin in the first quarter of 2020 and includes all plastic (PET) packaging made at Coca-Cola’s bottling plant in Jordbro.

By switching to 100% recycled material in its bottles, Coca-Cola seeks to eliminate the use of 3,500 tons of virgin plastic each year in Sweden. This will also reportedly result in an annual reduction in CO2 emissions of 25 percent over pre-transition levels when the portfolio comprised approximately 40 percent recovered PET.

The move to 100 percent recycled plastics for PET bottles includes the brands Coca-Cola, Fanta, Sprite as well as Bonaqua, comprising 40 different variants.“Plastic is an effective and valuable packaging material and we need to treat it as such, ensuring that nothing goes to waste.  Coca-Cola Sweden wants to lead the development of a circular economy where all packages are collected so that they can be used again.” says Sofie Eliasson Morsink, General Manager for Coca-Cola European Partners Sverige. “Coca-Cola has set out global goals to work towards a world without packaging waste, which includes the goal to recover a bottle or can for everyone that they sell by 2030, and local markets are encouraged to go further and faster wherever they can. In collaboration with local and national partners, as well as through its brand communications, Coca-Cola Sweden wants to encourage all consumers to return all packaging so none of them end up as litter in nature by mistake.”

“Sweden is at the forefront in several areas associated with packaging and sustainability. Our deposit and return system, Returpack, is among the best in the world, which is instrumental to our making this transition now. As a large industry player, we have a responsibility to contribute to a circular economy within the beverage industry”, continues Sofie Eliasson Morsink.

Car-Plastic - Petrochemicals - PET

-Remarks by CEO Amin H. Nasser at Schlumberger Digital Forum 2022

Good morning, Ladies and Gentlemen.

Thank you Olivier for inviting me to join your Forum, here in beautiful Luzern.

After two summers lost to Covid, I hope everyone has enjoyed a well-earned break with family and friends. This week, however, autumn begins, and the global energy crisis promises a colder, harder winter, particularly in Europe.

Unfortunately, the response so far betrays a deep misunderstanding of how we got here in the first place, and therefore little hope of ending the crisis anytime soon. So this morning I would like to focus on the real causes as they shine a bright light on a much more credible way forward.

When historians reflect on this crisis, they will see that the warning signs in global energy policies were flashing red for almost a decade. Many of us have been insisting for years that if investments in oil and gas continued to fall, global supply growth would lag behind demand, impacting markets, the global economy, and people’s lives.

In fact, oil and gas investments crashed by more than 50% between 2014 and last year, from $700 billion to a little over $300 billion. The increases this year are too little, too late, too short-term.

Meanwhile, the energy transition plan has been undermined by unrealistic scenarios and flawed assumptions because they have been mistakenly perceived as facts. For example, one scenario led many to assume that major oil use sectors would switch to alternatives almost overnight, and therefore oil demand would never return to pre-Covid levels.

In reality, once the global economy started to emerge from lockdowns, oil demand came surging back, and so did gas.

By contrast, solar and wind still only account for 10% of global power generation, and less than 2% of global primary energy supply. Even electric vehicles comprise less than 2% of the total vehicle population and now face high electricity prices.

Perhaps most damaging of all was the idea that contingency planning could be safely ignored.

Because when you shame oil and gas investors, dismantle oil- and coal-fired power plants, fail to diversify energy supplies (especially gas), oppose LNG receiving terminals, and reject nuclear power, your transition plan had better be right.

Instead, as this crisis has shown, the plan was just a chain of sandcastles that waves of reality have washed away. And billions around the world now face the energy access and cost of living consequences that are likely to be severe and prolonged.

These are the real causes of this state of energy insecurity: under-investment in oil and gas; alternatives not ready; and no back-up plan. But you would not know that from the response so far.

For example, the conflict in Ukraine has certainly intensified the effects of the energy crisis, but it is not the root cause. Sadly, even if the conflict stopped today (as we all wish), the crisis would not end. Moreover, freezing or capping energy bills might help consumers in the short-term, but it does not address the real causes and is not the long-term solution. And taxing companies when you want them to increase production is clearly not helpful.

Meanwhile, as Europe aggressively promotes alternatives and renewables technologies to reduce one set of dependencies it may simply be replacing them with new ones. As for conventional energy buyers, who expect producers to make huge investments just to satisfy their short-term needs, they should lose those expectations fast. And diverting attention from the real causes by questioning our industry’s morality does nothing to solve the problem.

That is why the world must be clear about the real causes and face up to their consequences. For example, as investments in less carbon intensive gas have been ignored, and contingency planning disregarded, global consumption of coal is expected to rise this year to about 8 billion tonnes.

This would take it back to the record level of nearly a decade ago. Meanwhile, oil inventories are low, and effective global spare capacity is now about one and a half percent of global demand.

Equally concerning is that oil fields around the world are declining on average at about 6% each year, and more than 20% in some older fields last year. At these levels, simply keeping production steady needs a lot of capital in its own right, while increasing capacity requires a lot more.

Yet, incredibly, a fear factor is still causing the critical oil and gas investments in large, long-term projects to shrink. And this situation is not being helped by overly short-term demand factors dominating the debate. Even with strong economic headwinds, global oil demand is still fairly healthy today.

But when the global economy recovers, we can expect demand to rebound further, eliminating the little spare oil production capacity out there. And by the time the world wakes up to these blind spots, it may be too late to change course.

That is why I am seriously concerned.

Let me be clear: we are not saying our global climate goals should change because of this crisis.

All of us have a vested interest in climate protection. And investing in conventional sources does not mean that alternative energy sources and technologies should be ignored. But the world deserves a much better response to this crisis.

This is the moment to increase oil and gas investments, especially capacity development. And at least this crisis has finally convinced people that we need a more credible energy transition plan.

In turn, I believe that requires a new global energy consensus built on three rock-solid and long-term strategic pillars:

Recognition by policy makers and other stakeholders that supplies of ample and affordable conventional energy are still required over the long term;

Further reductions in the carbon footprint of conventional energy, and greater efficiency of energy use, with technology enabling both;

And new, lower carbon energy, steadily complementing proven conventional sources.

At Aramco, we are addressing all three.

We are working to increase our oil production capacity to 13 million barrels per day by 2027. We are also growing our gas production, potentially increasing it by more than half through 2030 with a mix of conventional and unconventional gas.

At the same time, we are working to lower our upstream carbon intensity, our gas flaring, and our methane intensity, which are already among the lowest in the world. We are also intensifying efforts to advance key enabling technologies, particularly CCUS which is mission-critical to a sustainable future.

Meanwhile, chemicals will become a much larger and more strategic part of our portfolio, showcasing the non-combustible uses of oil.

Importantly, we are steadily adding new, lower carbon energy to our own portfolio such as blue hydrogen and blue ammonia, renewables, and electro-fuels. This is our plan to be part of a practical, stable, and inclusive energy transition; others need theirs.

But transforming the massive existing worldwide energy system, and delivering a secure and sustainable future for everyone, is a truly formidable task. So the entire global energy ecosystem and its stakeholders have to work as an “industry plus” team.

We must partner to drive innovation and value on an unprecedented scale and speed to successfully deliver results across the three pillars. In my view, technologies of the Fourth Industrial Revolution are ripe for such partnerships, especially the rapid digital transformation of our industry. Because the right digital investments now could help deliver greater efficiency, lower costs, lower emissions, higher reliability, and higher profits over decades.

For example, at Aramco we have deployed machine learning techniques to predict and prevent safety hazards, monitor emissions, avoid breakdowns, optimize energy use, and predict potential cyber threats. These AI-powered systems are saving us time and money. And improving our ability to reliably supply energy to our customers.

But we want to go further, and we are stronger when we act as a network. That is why I am proud to announce that Aramco and Schlumberger are working on a smart sustainability platform that could commercialize a number of digital solutions and support our net-zero ambitions.

It is the latest chapter in our shared history which goes back to 1941. And I hope it inspires similar projects that will connect a bright future for our industry and the world.

Ladies and Gentlemen, as the pain of the energy crisis sadly intensifies, people around the world are desperate for help. In my view, the best help that policy makers and every stakeholder can offer is to unite the world around a much more credible new transition plan, driving progress on the three strategic pillars I have outlined this morning.

Remarks by CEO Amin H. Nasser at Schlumberger Digital Forum 2022

-What Plastic Do Car Manufacturers Use?

In today’s automotive vehicles, exterior body panels, interior components, and many internal mechanics are made up of nearly entirely plastic materials. However, plastics have been a part of car manufacturing since 1907 with the investigation of Bakelite, a synthetic plastic invented by Leo Baekeland. Bakelite was lightweight, durable, non-conductive, and heat resistant, making it perfect for early car components such as instrument panels, control surfaces, and specific engine parts.

While Bakelite may no longer be used in automotive manufacturing, its use has been replaced by an impressive selection of high-performance plastics that are helping shape the future of transportation. Parts made with high-performance plastics significantly improve a vehicle’s safety and reliability.

To understand how this is all happening, it’s essential to know the plastics involved. So here’s a rundown of today’s most popular plastics in car components and how they’re used.

Plastics Commonly Used In Automotive Parts

Plastics are a choice option for vehicle makers today because they are lightweight and inexpensive. Weight reduction appeals to the consumer’s desire for fuel efficiency, and plastic, in general, is corrosion-resistant and durable, which appeals to safety concerns. Plastics also provide significant design flexibility, making them more practical and inexpensive than metal.

To ensure that the materials used for manufacturing are both enduring and compliant, automotive manufacturers must adhere to a stringent set of industry requirements. This procedure is known as the material qualification process, and all plastics used in automobile manufacturing must undergo this.

As a result, the plastics found in cars are strong, reliable, and resistant to many harsh conditions. Here are some plastics you’re likely to find in car manufacturing.

1) Polypropylene

Polypropylene is the most common plastic found in vehicle manufacturing. A thermoplastic polymer can easily be formed into almost any shape. It has excellent chemical resistance and heat resistance. Polypropylene is frequently used in car bumpers, gas canisters, and carpet fibers.

Polypropylene is also a more economical alternative to expensive plastics of similar strength and durability, which helps drive down the cost of manufacturing.

2) Polycarbonate

Like polypropylene, polycarbonate is known for its impact resistance which is why you’ll find it used in headlamp lenses and car fenders. Polycarbonate is highly weather-resistant and can withstand everything from heat and cold to rain and snow. In addition, polycarbonate’s lightweight features lower an automobile’s overall weight, enhancing its performance and fuel economy.

3) PVC Plastic

PVC (polyvinyl chloride) is a flame-resistant material that can be shaped into flexible and stiff components. Due to its formability and sleek appearance, PVC is another popular material used in automobile interiors—particularly for dashboards, consoles, door coverings, and other interior body elements.

4) ABS Plastic

Like PVC, ABS (acrylonitrile butadiene styrene) plastic has an attractive, smooth finish and is frequently used to make dashboards and steering wheel coverings. In addition, ABS sheet is highly durable and heat resistant. Because it can absorb and redistribute energy during a collision, it’s a popular material when designing a vehicle for passenger safety.

5) Polyethylene

Polyethylene excels in components that require moisture resistance at a relatively low cost but also feature high-impact resistance, low density, and durability. Polyethylene is most often used for glass-reinforced car bodies and electrical insulation.

6) Nylon 6/6

Nylon 6/6 is a versatile nylon that has excellent wear resistance and is used to fabricate parts through both molding and extrusion techniques. In addition, it is frequently used in weatherproof coatings and is favored for its durability, affordability, and stability.

What Plastic Do Car Manufacturers Use?

-Selenis buys DAK’s PET resin manufacturing facility in North Carolina

Selenis has acquired specialty PET resin manufacturing in North Carolina from DAK Americas.

The batch production lines purchased by Selenis in Fayetteville, NC have an annual production capacity of 55 million pounds. They are used to manufacture Glycol Modified PET (PETG).

In a press release, Selenis officials said that given the continued development and growth of the North American market, the company “continues to pursue its expansion plans towards local production.”

“Our goal is always to take care of our employees, our customers and our shareholders,” said CEO Duarte Matos Gil. “This new agreement will help us expand the geographic and industry reach of our products.”

Officials added that Selenis is “very focused” on sustainability, centering its innovation on developing products with up to 50 percent recycled content and fully recyclable PET solutions. The company’s advances in molecular recycling “transform waste into the building blocks of their specialty resins, helping to fight climate change.”

Earlier this year, Selenis renewed its Recyclass certifications for the traceability of recycled content. The certifications attest to the use of 30 percent and 50 percent post-consumer recycled content in the company’s Eco Resins that it commercialized in 2019.

Based in Portalegre, Portugal, Selenis manufactures specialty polyester, PET and copolyester resins. The company is owned by the investment firm IMG Group from Porto, Portugal. IMG also owns global polyester film manufacturer Evertis and is a 50:50 partner with Mexico’s Alpek Group in a PET bottle resin plant in Montreal.

Car-Plastic - Petrochemicals - PET

-ITMA ASIA + CITME 2022 cancelled

2023 exhibition will still be held at the National Exhibition and Convention Centre (NECC) in Shanghai.

ITMA ASIA + CITME 2022 has been rescheduled to November 2023 due to the uncertain pandemic situation in China.

Show owners Cematex and its Chinese partners, the Sub-Council of the Textile Industry, CCPIT (CCPIT-Tex), the China Textile Machinery Association (CTMA) and China Exhibition Centre Group Corporation (CIEC) have advised that the new show dates will be announced shortly.

“Due to the present circumstances in China, we have decided to reschedule the combined show to next year when the pandemic situation is expected to stabilise,” said Ernesto Maurer, president of Cematex. “As the exhibition features the participation of overseas exhibitors and visitors, we believe it is in the interest of the industry that we postpone the exhibition to allow greater participation at the most important textile machinery exhibition in Asia.“

We are very grateful to our exhibitors, media and industry partners for their support,” added Gu Ping, president of the CTMA). “Although the preparatory work has been going smoothly and we are looking forward to the exhibition opening, we must also ensure the health and safety of all our participants.”

ITMA ASIA + CITME 2022 is organised by Beijing Textile Machinery International Exhibition and co-organised by ITMA Services. The Japan Textile Machinery Association is a special partner of the show.

ITMA ASIA + CITME 2022 cancelled

-US plastic scrap Q2 trade data reinforces interdependence of North American recycled plastics industry

As global recycled plastics markets face extreme volatility, Q2 2022 US trade data on plastic scrap material continues to show increased domestic recycling activity, noted by decreasing exports and increasing imports.

Though at present US post-consumer recycled polyethylene terephthalate (R-PET) and recycled polyethylene (R-PE) markets are experiencing demand softness and thus a temporary oversupply of material, both markets suffer from long-term systemic shortages in collected plastic waste. This has encouraged material imports from other North American countries and from Asia.

According to trade data from the US Census Bureau, plastic scrap imports, noted by the HS code 3915, have been following an upward trend since 2012.

Based on 1H 2022 data, Canada and Mexico combined made up nearly two-thirds of plastic scrap imports, totalling over 151,500 tonnes.

During Q2 2022 alone, nearly 120,000 tonnes of scrap plastic was imported into the US.

On the other hand, plastic scrap exports from the US have been decreasing, showing a 74% drop when comparing Q2 2022 to Q2 2017, following the February 2017 announcement of the Chinese National Sword policy to limit shipments of scrap material to China.

Plastic scrap derived polymers of ethylene – HS code 391510, continues to be a primary driver of US plastic scrap exports.

PE-based plastic scrap accounted for 44% of plastic scrap exports in Q2 2022.

Canada and Mexico were also main destinations for exported scrap plastic, receiving 50% of total exported plastic scrap in 1H 2022.

Based on this data, it is clear that intra-North American recycled plastics markets are becoming more and more interdependent, leveraging the various strengths of collection and recycling infrastructure from each region.

Though this data confirms the continuation of plastic scrap macrotrends, Q3 data may tell a different story due to changing global market trends.

Domestic polyethylene terephthalate (PET) bottle bale prices fell significantly beginning in July on seasonal oversupply and weak demand from large end markets like fibre, and have persisted at ICIS record lows ever since.

US plastic scrap Q2 trade data reinforces interdependence of North American recycled plastics industry

Hydrogen – Plastic – r-PET 24-09-2022

Hydrogen – Plastic – r-PET 24-09-2022

Hydrogen – Plastic – r-PET

-The world’s largest coal-to-hydrogen PSA unit starts in Shaanxi province, China

The world largest coal-to-hydrogen pressure swing adsorption (PSA) unit has successfully started in Qingshui Industrial Park, Yulin Economic and Technological Development Zone, Shaanxi Province on September 12, 2022.

Using coal as a raw material, the plant has a total hydrogen production capacity of 350,000 tonnes per year.

This coal-to-hydrogen plant adopts pressure swing adsorption technology developed by Southwest Research and Design Institute of Chemical Industry, a research institute affiliated with Sinochem, a state-owned chemical giant.

The PSA unit is a part of Yulin Chemical’s demonstration project of new chemical materials for the separative utilization of coal-the 1.8 million mt/year monoethylene glycol plant.

Yulin Chemical, a company of Shaanxi Coal and Chemical Industry Group, is now testing the coal gasification unit, and is expected to get MEG products in October at its 600kt/year No.1 syngas-based MEG unit of its 1.8 million mt/year plant.

The world's largest coal-to-hydrogen PSA unit starts in Shaanxi province, China

-Researchers develop technology to reduce volume of uranium waste by up to 90%

South Korea’s state nuclear energy research body has developed a technology that can reduce the volume of uranium waste by up to 90 percent and safely dispose of it. For commercialization, researchers have transferred their technology to a private company specializing in radioactive waste treatment and disposal.

The Korea Atomic Energy Research Institute (KAERI) said its research team left contaminated nuclides behind to easily separate non-radioactive substances from radioactive waste. “We hope that the new technology will contribute to solving the problem of radioactive waste in our society through technology transfer,” Lee Keun-young, a senior KAERI researcher, said in a statement on September 21.

The traditional acid cleaning method cannot treat radioactive waste below the concentration that can be disposed of by itself and exposed difficulties in reducing the volume of waste. Lee’s team has developed a technology to reduce the volume of uranium waste by separating non-radioactive materials from uranium waste.

KAERI said that the uranium waste solid was made into a solution, with non-radioactive materials selectively precipitated and separated into general waste. By incorporating sintering technology, researchers made uranium stable so that it does not react with other materials, and reduced volume by 50 percent. Sintering is the process of forming a solid mass of material through heat and pressure without melting to the point of liquefaction.

Researchers develop technology to reduce volume of uranium waste by up to 90%

-Scaling up plastic recycling

In Morocco, plastic recycling firm Sumilon is scaling up to serve the rising global demand for recycled plastic.

Before 2013, Rajneesh Kumar Mittal had never devoted much thought to Morocco. Looking at a Google map one day, however, he saw the country’s ideal location at the crossroads of Europe and Africa. And then he contacted the country’s investment authorities.

His conversation helped him to understand the country’s assets, its logistical facilities and supply chains. At the time, Morocco already had free trade agreements with the European Union, the US, and Turkey where Mr. Mittal lived. The Tangiers Med port – co-financed by the European Investment Bank – was putting the European Union just two to three days away by sea and the United States a mere seven days.

Keen on attracting businessmen like Mr. Mittal, Morocco created the Tangiers Free Zone to build a new modern and dynamic industrial ecosystem at the gates of Europe. This is where, in 2015, Sumilon Eco PET started its first recycling and repackaging factory.

A rising demand for recycled plastic

The harmful effects of plastic waste on the environment and our health are well documented. In the European Union alone, single-use plastic items and fishing gear represent 70% of all marine litter. A number of measures exist to address the problem, including greater use of recycled products.

Since January 2021, the EU Directive on single-use plastics calls for PET (polyethylene terephthalate, a form of polyester) bottles to contain 25% recycled plastic by 2025. While the current annual demand for recycled plastic is estimated at around six metric tons in the European Union, seven to eight million tons in the US and 30 million tons worldwide, it is expected to reach 42 million metric tons in 2030.  Hydrogen – Plastic – r-PET

“From an environmental perspective, plastic recycling makes a huge sense. You save a lot of pollution from CO2 emissions and save plastics going into the water,” says Rajneesh. “Experts say that if we are within a 60-kilometre range of the ocean, if the plastics are not collected, recycled and treated well, they will end up in the sea.”

As things stand, production remains insufficient to meet the rising demand. So the challenge for entrepreneurs such as Mr Mittal is not competition but fulfilling the demands of its worldwide customers for quality and timely delivery.

Scaling up plastic recycling

-“Reduce, reuse, recycle”: Greiner Packaging presents targeted solutions at FachPack 2022

Greiner Packaging will showcase its latest product developments in line with all three elements of the “reduce, reuse, recycle” principle at FachPack from September 27 to 29. Food packaging made of r-PET and the self-separating cardboard-plastic cup K3® r100 will be among the highlights.

With their slogan, “Join the circular revolution!” the packaging experts at Greiner Packaging are calling on customers and industry colleagues to join them on the path to a sustainable circular economy. At FachPack in Nuremberg, Germany, the company will present the solutions it has developed to help achieve this goal.

Keeping PET in circulation

By acquiring its first recycling company – Serbian producer of r-PET flakes, ALWAG – Greiner Packaging has entered the recycling business and taken a vital step on its journey into a sustainable future. Taking over the Serbian location, which will operate under the name Greiner Recycling d.o.o. going forward, secures important material streams for the company and reinforces its commitment to promoting a circular economy. Greiner Packaging recognizes the potential of circular-ready PET and has set itself the goal of driving forward the development of a PET tray-to-tray recycling stream to complement the existing bottle stream, which already functions well. This backward integration step is an important milestone on the journey.  Hydrogen – Plastic – r-PET

At FachPack in Nuremberg, the company will present packaging solutions made of up to 100% r-PET that it has already successfully implemented and reveal what the food packaging of the future could look like – whether for salads, spreads, convenience foods, or dairy products. In the future, it will even be possible to use r-PET for products requiring hot sterilization by utilizing the temperature-stable material r-PET HTS® .

r100: the self-separating cup

One innovation that combines two of the “Rs” – reduce and recycle – is the self-separating cardboard-plastic combination K3® r100. The cardboard wrap, which lends sturdiness to the thin walls of the plastic cup, separates itself from the cup during the waste collection process.

“Reduce, reuse, recycle”: Greiner Packaging presents targeted solutions at FachPack 2022

-Italian waste-to-hydrogen project receives €194m as part of IPCEI Hy2Use

Italian-based Maire Tecnimont has announced its subsidiary, NextChem, has been assigned €194m ($191m) to develop a waste-to-hydrogen plant as part of the European Commission-backed IPCEI Hy2Use project.

In its initial phase, the plant is expected to produce 1,500 tonnes of hydrogen and 55,000 tonnes of ethanol each year, with ambitions to grow capacity up to 20,000 tonnes of hydrogen annually as demand increases. Hydrogen – Plastic – r-PET

H2 View understands, NextChem’s technology, developed by its subsidiary MyRechemical will process 200,000 tonnes of non-recyclable solid waste as year as raw material, which also helps optimise the waste treatment cycle in Rome, Italy.

Maire Tecnimont says the project sets up the Hydrogen Valley in Rome, which will come as the ‘first’ industrial-scale hub for the develop of an Italian national supply chain for the production, transport, storage, and use of hydrogen for the decarbonisation of industrial processes and mobility.

It is hoped the IPCEI grant, supported by the Italian Ministry of Economic Development, will allow Maire Tecnimont’s industrial model to become a best practice for global waste-to-hydrogen production.

Alessandro Berini, CEO of Maire Tecnimont and NextChem, said,  “We are proud of the goal achieved by Maire Tecnimont Group with NextChem, and of the recognition of the industrial and technological skills of our Country by the European Union to develop a low-carbon and low-cost hydrogen economy.

Hydrogen - Plastic - r-PET

-PRE: Circular economy for plastics at risk

As the energy crisis deepens on the continent, its repercussions on electricity prices impact the operations of plastic recycling facilities, putting at risk the transition towards circularity.

“Stopping the recycling activities will have an immediate, negative impact on the plastic waste management in Europe,” said Ton Emans, Plastics Recyclers Europe President. “If we want to drive a circular economy in Europe, plastic recycling must be considered a key industry sector to be targeted by Member States’ efforts to protect it from the impact of high electricity prices.” Hydrogen – Plastic – r-PET

Plastic recycling facilities run 24 hours, 7 days a week, which means that energy utilities are among the three major cost factors, after labour and maintenance, representing roughly 15-20% of the total operational costs. However, given the 400% increase in their prices, energy costs have now become the number one expenditure, representing up to 70% of the OPEX. This makes it nearly impossible for recycling companies to break even and means that, without the European Commission’s as well as the Member States’ intervention, many companies will close.

Navigating a pathway to a low-carbon EU economy by 2050, therefore, can only happen with the contribution of the recycling industry, as plastic recycling has the lowest carbon footprint in comparison to other waste management options like incineration or landfill.

Hydrogen - Plastic - r-PET

-Print Toner Gets New Life in Asphalt

Resin from used Canon toner cartridges is being used in asphalt mixes.

In Newport News, VA, a collaboration between Canon Virginia and Basic Construction is recycling print toner material into asphalt mixtures.

Canon’s largest cartridge recycling center is located in nearby Gloucester, VA. There, used cartridges are received from customers, disassembled and sorted. Metals are sent to other partners for recycling, and the cartridges themselves are repelletized for production of new cartridges.  Toner is now being sent to Newport News, where it is also repelletized.

The asphalt project began over two years ago when Basic, also located in Newport News, asked to test the recycled toner pellets as a binding agent. A large test matrix was designed to ensure  Hydrogen – Plastic – r-PET

performance and durability of the mixture. The testing process was lengthy but ultimately a successful formula was created.

The toner is made of a styrene-acrylate copolymer, which helps to bind and harden the asphalt mixture, reducing the need for virgin materials.

Hydrogen - Plastic - r-PET

-PT KPI plans to build PP production in Indonesia

Indonesian company PT Kilang Pertamina International (PT KPI) plans to use WR Grace’s UNIPOL polypropylene (PP) production technology at a 600,000-tonne-a-year polypropylene plant in Indonesia, the company said.

It is noted that this project is part of the project for the development of the olefin complex Trans-Pacific Petrochemical Indotama (TPPI) PT KPI in Indonesia.

The company adds that the TPPI project will “expand the capabilities” of PT KPIs to increase polyolefin processing and production capacity by bridging the gap between strong growth in demand for petrochemical products and a lack of domestic production capacity.”

The polypropylene plant will be designed to produce homopolymers, statistical and impact-resistant copolymers to meet the needs of the domestic and international market.

Financial terms or details about the timing of completion and construction were not disclosed. Hydrogen – Plastic – r-PET

According to the ScanPlast review, the supply of polypropylene to the Russian market in January-June of this year amounted to 676.56 thousand tons (calculated according to the formula production + import – export), which is 7% lower than in 2021. Supplies of all types of polypropylene from both domestic producers and imports decreased.

PT Kaltim Parna Industri (KPI) is a joint venture between Mitsubishi Corp (55%), Asahi Kasei (10%) and local partners including Parna.

Hydrogen - Plastic - r-PET

Hydrogen – Plastic – r-PET

Polystyrene – Recycled-fibers 23-09-2022

Polystyrene – Recycled-fibers 23-09-2022

Polystyrene – Recycled-fibers

Crude Oil Prices Trend 

Crude Oil Prices Trend Polyestertime

-AmSty, Encina sign offtake agreement for polystyrene feedstocks

The feedstocks agreement helps AmSty ensure its products designed for food packaging applications will contain at least 30 percent recycled content by 2030.

Americas Styrenics (AmSty), Houston, as signed a memorandum of understanding with The Woodlands, Texas-based Encina Development Group that enables AmSty to purchase up to 250,000 tons per year of circular feedstocks from Encina’s facilities. Encina produces circular materials using advanced recycling technology that works at the molecular level.

AmSty also has signed a formal long-term offtake agreement for the purchase of circular feedstocks from Encina’s first U.S. commercial plant in Point Township, Pennsylvania, which is expected to begin production in early 2025. These circular feedstocks will then be available for purchase as recycled-content credits, based on the International Sustainability and Carbon Certification (ISCC Plus) mass-balance system.

AmSty has committed to ensure that all its polystyrene (PS) products designed for food packaging applications will contain at least 30 percent recycled content by 2030, according to a news release from AmSty. Polystyrene – Recycled-fibers

“This new collaboration is vital to helping AmSty meet that goal and demonstrates our total commitment to a sustainable future across all of our market segments,” says Randy Pogue, AmSty president and CEO.?

Tim Barnette, vice president of polymers and sustainability at AmSty, says this new agreement with Encina allows companies across AmSty’s portfolio to offer recyclable, sustainable products.

“Now is the time for market leaders to join forces with us to commit to introducing circular polystyrene products at scale,” Barnette says. “We have been working diligently toward this moment and are now ready to move forward commercializing PolyRenew credits in a big way.” ????

Encina plans to continue to build commercial plants across the U.S. As the company continues to bring more facilities online, AmSty says it plans to enter into additional offtake agreements to purchase circular feedstocks from those facilities.

AmSty, Encina sign offtake agreement for polystyrene feedstocks

-SK chemicals works on development of high-quality fibers with recycled PET bottles

SK chemicals tied up with a state research body and a social enterprise to develop high-quality recycled fibers, as part of efforts to expand its green chemical business using eco-friendly materials, such as Skypet CR, which is based on chemically recycled polyethylene terephthalate (PET) bottles.

Using Skypet CR with excellent physical properties and eco-friendliness, the Korea Textile Development Institute (KTDI) will produce various threads. Art Impact, a social venture engaged in e-commerce and clothing manufacturing, will sell fabrics and use them for the production of clothes. Polystyrene – Recycled-fibers

“We hope that interest in recycled raw materials will increase thanks to growing environment-conscious value consumption,” Kim Hyun-suk, head of SK chemicals’ green chemical division, said in a statement on September 21.

The accumulation of plastic waste has become a serious global problem. PET is the most common thermoplastic polymer resin used in the creation of fabrics and plastic bottles. Recycled PET bottles have been used to manufacture clothes, bags and shoes. Chemical recycling breaks down and returns plastic to its pure, raw material form. It is an attractive way to address the explosive growth of plastic waste and disposal problems.

SK chemicals has established a green business platform for a recycled plastic circulation ecosystem that connects producers, partners, and brands online.

Polystyrene - Recycled-fibers

-ISWA 2022: Circles for a thirsty planet

Technology provider Tomra says a combination of policies and techniques can lead to more plastic bottle-to-bottle recycling.

Europe-based recycling technology provider Tomra says it has had a front-row seat to view what works when it comes to turning plastic packaging into a circular material, and the company has increasingly been willing to share what it says it has learned.

At the 2022 International Solid Waste Association (ISWA) convention, held in Singapore in September, Jakob Rognhaug of Tomra presented an overview of the technology vendor’s findings, telling convention attendees, “We can make a serious contribution” when it comes to establishing a pollution-free, low-carbon packaging sector.

Rognhaug cited deposit-return schemes or systems (DRS) as a vital first step toward diverting polyethylene terephthalate (PET) and other bottles into a high-grade recycling loop. Currently, he said, only about 2 percent of PET bottles globally head into such bottle-to-bottle close loops. Polystyrene – Recycled-fibers

Tomra has as its goal, said Rognhaug, a 30 percent rate by 2030.

Attempts to boost PET bottle recycling without DRS have “proven to be a failure,” said Rognhaug. Systems that require a deposit payment that is returned when recycling collection occurs “incentivizes the [household] consumer” he added.

Rognhaug said Tomra has found that source-separated collection of materials helps provide the cleaner material streams demanded by paper mills and metals melt shops, but it may not be as necessary in the plastics sector. Recycling program operators have found that asking people to place their plastic into too many separate bins may result in less overall plastic collection.

Thus, Tomra has been advocating setting up dry municipal solid waste (MSW) mixed materials sorting plants, and the company says it has helped devise such facilities, including two in Norway where Tomra is based.

In the Norwegian waste districts with these plants, said Rognhaug, some 70 to 90 percent of all plastic is being recovered for recycling. Additionally, the facilities are recovering paper, board and metal that was not initially properly placed into source-separated bins. “Mixed waste sorting is proven,” stated Rognhaug.

Although advocates of chemical or pyrolysis recycling processes have adopted the term “advanced recycling,” Rognhaug proposed that the type of systems that included DRS, mixed waste sorting and eventual bottle-to-bottle closed loop recycling can be referred to as “advanced mechanical recycling.” Polystyrene – Recycled-fibers

Polystyrene - Recycled-fibers

-Resin Price Report: Producer Efforts to Reduce PE Output Start to Bear Fruit

Overall polyethylene (PE) inventory levels receded following the August action and prices have held steady.

Spot resin trading continued to improve last week, driven by late railcars requiring quick truckloads and processors restocking. Also a factor was solid reseller buying fueled by mismatched supply and demand, as some producers restricted spot sales at favorable pricing while others still had material to move and were willing to deal. Then on Sept. 15, market participants breathed a collective sigh of relief as railroads and unions reached a tentative agreement, averting a rail strike.

PP resin prices drop

Polyethylene (PE) prices held steady the week of Sept. 12, as producers maintained their more passive selling stance amid reduced production in an effort to rebalance supply/demand and regain pricing power, reports the PlasticsExchange in its Market Update. Polypropylene (PP) prices, on the other hand, dropped a hefty $0.04/lb, caused by falling feedstock costs, a steady to heavy flow of off-grade railcars, slack demand, and excess supply. Polystyrene – Recycled-fibers

Industry data released during the week showed producer efforts to reduce PE stockpiles were starting to pay off. Overall inventory levels came down for August, with the exception of linear-low-density (LLD) PE. Total PE exports were among the highest ever, reaching nearly 1.9 billion pounds. PP, however, showed another surprise build in inventories, which have swelled to near record levels. There is just too much PP production, comments the PlasticsExchange in its report. “Given market conditions, [it] seems rather silly to run reactors so hard these past two months, as production margins rapidly erode,” writes the Chicago-based resin clearinghouse. The glut will only worsen in the coming months, as more PE and PP capacity comes online.

PE producers pursue September price increase

Nevertheless, PE producers remain steadfast in pursuing an increase for September, which many see as a precaution in case there are major disruptions during the height of hurricane season. One major producer lowered its proposed September increase from $0.06/lb down to a nickel. A second major producer still has a combined $0.10/lb increase on the table over the next two months.

Polystyrene - Recycled-fibers

-Billion Industrial Holdings to build PET plant in Vietnam

China’s Billion Industrial Holdings to build PET plant in Vietnam, said the company.

The Further Investment will include purchase of land of a gross floor area of approximately 200,000 square meters, purchase of equipment for manufacturing of polyester bottle chips, and construction of new factory with a total construction area of approximately 14,000 square meters with an expected annual production capacity of approximately 300,000 tons. Polystyrene – Recycled-fibers

The Company expect that the new manufacturing facilities for the polyester bottle chips production business will be put into commercial production gradually from June 2023.

As of the date of this announcement, the Group has not entered into any legally binding agreement in relation to the Further Investment. The Company will make further announcement(s) and will comply with the applicable provisions under the Listing Rules in relation to the Further Investment if and when appropriate.

The Board considers that the development of a new polyester bottle chips production facility in Vietnam will benefit the Group and generate good financial returns, primarily because (i) Vietnam’s advantageous location in the region provides convenient conditions for procurement and transportation of raw and auxiliary materials; (ii) a huge market space exists in neighbouring markets; and (iii) the polyester bottle chips markets are expanding and the Group may capture the growing market demand through the Further Investment.

We remind, Koch Technology Solutions (KTS), a Koch Engineered Solutions company, and Ioniqa Technologies announced a partnership to scale up and commercialize Ioniqa’s advanced Polyethylene Terephthalate (PET) recycle technology in the plastics industry. As part of this collaboration, KTS has committed to invest up to €30 MM in Ioniqa. Ioniqa has developed an innovative process that utilizes low-grade post-consumer PET to infinitely produce a feedstock that displaces virgin raw materials used in the production of polyester products.

Polystyrene - Recycled-fibers

-PCG and ExxonMobil to collaborate on plastic recycling in Malaysia

PETRONAS Chemicals Group Berhad (PCG), the petrochemical arm of PETRONAS, and ExxonMobil have signed a memorandum of understanding to assess the potential for large-scale implementation of advanced plastic recycling technology to help create a circular economy for plastics in Malaysia, said the company.

The companies will also evaluate opportunities to support improvements to plastic waste collection and sorting in the country. Representing PCG at the signing was Ir. Mohd Yusri, Managing Director/Chief Executive Officer, and for ExxonMobil, Dave Andrew, Vice President of new market development. Polystyrene – Recycled-fibers

“PCG has been continuously exploring and implementing innovative technologies to develop sustainable solutions demanded by its customers,” said Ir. Mohd Yusri. “This collaboration is yet another significant step towards the transition into a circular economy on the back of increased demand for circular products and signifies our commitment to use recycled raw materials in the chemical industry.”

“Advanced recycling plays an important role in meeting the growing demand for circular products, while helping to address the challenge of plastic waste,” said Andrew. “Leveraging new technologies and the expertise of both of our organizations, we hope to accelerate a more circular economy for plastics in the region.”

The agreement builds on a long-standing relationship between ExxonMobil and PETRONAS that has seen multiple successful collaborations and business ventures in Malaysia and abroad.

PCG is committed to accelerating the region’s transition to a more circular economy for plastics. The company is currently conducting several feasibility studies on plastics recycling. In 2019, PCG signed an agreement with Plastic Energy to convert end-of-life plastics using a pyrolysis process, and the facility is on track to be operational by 2025. In addition, PCG is collaborating with waste management companies to unlock the value within the solid waste ecosystem in Malaysia. These collaborations will help to divert plastic waste from landfills and create an ecosystem that is conducive to the transition to a circular economy.

To enhance awareness of proper management of plastic waste in Malaysia, PCG also developed an education module titled “Plastic, Sustainability & You” that is distributed to schools nationwide. The module was developed in collaboration with The Ministry of Education, Solid Waste Management and Public Cleansing Corporation and Malaysian Plastics Manufacturers Association. Using the content from this module, PCG conducted webinar sessions and has successfully reached more than 130,000 people in Malaysia.

ExxonMobil plans to build approximately 500,000 metric tons of advanced recycling capacity at its integrated manufacturing facilities around the world by year-end 2026. At its proprietary Exxtend technology at its advanced recycling facility in Baytown, Texas, ExxonMobil has processed more than 5,000 metric tons of plastic waste since the facility started up in 2021, and is on track to complete large-scale expansion of the facility later this year. The company is assessing additional sites for advanced recycling in the U.S., Canada, Europe and Singapore, and collaborating with Plastic Energy to build an advanced recycling plant in France. Polystyrene – Recycled-fibers

Polystyrene - Recycled-fibers

In Turkey, Europe’s New Trash Can, Recycling Plastic Is Seriously Damaging Health And The Environment

Since China decided not to be the world’s trash can anymore and to ban the import of plastic waste in 2018, Turkey has become the first destination for waste from the European Union (EU). In 2020 and 2021, it received around half of the plastic waste that the Twenty-Seven do not process on their own territory. Between 2016 and 2020, imports jumped by more than 1,200% to now reach around 450,000 tonnes per year.

The non-governmental organization (NGO) Human Rights Watch (HRW) has investigated the health and environmental consequences of this plastic recycling boom in Turkey, a country which is already struggling to absorb its own waste, estimated at around 5 million tonnes per year. year. “It’s as if they were poisoning us” : in a report published Wednesday, September 21, HRW is sounding the alarm. Respiratory problems, severe headaches, skin diseases, lack of protective equipment, limited or non-existent access to medical treatment, child labor… Throughout the 88 pages, the NGO draws up a catastrophic inventory. It concerns both local residents and workers in these recycling facilities, who are often recruited from among the most precarious populations (refugees, irregular migrants). Polystyrene – Recycled-fibers

Read also: Plastic waste is expected to continue to rise by 2060, even if stringent measures are taken, warns the OECD

According to data from the Turkish Ministry of Environment, Turkey has more than 1,800 recycling facilities across the country. HRW conducted its investigations in Istanbul (12% of installations) and Adana (9%). A southern city of 2 million inhabitants, Adana is the capital of plastic recycling. Located near the port of Mersin, on the Mediterranean, this is where nearly half of the imports of this type of waste land.

Recycling involves several steps. The vast majority of plastic is collected by an army of “collectors”, estimated at 500,000 people, who criss-cross the streets of the country on foot or by bicycle. The waste is then crushed, washed, melted at high temperature, then transformed into pellets. This transformation process is the source of the emission of many toxic pollutants. Some facilities visited by HRW were obviously not suitable.

In Turkey, Europe’s New Trash Can, Recycling Plastic Is Seriously Damaging Health And The Environment

-Pocan E: new PBT product range from LANXESS with outstanding tracking resistance

  • Ideal for compact electrical and electronic assemblies
  • A wealth of opportunities for use in electric vehicles
  • Highest insulation class
  • Excellent hydrolysis stability, flame-retardant properties, flowability, and toughness

Specialty chemicals company LANXESS has developed new polybutylene terephthalate (PBT) compounds for use in electrical and electronic assemblies. Under the name Pocan E, the company is now offering a product range comprising short-glass-fiber-reinforced grades that are especially suited to applications in e-mobility and the electrical/electronics (E/E) industry thanks to their tracking resistance and insulation properties.

With their tracking resistance, the new compounds score the best possible rating of 600 in the CTI A test (Comparative Tracking Index – IEC 60112) and therefore meet the requirements of the highest insulation class according to IEC 60664-1. “Previously, glass-fiber-reinforced PBT compounds with such high tracking resistance were not readily available on the market. Polystyrene – Recycled-fibers

We have now closed that gap. We have also succeeded in providing the materials with further advantages such as optimized mechanical properties as well as excellent flowability, hydrolysis resistance, and flame-retardant properties. In addition, they are highly suitable for coloring – orange, for example,” explains Dr. Claudia Schmid-Daehling, who shares the responsibility for PBT product development at LANXESS. High suitability for coloring is important for various safety-relevant components such as high-voltage connectors that must be clearly color-coded.

Tracking-resistant even above 600 volts

Plastic parts for electrical and electronic components must increasingly be more resistant to undesirable creepage currents. Reasons for this include the strong currents and high voltages in electric vehicles, the trend toward miniaturized device components, and the ever-decreasing distances between metal contacts in connectors and terminals.

Pocan E: new PBT product range from LANXESS with outstanding tracking resistance

Polystyrene – Recycled-fibers

Sustainable-plastics – Nonwovens 22-09-2022

Sustainable-plastics – Nonwovens 22-09-2022

Sustainable-plastics – Nonwovens

Crude Oil Prices Trend 

Crude Oil Prices Trend Polyestertime

-International Fibres Group launches Fibres Research Centre in Austria

Fibre manufacturer International Fibres Group (IFG) has launched a new Fibres Research Centre, based at its IFG Asota site in Linz, Austria. The new site will house the SF1000 Pilot Line, IFG’s state-of-the-art, semi-industrial melt spinning line, which is the only one of its kind in the western world.

The pilot line allows the research centre to test and evaluate new and emerging polymer types, which can be developed and engineered specifically to meet the bespoke environmental and performance challenges of its customers, with the aim to find new and sustainable alternatives to traditionally fossil-based products.

The new centre will allow the R&D team from IFG to host customers and demonstrate the pilot line in action. Sustainable-plastics – Nonwovens

“Key launch partners include OMYA, Arkema and PTTMCC / Mitsubishi Chemicals. Approaches for collaborative research projects are welcomed by the IFG team, especially for those who have sustainable alternatives to fossil-based polymers and additives to test and develop,” IFG said in a press release.

Simon Riepler, IFG Group R&D director said, “The new Fibres Research Centre sees itself as an international centre of competence for thermoplastic fibres. The goal was and is to create a place where state of the art fibre R&D can happen. Together with our suppliers, customers and development partners we work on the sustainable fibre solutions for the future where biobased, biodegradable and recycled materials are key of the scope.”

International Fibres Group launches Fibres Research Centre in Austria

-UK: New funding competition to drive innovation in smart sustainable plastics

UK Research & Innovation’s Smart Sustainable Plastic Packaging (SSPP) Challenge has launched a new £2.5 million Future Plastic Packaging Solutions Round 2 competition for research and innovation projects seeking grant funding from £30,000 to £250,000.

From new recycling processes to reuse and refill solutions and novel polymers, the £60 million SSPP Challenge is working to make plastic packaging fit for a sustainable future. It is the largest and most ambitious UK government investment to date in sustainable plastics research and innovation, and is focused on driving a step change in the UK’s ability to reduce, reuse and recycle plastic packaging.Sustainable-plastics – Nonwovens

This latest competition is open to applications from projects that:

help make the plastics packaging supply chain more circular;

deliver the objectives and/or targets of the UK Plastics Pact, creating a circular economy for plastics, keeping them in the economy and out of the natural environment;

embed lifecycle thinking and end-of-life in packaging design and decisions.

“In building the SSPP project portfolio, we have been aiming for a balanced approach that targets some of the key barriers to increasing the reduction, reuse and recycling of plastic packaging,” explains SSPP Challenge Director Paul Davidson. “For this competition, we are looking for bold and ambitious innovation proposals that keep the value embedded in plastic packaging in the economy, and out of the natural environment.”

In this funding round, SSPP is particularly interested in proposals focused on:

  • preventing, mitigating or measuring plastic packaging litter pollution in the environment;
  • facilitating and scaling-up the adoption of reuse, refill and prefill packaging systems; and
  • novel chemical recycling approaches for PET packaging.

UK: New funding competition to drive innovation in smart sustainable plastics

-How to find Mono Ethylene Glycol manufacturer?

ono Ethylene Glycol manufacturers choose the most optimal production method by considering parameters such as high selectivity, high product conversion, less environmental pollution, low corrosion and high catalytic activity.

Mono Ethylene Glycol also with the name MEG is often a sweet taste liquid that may be odorless and poisonous and is Among the most helpful substances during the chemical and petrochemical market.

MEG is a poisonous, viscous, colorless, odorless, syrup liquid with a sweet style. This substance is utilised widely being an intermediate product for manufacturing various handy chemical and petrochemical goods. The chemical system from the Mono Ethylene Glycol is C2H6O2. Sustainable-plastics – Nonwovens

Mono Ethylene Glycol manufacturers use Ethylene Oxide with water within neutral or acid-based environments to create Mono Ethylene Glycol with a grade of much more than 90%. As MEG is usually a poisonous compound, has to be transported and made use of with care and employing professional safety amenities. Mono Ethylene Glycol manufacturers

Mono Ethylene Glycol manufacturers choose the most optimal production method by considering parameters such as high selectivity, high product conversion, less environmental pollution, low corrosion, and high catalytic activity.

Sustainable-plastics - Nonwovens

-EuPC: High Energy costs badly affect plastics converters in Europe

Several European Plastics Converters are at risk due to the high Energy prices. ​

Converters like many other energy-intensive industries, are shocked by the dramatic increase in electricity and gas prices. Although some companies have so far been able to avoid a cost increase due to current contracts, the industry average has doubled electricity costs since the beginning of the year.Sustainable-plastics – Nonwovens

However, many companies have to pay up to 750 percent higher electricity price than at the beginning of the year. ​ In certain countries, the additional salary increases on top of the energy costs increases have placed converters in front of a dilemma to continue production or stop the processing lines. This situation will actually put at risk the supply of essential packaged goods in the EU. ​ For certain industries in some EU Countries there is currently no business case to continue production nor visibility and certainty for investments and further developments. The effects of those closures are also starting to have a severe impact on the European industrial base.

EuPC Managing Director Alexandre Dangis calls the EU Commission, Council of Ministries and European Parliament to agree and to suggest on very short-term impactful actions which are needed at European level for keeping the industrial value chains operating.

EuPC: High Energy costs badly affect plastics converters in Europe

-Why SMEs in the beverage industry call for a fairer access to the recycled PET coming from their packaging

In the EU, recycled PET is becoming almost as rare and expensive as white truffles or gold. Everybody wants qualitative recycled PET from beverage bottles, and the demand significantly exceeds the offer.

Delphine Close is an EU Policy Manager at UNESDA Soft Drinks Europe.

Business is business, but not all businesses are the same. Only some: have to meet mandatory recycled content and collection targets; have to comply with strict food-grade safety requirements for their packaging; make considerable investments in the recyclability, collection, and recycling of their packaging; and can recycle their packaging several times in a closed loop.Sustainable-plastics – Nonwovens

This is the case for beverage producers. Despite those legislative requirements and their investment in bottle-to-bottle circularity, many soft drink companies have limited or no access to the recycled PET issued from their packaging.

SMEs are at particular risk of being unable to reach EU mandatory recycled content targets.

Lucia Morvai, Director of External Affairs and Communications at Správca zálohového systému, the Slovak Deposit Return System (DRS) Administrator, testifies: “We have some reasonable concerns regarding the risk faced by some producers not being able to meet the obligations arising from the EU Single-Use Plastics Directive, especially when it comes to access the sufficient amount and quality of recycled material needed to produce new drink containers made with recycled PET.”

Small to medium-sized enterprises (SMEs) are particularly at risk. Most of them cannot afford the very high prices of recycled material. Recycled PET price premium over virgin PET is continuously reaching new records. In Europe, rPET is reported at a 30%-plus premium over virgin.

The Portuguese SME Água de Monchique confirms that the current rPET price is already way too high, and “when more producers will start incorporating rPET to meet the 2025 and 2030 targets, the access to rPET will be even more limited, and the situation may get worse”, they add.

The rPET price is currently defined by what the highest bidder is ready to pay, with companies from the food, textile and automotive sectors (among others) competing against each other. While this situation may please the recyclers, it cannot be seen as fair that many businesses with recycled content targets cannot access the necessary material to comply with their legal obligations or that the current pricing favours downcycling over closed-loop recycling.

Petra Medved Djurašinović, Secretary General of the Slovenian Beverages Association, explains: “In Slovenia, over 100 companies operate in the beverage industry, employing over 1,200 workers. These are mainly SMEs, and many are currently facing a severe crisis due to the rising prices of recycled material and its general unavailability. In this context, and to support our sector’s efforts to create a closed loop for beverage bottles, a mechanism that grants better access to recycled material is crucial”.

The need for action is also supported by Bert Harwig, SHEQ Manager at United Soft Drinks, a Dutch beverage SME: “The demand for high quality recycled PET is growing by the day, which means it becomes increasingly difficult to get the right amount of rPET.

To stay competitive with larger companies, for an SME like us, it is essential that basic rules about the buying of recycled PET from our packaging are set. It means we should have the first right to buy back the amount of recycled PET in proportion to what we put on the market”. Sustainable-plastics – Nonwovens

What is the solution to help SMEs access the necessary recycled PET?

This access problem could easily be solved by introducing a priority access mechanism or right of first refusal in the upcoming revision of the EU Packaging and Packaging Waste Directive (PPWD). Every producer (from the smallest to the biggest one) would then have the option to buy the recycled material issued from the recyclable packaging it put on the EU market (after adjustment for collection and recycling rates).

Sustainable-plastics - Nonwovens

-Varel carrying out preliminary planning to add a new machine for ultra-lightweight recycled containerboard

The new PM would have a capacity of 600,000 tpy, final decision is expected in H1 2023.

German containerboard producer Varel is considering building a new mill to make ultra-lightweight recycled corrugated case material at an additional site in Wilhelmshaven, Germany. The company announced that it was engaged in intensive preparatory planning for the project; Varel was looking into adding another production line for ultra-lightweight recycled paper for the German and international corrugated board industry. The favoured location in Wilhelmshaven is on the site of a closed Uniper coal-fired power plant. Varel is embroiled in in-depth discussions with Uniper about the site.

The planned machine will have a capacity of 600,000 tpy and be designed to make ultra-lightweight grammages starting at 60 g/m2, according to Varel. The firm expects to make a final decision on the project in the first half of next year, with production starting in 2026 at the earliest. At present the company has total output capacity of about 930,000 tpy of recycled solid board and recycled fluting and brown and white recycled liner as well as a number of composite materials.Sustainable-plastics – Nonwovens

Varel feels that the market for sustainable packaging materials has potential and feels that ultra-lightweight packaging paper will be essential to next-generation fibre-based packaging. The site in Wilhelmshaven could work towards climate-neutral manufacturing from the outset, the firm said, adding that potential wind and solar power sources and green hydrogen offered a wide variety of opportunities to do so.

Sustainable-plastics - Nonwovens

-Nonwovens sector issues energy price warning

The European nonwoven and textile industries has responded to the EU Commission initiatives aimed at tackling the current energy crisis with warnings of drops in capacity and significant job losses if more incisive action is not taken without delay.

In August, when gas wholesale prices reached the record level of 340€/MWh – triggering also sky-high electricity prices – the European textiles industry called on the European Union to adopt a wholesale price cap for gas, the revision of the merit-order principle in the electricity market, support for SMEs and a single European strategy.

On 14 September 2022, on the occasion of the State of the Union address by President Von der Leyen, the Commission announced initiatives aimed at tackling the dramatic energy crisis that the Europe is facing.Sustainable-plastics – Nonwovens

“We, the European associations representing the whole textiles’ ecosystem, welcome these proposals by the Commission to change the TTF benchmark parameters and decouple the TTF from the electricity market and the revision of the merit-order principle for the electricity market, which is no longer serving the purpose it was designed for,” the industry said in a joint statement. “We also welcome the proposal to amend the state-aid framework that, in our view, should include the textiles finishing, the textiles services and the nonwoven sectors as well as a simplification of the application requirements. Furthermore, we call for a uniform implementation across the EU.”

However, the industry has also acknowledged that the Commission proposal lacks in ambition and – if confirmed – will come at the cost of losing European industrial capacity and European jobs. “Ultimately, Europe will remain without its integrated textiles ecosystem, as we know it today, and no mean to translate into reality the EU textiles strategy, for more sustainable and circular textiles products,” the statement said.

Sustainable-plastics - Nonwovens

-Researchers propose new technology for aviation materials to allow for adjusting their properties

Russian scientists have proposed a technology for a lightweight and durable composite material creation. It is based on a polymer matrix and carbon fibers. Such material can be used in aircraft construction to create elements of a power set and hull structures. The developed composite can be easily recycled or disposed of, which makes it more environmentally friendly than its analogs. Sustainable-plastics – Nonwovens

The study has been published in Polymers.

Carbon fiber is a unique material consisting almost entirely of carbon atoms. Its high mechanical strength at low weight, resistance to high temperatures and excellent corrosion resistance ensured its wide application in such high-tech industries as rocketry, aviation, construction, and medicine. Carbon fiber reinforced composite materials are particularly in demand in the aircraft industry. Parts and structures made of them reduce the final weight of the aircraft, and therefore fuel consumption, thereby reducing the cost of the aircraft operation and environmental impact. However, most of today’s carbon fiber composites are based on epoxy resin and other non-melting, insoluble materials that are not recyclable.

Scientists from MISIS University have created a new composite material based on engineering thermoplastic polymers and carbon fiber, which effectively retains its performance properties in aggressive environments, such as aviation fuel, while being easily recyclable. Sustainable-plastics – Nonwovens-sector

As a reinforcing material, the Russian-made carbon fiber has been used. For the first time, polyethersulfone powder was used for the matrix production instead of the conventional epoxy resin. It is an amorphous thermoplastic polymer with excellent mechanical properties and resistant to high temperatures, steam and various chemicals. It is also important that polyethersulfone is recyclable, unlike epoxy.

Researchers propose new technology for aviation materials to allow for adjusting their properties

Sustainable-plastics – Nonwovens

High-performance polymers – TiO2 21-09-2022

High-performance polymers – TiO2 21-09-2022

high-performance polymers

Crude Oil Prices Trend 

Crude Oil Prices Trend Polyestertime

-DSM Engineering Materials Invests in Sustainability at Evansville Plant

Plant expansion and optimization will enable energy-efficient production of high-performance sustainable plastics.

DSM Engineering Materials has officially opened its newly upgraded and expanded Evansville, IN, compounding facility. The investment, which has resulted in significant technology- and sustainability-focused improvements, will help DSM Engineering Materials meet growing demand for next-generation high-performance polymers used in a range of applications and will help drive the shift to a low-carbon, circular economy.

The 40,000-square-foot facility now integrates the latest state-of-the-art production technologies and runs on 100% purchased renewable electricity. The investment will help to meet long-term increased regional demand for high-performance polyamide, polybutylene terephthalate (PBT), and other advanced materials, such as Akulon PA6/PA66, Arnite PET/PBT, Arnitel TPC, EcoPaXX PA410, ForTii PA4T/PPA and Stanyl PA46. Arnitel TPC is a high-performance thermoplastic copolyester.

The extensive enhancement and expansion of the site is being driven by increasing customer demand for advanced material solutions for vehicle electrification and supporting infrastructure, along with lightweighting technologies in multiple industries.

Enhancements to increase DSM’s capability to produce more sustainable bio-based and recyclate-based materials were also a key consideration when planning the project. The company has made a global commitment to produce bio-based and recyclate-based alternatives for its entire materials portfolio by 2030.

In addition to the transition to 100% renewable electricity, the project includes a number of advanced energy-saving features. The well-insulated structure is ventilated for optimal occupant health and comfort, while emissions are scrubbed to meet stringent environmental and safety standards.  high-performance polymers

Cooling is conducted with environment-friendly, non-flammable refrigerant. Variable-speed drives are used on all compounding lines to reduce energy consumption, and optimized facility controls lead to further energy reductions.

“Our investment in the latest production equipment has reduced energy consumption in Evansville and lowered our environmental impact. Through this project, we also aim to strengthen our business partnerships by continuing to invest in key areas of sustainable growth,” said Roeland Polet, President of DSM Engineering Materials. “Additionally, this investment reinforces our focus on North America as a key growth market for our business.”

DSM Engineering Materials Invests in Sustainability at Evansville Plant

-Polestar Wants To Build A Truly Climate-Neutral Car

Polestar enlisted 12 new partners, some of whom are focused on developing climate-neutral plastics and composites, for its “moonshot.”

Polestar, the Swedish electric performance car company, is accelerating work to eliminate greenhouse-gas (GHG) emissions by welcoming 12 new partners to the Polestar 0 project. They share a commitment in achieving the company’s moonshot goal of producing a truly climate-neutral car by 2030 without making use of carbon offsets.

The new and existing partners will focus on certain materials, components, and processes involved in car production. New partners cover areas such as plastics, composites, chemicals, and metals.

Transportation is the fastest-growing GHG-emitting sector, expected to reach a share of more than 30% of total GHG emissions in the future, according to the United Nation’s Environment Programme. Polestar and its partners collectively hope to decarbonize the complete supply chain and manufacturing process.

“The real potential of electric cars will be fulfilled when we, as an industry, can say goodbye not just to tailpipe emissions, but production-related emissions, as well,” said Thomas Ingenlath, Polestar CEO. “We made a bold commitment 18 months ago when we launched the Polestar 0 project, and these strong partnerships show the steady progress toward our goal.”  high-performance polymers

Hans Pehrson, leader of the Polestar 0 project and former head of R&D at Polestar, added: “Our new partners will help develop solutions that don’t currently exist, and they embrace the challenge of finding new technologies. The next five years will be critical, and we need partners that will engage with the Polestar 0 project to ensure its success. We will also see spin-off effects across various industries when we address the challenges in the automotive sector with innovation and the development of climate-neutral supply chains throughout a wide array of base industries.”

Polestar Wants To Build A Truly Climate-Neutral Car

-Tosaf develops new white masterbatch without TiO2

At K2022 in Düsseldorf, Tosaf will present a series of new white masterbatches with excellent properties in terms of whiteness, colour strength and opacity, which do not contain titanium dioxide (TiO2). The company is thus responding to an increasing number of customers inquiries, since regular white pigment is suspected of being carcinogenic when inhaled in powder form, and because the EU has banned it as a food colourant (E171). Although this decision by the EU does not yet ban the use of titanium dioxide as a pigment in polymers that come into contact with food, there is a growing demand among manufacturers of hard and soft packaging for the food industry, as well as parts of the toys and cosmetics industries, to move to TiO2-free masterbatches in the future.

Such masterbatches have now been developed by Tosaf as cylindrical as well as spherical granules.  high-performance polymers

They are the result of a study initiated by Tosaf Benelux R&D on ways to find alternatives for the white colouring of plastics. Although their formulation does not contain unbound titanium dioxide, their opacity as well as their colour strength is on the same high level as that of standard TiO2 masterbatches at equal let down rate. The colour shade itself can be adjusted from yellowish to neutral to bluish. As this applies regardless of the carrier system, Tosaf’s new patent-pending white masterbatches are compatible with any host polymer. The low abrasiveness allows for long tool life, and no plate-out occurs when processed on two-roll systems.

Tosaf develops new white masterbatch without TiO2

-BASF to Purchase Pyrolysis Oil Produced From Waste Plastics

Agreement with Arcus Greencycling GMBH anticipates a volume of 100,000 ton/yr.

In a joint news release, BASF and ARCUS Greencycling announced an agreement for the procurement of pyrolysis oil from the ARCUS plant in Germany.

ARCUS produces pyrolysis oil from mixed plastic waste by heating it rapidly to high temperatures at which the materials depolymerize. BASF plans to use the oil in its production network at Ludwigshafen to create new products, displacing raw material from fossil fuels.  high-performance polymers

The agreement represents an expansion of BASF’s existing business in recycled materials, which includes PLA and EPS. The company calls the materials “Ccycled” to indicate their production from chemically recycled raw materials. In 2020, BASF customers launched packaging products manufactured from Ccycled materials.

The ARCUS pyrolysis demonstration unit in Frankfurt is the first commercial-scale system of its kind. With a guaranteed buyer for the oil in place, ARCUS plans to scale up production to 100,000 ton/yr.

high-performance polymers

-EU proposals aimed at tackling energy crisis lack in ambition: EURATEX

The European Apparel and Textile Confederation (EURATEX) recently said the European Union (EU) proposals aimed at tackling the dramatic energy crisis that Europe is facing lacks in ambition and, if confirmed, will come at the cost of losing industrial capacity and jobs in Europe. Ultimately, Europe will remain without its integrated textiles ecosystem, it said. high-performance polymers

There will be no means to translate into reality the EU textiles strategy for more sustainable and circular textiles products, EURATEX said in a press release recently.

When gas wholesale prices reached the record level of €340/MWh in August, triggering sky-high electricity prices, the European textiles industry called on the EU to adopt a wholesale price cap for gas, the revision of the merit-order principle in the electricity market, support small and medium enterprises (SMEs) and a single European strategy.

On September 14, on the occasion of the State of the Union address by President Ursula Von der Leyen, the European Commission announced initiatives aimed at tackling the energy crisis.

“We understand a very high price cap has been so far discussed among Ministries and that is not reassuring for companies across Europe: if any cap is, as expected, above 100/MWh, these businesses will collapse,” the federation said.

EURATEX has, however, welcomed the proposals by the Commission to change the title transfer facility (TTF) benchmark parameters and decouple the TTF from the electricity market and the revision of the merit-order principle for the electricity market, which is no longer serving the purpose it was designed for.

It also welcomed the proposal to amend the state-aid framework that, in EURATEX’s view, should include the textiles finishing, the textiles services and the non-woven sectors as well as a simplification of the application requirements. The federation called for a uniform implementation across the EU.

Already in March this year, with EU gas wholesale prices at €200/MWh, the business case for keeping textiles production was no longer there, EURATEX said. To date, natural gas wholesale prices have reached the level of €340/MWh, more than 15 times higher compared to 2021 levels. high-performance polymers

As many businesses now have suspended production processes to avoid the loss of tens of thousands of euros every day, EURATEX hoped this will not become the new normal, and to reduce the likelihood of such a scenario, it called on the Commission, the EU Council and the Parliament to ‘swiftly adopt decisive, impactful and concrete actions’ to tackle the energy crisis and ensure the survival of the European industry.

The EU textiles companies are mainly SMEs that do not have the financial structure to absorb such a shock.  In contrast with such reality in Europe, the wholesale price of gas in the US and China is €10/MWh, whereas in Turkey the price is €25/MWh.

If the EU does not act, international competitors will easily replace EU companies in the market, resulting in the de-industrialisation of Europe and a worsened reliance on foreign imports of essential products, EURATEX cautioned.

high-performance polymers

-AST Group counts on Lindner plastics recycling facility to process HDPE plastics

Since 2018, the AST Group, a producer of HDPE plastic containers and drums, has been cleaning and reconditioning used containers to ensure a longer service life for its products. Since 2021, the loop has been closed by another piece – a plastics recycling facility (PRF) from Lindner has been processing post-consumer containers, which are then used to produce new drums and containers. As these products are also destined for the hazardous and foods industries, high-quality recyclate is crucial as are optimally coordinated recycling processes.  high-performance polymers

Circular economy, the Green Deal, recycling quotas, resource conservation, energy efficiency, sustainability – these are the words heard every day in the recycling industry. After all, the industry is about responsibly managing our environment and its resources as well as the associated effort to retain materials in the economic system at the highest quality and for as long as possible. As a production company, the focus is on product design, durability, recyclability, and, in particular in the plastics processing industry, the quality of the recyclate used to manufacture the end product.

AST Group focuses on the circular economy

The AST Group has been focusing on the circular economy and recycling for some time. From the beginning, the focus was on creating the ideal production loop that would make it possible to increase the recyclate quota for the company’s own products and also use the products made of recyclate in the hazardous and food industries. A short while later, the first centre of competence for plastics was established and a complete plastics recycling line was installed to process post-industrial and post-consumer HDPE (high-density polyethylene). This solution not only helps contribute to the circular economy, it also ensures the internal supply of raw materials.

Energy efficiency and quality

When it came to the recycling facility, the decision was made in favour of Lindner. “It was important to us that the facility could process all kinds of materials, from hollow objects to regrind,” explains Hauke Grabau, Head of the Recycling Division at AST Kunststoffverarbeitung GmbH. “When designing the facility, we focused closely on energy-efficient technology that conserves resources. Shredders, mills, various washing steps – including the hot-wash system, which we can switch on depending on the required intensity – are perfectly matched to our requirements.” high-performance polymers

high-performance polymers

-MEGlobal nominates ACP for September at USD800 per tonne

MEGlobal announced that its Asian Contract Price (ACP) for monoethylene glycol (MEG) will be USD800/MT CFR Asian main ports for arrival September 2022, said the company.

The September 2022 ACP reflects the short term supply/demand situation in the Asian market.  high-performance polymers

We remind, MEGlobal announced that its Asian Contract Price (ACP) for monoethylene glycol (MEG) will be USD820/MT CFR Asian main ports for arrival August 2022. The August 2022 ACP reflects the short term supply/demand situation in the Asian market.

MEGlobal is a fully integrated supplier of monoethylene glycol (MEG) and diethylene glycol (DEG), collectively known as ethylene glycol (EG).

high-performance polymers

-Advent International and LANXESS announce Calum MacLean as CEO-designate for upcoming high-performance engineering materials JV

Calum MacLean brings a wealth of experience from over 30 years in the chemicals industry, most recently as CEO of Synthomer, a UK FTSE 250 specialty chemical company, and prior to that as an executive director and member of the founding management team of INEOS Group

The British chemicals manager Calum MacLean is to become CEO of the envisaged joint venture for high-performance engineering materials which Advent International (Advent) and LANXESS are planning to form. Advent International, one of the largest and most experienced global private equity investors with a well-established track record in chemicals, and LANXESS, a global specialty chemical company, announced today that MacLean is designated to take over the position as the CEO for the envisaged company upon closing of the transaction. high-performance polymers

MacLean brings extensive global CEO experience in petrochemicals, polymers and specialty chemicals from his time with INEOS and most recently as CEO of Synthomer. During his 17 years at INEOS, MacLean established and integrated two highly successful joint ventures in chemicals (Styrolution) and refining (PetroIneos), and therefore brings highly relevant experience in integrating and consolidating multinational blue chip chemical businesses. Due to his background, MacLean is the ideal candidate to lead the envisaged merger of equals following the ‘best-of-both-worlds’ principle and the ambition to preserve the rich heritage of both businesses. He is currently a non-executive board director of SABIC and has recently stepped down as a non-executive board director of Clariant.

Ronald Ayles, Managing Partner at Advent, said, “We are very happy that Calum has accepted the designated CEO role in this strategic investment and are convinced that his highly relevant experience at both INEOS and Synthomer will be invaluable during the integration and subsequent growth of the engineering materials business. We look forward to working with him and the future executive management team on this exciting venture.”

Matthias Zachert, CEO of LANXESS, added, “Calum is a highly regarded executive with a strong reputation in both the chemical industry and financial markets, and I am convinced that he has the right expertise and skill base to lead the joint venture, once it has been established in the first half of next year. LANXESS and Advent will support Calum during the integration phase as the joint venture establishes itself as a strong global player in this highly attractive market, following merger clearances.”

The joint venture will benefit from the strong long-term partnership between Advent and LANXESS, as well as from their vast experience and common understanding of establishing and growing a highly innovative engineering materials business. The new company is expected to have sales of around EUR 3 billion and to be one of the leading suppliers to the attractive and growing automotive, electronics, electrical and consumer goods segments, with a particular focus on environmentally friendly and sustainable products. The highly complementary combination both in terms of regional footprint and product range will bring together well-invested assets, skilled employees with a strong cultural fit, and a comprehensive innovation pipeline, therefore creating a strong foundation for sustainable long-term growth.

Calum MacLean, the CEO-designate of the joint venture, said, “I am truly excited by the challenge and opportunity to lead the merger of equals of two highly successful and complementary businesses with rich heritages from DSM and LANXESS. The combination will create a truly global engineering materials business and an exciting future for both employee teams and customers going forward.” high-performance polymers

Advent International and LANXESS announce Calum MacLean as CEO-designate for upcoming high-performance engineering materials JV

high-performance polymers

Plastic-Recycling – Cirular-Economy 20-09-2022

Plastic-Recycling – Cirular-Economy 20-09-2022

Plastic-Recycling – Cirular-Economy

Crude Oil Prices Trend 

Crude Oil Prices Trend Polyestertime

-EU Commission proposes to cut €7.5 billion funding to Hungary

Citing worries over corruption in Hungary, the European Commission proposed on Sunday (18 September) to suspend one-third of the cohesion funds allocated to the country if its reform efforts remain insufficient in the coming two months.

In a meeting on Sunday morning, the EU executive proposed suspending €7.5 billion in EU funding for Budapest, or about a third of the total amount of cohesion funds that Hungary is allocated until 2027.

The suspension is focused on programmes that are heavy on public procurement and therefore most vulnerable to corruption. Moreover, the Commission will demand that EU programmes like Horizon Europe should not commit any money to Hungarian public interest trusts.

“Today’s decision is a clear demonstration of the Commission’s resolve to protect the EU budget, and to use all tools at our disposal to ensure this important objective,” the EU’s Budget Commissioner Johannes Hahn said in a statement.

The conditionality mechanism shows its teeth

The Commission acted on the basis of the conditionality mechanism that has been part of the EU’s budget rules since January 2021. It allows the EU to suspend payments to member states in cases where breaches of rule of law principles risk affecting the EU’s financial interests. Plastic-Recycling – Cirular-Economy

Worried about Hungary’s slide towards autocracy under Prime Minister Viktor Orbán, the European Parliament has long pushed the Commission to trigger the conditionality mechanism, which the EU executive did in April.

It also notified the Hungarian government of its concerns, but in its reply, Budapest denied the corruption allegations and offered no measures to remedy the situation.

That is why the Commission sent another letter to the Hungarian government in July to inform it of the measures it intended to propose.

“That seems to have focused the minds in Budapest,” an EU official said.

Over the summer, the Hungarian government came forward with a set of 17 measures in a bid to dissipate the Commission’s concerns, for example, the establishment of an independent “Integrity Authority” and an anti-corruption task force that would involve civil society.

Plastic-Recycling - Cirular-Economy

-Lenzing also switches to green electricity at its Chinese site

  • Gradual transition to green electricity will significantly reduce annual carbon emissions
  • Milestone in the transformation of production capacities to TENCEL™ branded modal fibers

Nanjing – The Lenzing Group, a world-leading provider of wood-based specialty fibers, is continuing to expand its global clean electricity portfolio by gradually transitioning to green energy at its production site in Nanjing. This will enable its Chinese subsidiary Lenzing Nanjing Fibers to use electricity derived solely from renewable sources from 2023 onwards and reduce the site’s carbon emissions by 100,000 tonnes annually. Lenzing only recently announced the transition to green electricity at its Indonesian production facility.

In 2019, Lenzing became the first fiber producer to set a target of halving its carbon emissions by 2030 and becoming climate neutral by 2050. This carbon reduction target has been recognized by the Science Based Targets Initiative. In Nanjing, Lenzing is currently investing in cutting its carbon emissions and converting a standard viscose production line to 35,000 tonnes of TENCEL™ branded modal fibers. Thanks to this move, the Chinese site will exclusively produce eco-friendly specialty fibers.

“Demand for our wood-based, biodegradable specialty fibers is constantly rising. We see enormous growth potential, especially in Asia. Thanks to our investments in China and other Lenzing sites around the world, we will be better positioned to meet this growing demand in future. At the same time, we are continuing to make considerable progress towards achieving a carbon-free future and becoming a champion of circularity,” comments Robert van de Kerkhof, Chief Commercial Officer for Fiber at Lenzing.

Boosting growth in specialty fibers

Man-made climate change is one of the most pressing problems of our time. The fashion industry has an extremely negative impact on the environment due to its fast fashion business model and the growing consumption of fossil resources in textile production. Lenzing’s sustainably produced specialty fibers under the TENCEL™ brand help its customers, especially brands and retailers, to reduce their global footprint immensely.

Specialty fibers are Lenzing’s key strength. The company aims to generate more than 75 percent of its fiber revenue from the wood-based, biodegradable specialty fibers business under the TENCEL™, LENZING™, ECOVERO™ and VEOCEL™ brands by 2024. With the launch of the lyocell plant in Thailand in March 2022 and the investments in existing production sites in China and Indonesia, the share of specialty fibers in Lenzing’s fiber revenue is set to exceed the 75 percent target by a significant margin as early as 2023.

Lenzing also switches to green electricity at its Chinese site

-Oil Industry Pioneer Starts Strategic Review to End Refining in Finland

Neste Oyj, Finland’s only oil refiner, has begun studying how it will end the processing of crude in the Nordic country by the middle of the next decade.

The world’s biggest maker of renewable diesel said its refinery in Porvoo, which already makes biofuels, would undergo a transformation starting with the co-processing of both renewable and circular feedstock, according to a statement. A spokeswoman contacted by Bloomberg News verified the statement.

The transition could continue with retrofits of existing units at a later stage and the targeted transformation would lead to a discontinuation of crude oil refining in Porvoo in the mid-2030s, the company said. It will also continue to actively study opportunities of green hydrogen at the site.

Neste is seen as somewhat of a pioneer in the oil industry having made its first investment in renewable diesel — a product made entirely from renewable raw materials — as early as 2005. After initially being unprofitable, the product overtook traditional oil products as the company’s main profit driver in 2018. The refiner is also processing sustainable aviation fuel from waste and makes renewable polymers and chemicals.

Oil Industry Pioneer Starts Strategic Review to End Refining in Finland

-the family car according to Ferrari

In the making for a very (very) long time at Ferrari, the very first four-door, four-seater car from the Italian brand was eagerly awaited. Very recently, it was within the Teatro del Silenzio located in Lajatico, in the province of Pisa, that the Italian manufacturer lifted the veil on its new creation: Purosangue. A family car that promises to combine increased space with the company’s famous performance.

Ferrari Purosangue, pur-sang italien

Side look, this new Ferrari Purosangue oscillates between the station wagon and the SUV, although the manufacturer does not use this name at any time. For Ferrari, the Purosangue is a vehicle derived from “of a new segment“, which is characterized in particular by rear-hinged passenger doors. According to Ferrari, this allows the passenger to get in and out of the car with ease without having to increase the size of the vehicle.

Under the hood is a 725bhp 6.5-litre V12 engine (without the slightest trace of electrification here), painstakingly tuned to give the driver seemingly endless power under his right foot, with a dual-clutch transmission at eight speeds and cylinder heads derived from the formidable 812 Competizione. Enough to go from 0 to 100 km/h in just 3.3 seconds, and from 0 to 200 km/h in a record time of 10.2 seconds.

Ferrari also promises a vehicle “durable“, since 85% of the car’s launch finishes were produced with this in mind. Plastic-Recycling – Cirular-Economy

Also, the fabric headlining is made from recycled polyester, the carpet is made from recycled polyamide from fishing nets recovered from the oceans and the newly formulated Alcantara is also made from recycled polyester.

On board, the driver’s compartment inspired by the SF90 Stradale remains in the DNA of the Ferrari sports car. Note that the front passenger can also enjoy a dedicated 10.2” screen displaying performance figures in real time. That of the driver of course displays the counters, as well as the duplication of the smartphone thanks to Android Auto or Apple CarPlay.

On the availability side, Ferrari will play the exclusivity card, with a Purosangue which will be produced in limited quantities, with the first deliveries scheduled for the second quarter of 2023. On the price side, this new SUV Ferrari vehicle should be displayed from €390,000.

Plastic-Recycling - Cirular-Economy

-Chemical Recycling of Plastics Waste – A Contribution to a Climate‐Neutral Circular Carbon Economy (Conference Paper)

Plastics Production and Plastics Waste Generation

Total Plastics Waste Development, Recycling  and Recovery in Germany

Recycling Processes for Mixed Plastics Waste  and Key Products

Examples of Plastics Waste Produced  Plastic-Recycling – Cirular-Economy

Pyrolysis Mass Balance – Pyrolysis Carbon Recovery – Pyrolysis Energy Balance – Upgrading of Pyrolysis Products to Secondary Petrochemical Feedstock –

Pyrolysis Oil Characterization* and Hydrotreatment –  Case: Recycling of Light Weight Packaging Waste

Plastic-Recycling - Cirular-Economy

Plastic-Recycling - Cirular-Economy

-What is the current situation of recycled plastic in Europe?

Although the volume of plastic recycling in Europe has improved, initiatives are being developed to increase the weight of recycled plastic.

According to Eurostat, each European generates an average of 34 kilos of plastic packaging waste per year, of which around 14 kilos is recycled. Over the last decade, the volume of plastic packaging waste generated per inhabitant increased by 24%, while the recycling rate of plastic packaging waste grew by almost 50%.

However, there is considerable room for improvement in areas such as the collection of plastic waste, its arrival at recycling plants and the quality of some virgin plastic packaging, which prevents it from being reused or makes the recycling process more costly and complicated.  Plastic-Recycling – Cirular-Economy

Initiatives that have been launched

For about a decade, the European Union (EU) has been strongly committed to favoring a circular economy. In the particular case of plastic, in 2015, the European Parliament approved the restriction of disposable plastic bags. Later, in 2018, the European Commission presented a proposal to tackle the amount of plastic waste that ends up in the sea, focusing on specific measures to combat single-use plastics.

Europe has been committed to circular economy for a decade by improving plastic recycling volume

A year later, in 2019, the European Green Pact called for 55% of plastic packaging waste to be recycled by 2030. In addition, other initiatives were developed, such as the introduction of quality standards for secondary plastics or the design of mandatory rules on the minimum recycled content of certain products. In parallel, the Commission has been issuing various standards in recent years aimed at reducing the volume of microplastics on the market.

How is plastic recycling done?

In Europe, the main recycled plastic material is PET thanks to its unique properties, which make it very attractive to many industries. These include its light weight, its transparency (which makes it ideal for consumer packaging, for example in the food sector), its high level of resistance and impermeability to microorganisms and liquids, its resistance to heat and abrasion, its great flexibility, and the fact that it is fully recyclable, in many cases indefinitely, and that it can be used for a wide range of applications.

Plastic-Recycling - Cirular-Economy

-Will spandex prices rebound amid soaring BDO?

BDO-PTMEG-Spandex prices hit periodical bottom in Sep. Price of BDO soars due to low supply and growing demand, up by near 3,000yuan/mt compared with the year low by Sep 15. PTMEG plants intend to raise price but price still shivers at low level. Sales of spandex accelerate supported by low operating rate and recovering demand. Supply of some spandex varieties becomes tight. Downstream demand for spandex is supported by the traditional peak season expectation. Plastic-Recycling – Cirular-Economy

Will prices of spandex rebound?

Firstly, the cash flow of spandex value chain shrinks to low level, and supply obviously contracts. Supply of BDO is low with intensive production curtailment and suspension during the turnaround season in Sep, while demand grows. BDO price is revised up to lower losses. Demand for PTMEG touches bottom and gradually recovers. Sales of PTMEG increase in Sep. Supply of PTMEG rises while is obviously low. Price of PTMEG edges up stably. The cash flow of spandex 40D apparently decreased in Jul and Aug with substantially reducing PTMEG price while the spot profit increases to positive territory when price of spandex declines slower. The operating rate of spandex plants has been ascended to above 60% from 50%, remaining low.

Secondly, demand improves and sales of spandex rise. Sep and Oct are traditional peak season for fabric and textiles market. Downstream buyers turn to purchase normally to cover 7-20 days of production from only buying on a need-to-basis. Some downstream plants have replenished 1-month of spandex. The operating rate of downstream plants is advancing, especially warp knitting super-soft fabrics and circular knitted fabric producers. Spandex producers see apparently increasing sales. Stocks of spandex have fallen to above 36 days, down by near 15 days from high level. The delivery of some warp knitted spandex 40D is tight and needs to queue. Supply of 30D is also tight in some plants while that of 15-20D keeps abundant. Plastic-Recycling – Cirular-Economy

The operating rate of spandex downstream fabric mills has continued rising since late-Aug, with that of circular knitting plants at 30-50% in Zhejiang, Jiangsu, Guangdong and Fujian and that of warp knitting mills up to 50-70%, even above 70% in Haining. The run rate of lace knitting plants also advances. Most downstream plants witness better domestic orders, mainly for the online shopping spree in Nov and Dec, which can mostly guarantee production until end-Sep. Export orders also slightly grow.

Will spandex prices rebound amid soaring BDO?

-Circular economy: new EU rules to allow use of recycled plastics in food packaging

Today, the Commission has adopted new rules on the safety of recycled plastic materials and articles intended to come into contact with food.

This Regulation will set clear rules to ensure that recycled plastic can be safely used in food packaging in the EU.

It will contribute to increasing the overall sustainability of the food system and achieving the objectives of the Circular Economy Action Plan. Executive Vice-President for the European Green Deal, Frans Timmermans, said: “To lower our dependency on primary raw materials and build a fully circular economy, we need to boost the market for recycled plastics and significantly reduce plastic waste in the food sector and beyond. Plastics are useful to preserve food, but their use has to be sustainable.

Today’s new rules enable food manufacturers to use more recycled plastics in food packaging. This is an important step towards safe and sustainable use of recycled plastics in the food sector.”  Plastic-Recycling – Cirular-Economy

Commissioner in charge of Health and Food safety, Stella Kyriakides, said: “The EU needs new rules to produce safe recycled plastics that can be trusted by food businesses and consumers. With around 50% of all plastic packaging in the EU used for food products, we need to ensure that this sector can transition towards a more sustainable food production safely and efficiently – using more recycled plastic is key to achieve this. Protecting our environment and the health of our citizens are two sides of the same coin, and our new rules will deliver on these objectives!” The Regulation makes it possible to authorise recycling processes for manufacturing safe recycled plastic materials for use in food packaging. It will also help the recycling industry establish suitable ways for recycling plastics that presently cannot be recycled into food packaging.

In addition, the European Food Safety Authority (EFSA) will have a clearer basis to evaluate the suitability of recycling technologies and the safety of the recycled plastic in food packaging manufactured with processes using these technologies.

The Regulation will allow granting individual authorisations for more than 200 mechanical PET (polyethylene terephthalate) recycling processes, which will help the industry to meet the binding 2025 target of 25% recycled plastic in PET beverage bottles.

In addition, the new Regulation will establish a public register of recycling processes, recyclers, and recycling installations under its scope, providing an increased level of transparency. Plastic-Recycling – Cirular-Economy

Circular economy: new EU rules to allow use of recycled plastics in food packaging

Plastic-Recycling – Cirular-Economy

PVA – Petrochemicals – Technologies 19-09-2022

PVA – Petrochemicals – Technologies 19-09-2022

PVA – Petrochemicals – Technologies

Nylon6 – Naphtha – Petrochemicals 

Crude Oil Prices Trend 

Crude Oil Prices Trend Polyestertime

-Bioplastics International Creates World’s First Sugar Cane Alcohol Water Soluble PVA to Replace Plastics

Bioplastics International creates world’s first fossil fuel free sugar cane alcohol water soluble PVA to replace plastics, to save our oceans and planet

“No more confusion of the antiquated terms biodegradable, compostable, or bio based, the water soluble revolution has begun!”— Garrett ValentinoSCOTTSDALE, ARIZONA, USA, September 18, 2022 / — Our oceans have become the world’s largest landfill, accumulating more than 13 million tons of plastic annually, according to Bioplastics International1, an Arizona-based producer of the world’s first sugar cane alcohol water soluble PVA (Polyvinyl Alcohol) as well as many bio resins from plant starches. In an attempt to curb the overwhelming plastic pollution of our oceans, Bioplastics International has launched a fossil fuel free water soluble replacement for petroleum based plastics.

Garrett Valentino, CEO of Bioplastics International, said, “No more confusion of the antiquated terms biodegradable, compostable, or bio based, the water soluble revolution has begun!”

“Until now, all PVA has been made from fossil fuel natural gas. When fossil fuel carbon dioxide enters the ocean, it dissolves in saltwater.

First, it forms carbonic acid. Then, this carbonic acid breaks apart, producing bicarbonate ions and hydrogen ions. Ocean acidification results from an increased concentration of hydrogen ions and a reduction in carbonate ions due to the absorption of increased amounts of CO2. This results in the death of shellfish, corals, plankton, and other sea life. The pH levels of our oceans are lowered, and fish have a difficult time breathing.” Valentino said.PVA – Petrochemicals – Technologies

“Our PVA is made from sugar cane and alcohol, unlike all other PVA’s, which are made from fossil fuel natural gas,. it contains no plastic, no toxins, no heavy metals, no chemicals, and no bioplastic. It dissolves in water in minutes, leaving behind bio carbon dioxide through photosynthesis and water. It does not leave behind any microplastics or any residues, through crystallization, we can control the temperature when our sugar cane PVA will dissolve in any water, minutes, to months.” he affirmed.

He stressed that PVA is safe for human consumption, having been approved by the US FDA, and is currently used as a food additive and in the medical industry, in “advanced biomedical applications such as wound dressing, wound management, drug delivery systems, artificial organs, as well as a vital ingredient in the manufacture of paper and paint..” All this is due to its ability to retain water almost as well as natural cells, as well as its biocompatible, biodegradable, water soluble, and non-toxic behavior, elaborated Valentino

Furthermore, our sugar cane PVA is non-toxic to animals, claims Valentino, adding that it can be eaten by fish, birds, marine and land animals, and it will safely pass through their digestive systems.

The water-soluble, net zero carbon dioxide polymer can be mass produced in vast quantities and can be used for blown films, extrusion, or injection molding processes, virtually any product can be made from our sugar cane PVA. It is stronger and more durable than petroleum based plastic. Our current capacity is 180 tons per month, however this can be increased if needed, he said.

“The current ocean plastic pollution issue is beyond a serious one and must be immediately addressed. “We cannot ignore this, if nothing is done, by 2050 we will have more plastic in our oceans than fish. Approximately 70 % of the oxygen we breath comes from our oceans, and how do humans plan to survive?” said George Liu, Vice President of Bioplastics International.

“Our sugar cane PVA will become a movement, according to Valentino, due to increased public awareness over marine waste and destruction, consumer interest, and legislative regulations against polluting petroleum based plastics. Sugar cane PVA: is neither a fad nor a bioplastic, it is our future, the only way to stop the scourge of plastic pollution from destroying our planet. PVA – PVA – Petrochemicals – Technologies

Valentino stated that his company, which also produces polylactic acid (PLA) Bagasse, PBAT, and PBS, based products, has focused on manufacturing sugar cane PVA and products in order to help mitigate the problem of marine litter and destruction. We are environmentalists first. Our sugar cane PVA products will not contaminate the petroleum recycling stream, and can be rinsed down the sink drain, or hosed down in a parking lot.

Bioplastics International Creates World's First Sugar Cane Alcohol Water Soluble PVA to Replace Plastics

-Anellotech named winner of the PLASTICS’ 2022 Innovation in Bioplastics Award

Sustainable technology company Anellotech has been named  the 2022 recipient of the PLASTICS’ 2022 Innovation in Bioplastics Award. The announcement, made by Plastics Industry Association (PLASTICS) on 15 September, came as part of the annual, online #BioplasticsWeek awareness and education event.

Anellotech won the award in recognition of the development of the first PET – polyethylene terephthalate – bottle made entirely from loblolly pine and other biomass feedstocks.

The company’s bio-based PET offers an alternative to conventional, petroleum-based material, potentially lessening the industry’s reliance on petroleum and natural gas as feedstocks.PVA – Petrochemicals – Technologies

Anellotech has developed and patented technology called Bio-TCat that converts biomass into benzene, toluene and xylene (including paraxylene, used in making PET), which are chemically identical to their petroleum-based counterparts. The result is a product with 70% lower greenhouse gas emissions than petroleum-based PET.

According to Anellotech, their product will enable the plastics industry to use the same plastic materials used today while producing them from sustainable biomass resources, dramatically improving the sustainability of the plastics industry.

David Sudolsky, CEO of Anellotech, accepted the award on behalf of the employees of Anellotech, “We’re excited to join our Bio-TCat Process development partners, IFP Energies nouvelles and Axens, as well as our strategic partner Suntory, in creating new routes to sustainable plastics,” he said.

“PET is the most recycled plastic and enjoys a lower comparative carbon footprint than metals or glass in most applications,” said Patrick Krieger, Vice President of Sustainability at PLASTICS.

PVA - Petrochemicals - Technologies

-Experts Warn US Is Falling Behind China in Key Technologies

At a gathering of current and former U.S. officials and private-sector executives Friday in Washington, concern was rampant that the United States has fallen behind China in the development of several key technologies, and that it faces an uncertain future in which other countries could challenge its historic dominance in the development of cutting-edge communications and computing technology.

The gathering was convened by the Special Competitive Studies Project, an effort spearheaded by former Google CEO Eric Schmidt, the stated purpose of which is “to ensure that America is positioned and organized to win the techno-economic competition between now and 2030, the critical window for shaping the future.”

Among attendees, the prevailing sentiment was that the nation’s ability to actually win that competition was under threat.PVA – Petrochemicals – Technologies

Dire predictions

A few days before the summit, the SCSP issued a report predicting what would happen if China became the global technological leader.

“Understanding the stakes requires imagining a world in which an authoritarian state controls the digital infrastructure, enjoys the dominant position in the world’s technology platforms, controls the means of production for critical technologies, and harnesses a new wave of general purpose technologies, like biotech and new energy technologies, to transform its society, economy and military,” the report said.

The report envisions a future where China, not the U.S., captures the trillions of dollars of income generated by the new technological advances and uses its leverage to make the case that autocracy, not democracy, is the superior form of government.

In the report’s grim vision, China promotes the concept of a “sovereign” internet, where individual countries limit the flow of information to their people, and where China develops and possibly controls the key technology supporting critical infrastructure in countries around the world.

Finally, the report warns that under such a scenario, the U.S. military would lose its technological lead over China and other competitors, and China might be in a position to cut off the supply of “microelectronics and other critical technology inputs.”

‘Nothing is inevitable’

In an address to the summit, White House national security adviser Jake Sullivan appeared to agree that the nation faces significant challenges in keeping pace with China in the development of new technology.

“We know that nothing is inevitable about maintaining America’s core strength and competitive advantage in the world,” Sullivan said. “And we know that it has to be renewed, revitalized and stewarded, and that is especially true when it comes to U.S. technological leadership.”

In China, he said, “we’re facing a competitor that is determined to overtake U.S. technology leadership and is willing to devote nearly limitless resources to do so.”

PVA - Petrochemicals - Technologies

-ALPLA and PTT GLOBAL CHEMICAL realise THAILAND’S largest plastics recycling plant equipped with state-of-the-art technology

Following 18 months of construction and installation, the ALPLA Group and PTT Global Chemical are opening the state-of-the-art ENVICCO recycling plant in Thailand. With an annual production capacity of 45,000 tonnes of recycled PET and HDPE, it is one of the largest recycling plants for these plastics in Asia. With this plant, the two companies will strengthen the region’s circular economy and supply the growing markets with high-quality recycled material.PVA – Petrochemicals – Technologies

Thirty thousand tonnes of recycled, food-grade PET and 15,000 tonnes of recycled HDPE – the packaging and recycling specialist ALPLA and the chemical company PTT Global Chemical (GC) have realised Thailand’s largest plastics recycling plant of its kind. After around 18 months of construction, production is set to start at the ENVICCO joint venture. Located in an economic zone on the coast of the south-eastern province of Rayong, the plant is equipped with the latest recycling technology and production lines to manufacture high-quality plastic recyclates with approval from the USFDA.

‘Built in record time thanks to the excellent collaboration with GC, this highly modern plant is an important part of our recycling activities in Asia,’ said ALPLA Chairman Günther Lehner during the grand opening on 13 September. The opening was also attended, among others, by Kongkrapan Intarajang (Chief Executive Officer and President, GC), Dietmar Marin (ALPLA Managing Director Recycling) and Bernd Wachter (ALPLA Corporate Director Circular Economy & Recycling Asia).

‘Demand for recycled, sustainable packaging materials is rising sharply in Southeast Asia, and high-quality plastics have a key role to play here. With this new plant, we are now applying our many years of expertise in the treatment and processing of packaging made from post-consumer recycled resins in Thailand,’ explains Bernd Wachter. ‘This joint venture is a truly circular, eco-friendly project creating a comprehensive value chain for plastics in Thailand and is an excellent example of the worldwide use of Austrian green tech know-how,’ adds Georg Weingartner, the Austrian Commercial Counsellor in Bangkok.

Successful partnership

ALPLA contributes more than 25 years of recycling experience to the joint venture. It will supply its production facilities in Asia with recycled material and is also fostering the circular economy at the local level. With the plant, majority shareholder GC supports sustainable development in the region, moving it towards resource-conserving business and lifestyles.

‘Today, GC is proud to reveal that ENVICCO is ready for commercial operation. Used plastics within the Kingdom of Thailand will make up 100% of the raw materials processed by ENVICCO’s cutting-edge production technologies to transform used plastics into valuable products,’ says Kongkrapan Intarajang. ‘The ENVICCO production plant is part of our long-term circular economy strategy to fully realize GC’s value chain. It also has the added benefit of creating jobs within the community while simultaneously aligning with the Thai government’s Bio-Circular-Green Economy Model.’ The ENVICCO team will comprise approximately 180 employees at the start of production.

Significant expansion potential

The 30,000-square-metre plant is on a plot of land measuring a good 90,000 square metres at the Map Ta Phut Industrial Estate. There is, therefore, also space for future capacity expansions. ‘We have long-term plans to promote the bottle-to-bottle cycle not only here in Thailand, but across Asia and other regions around the world. Carbon emissions and waste can be reduced through optimised resource consumption,’ emphasises Dietmar Marin. PVA – Petrochemicals – Technologies

Global expansion of recycling activities

In early 2021, the ALPLA Group announced that it would invest an average of 50 million euros a year until 2025 in the ongoing expansion of its recycling activities. In particular, it plans to globalise its activities in the area of high-quality recyclates to close the materials cycle in as many regions as possible. In total, the annual production capacity of ALPLA’s recycling companies and cooperations around the world amounts to approximately 203,000 tonnes of rPET (recycled PET) and 74,000 tonnes of rHDPE (recycled HDPE).

ALPLA and PTT GLOBAL CHEMICAL realise THAILAND'S largest plastics recycling plant equipped with state-of-the-art technology

-Toray Expanding Airlite™ Automotive Interior Sound Acoustic Insulation Business in Europe

Toray Industries, Inc., announced today that subsidiaries Toray Textiles Central Europe s.r.o. (TTCE) and Toray Advanced Materials Korea Inc. (TAK) have set up new facilities in the Czech Republic to expand the Airlite™ automotive interior sound acoustic Insulation business in Europe. This material enhances passenger comfort by suppressing noise from driving, vibrations, and from outside vehicles. This new facility at TTCE’s facility in the Czech Republic will go on line in October this year, with an annual production capacity of 1,200 metric tons. PVA – Petrochemicals – Technologies

Europe has spearheaded efforts in the developed world to steadily tighten automotive noise regulations, including for internal combustion engine models. Demand should surge for electric vehicles in the next few years. These automobiles are essentially free of engine sounds, so drivers and passengers are more likely to notice road and tire noises. Quieter cabins feel more comfortable and luxurious. Markets for top-performance sound absorbing materials should thus continue to grow. Moreover, as the growth of the Urban Air Mobility (UAM) industry using propellers is expected in the future, the lightweight sound-absorbing application field will be further expanded.

Airlite™ is a melt-blown non-woven sound-absorbing material made of lightweight polypropylene and polyester. Melt-blowing extrudes melted polymers through nozzles and sprays them to form a nonwoven fleece. Airlite™ delivers exceptional sound absorption across a broad frequency range. It is lighter than conventional counterparts, thereby reducing energy consumption from driving.

The new Airlite™ facilities will complement TTCE’s airbag fabric operations, helping it to expand its automotive materials business. TAK looks to leverage the new facilities to bolster its automotive interior sound-absorbing materials business in Europe and step up efforts to serve automakers and leading parts manufacturers as Europe’s electric vehicle market grows.

Toray will develop products incorporating recycled materials and other eco-friendly offerings to add value and match customer needs. It will collaborate with customers in its drive to reduce environmental impact and materialize a sustainable economy, transforming societies in keeping with its commitment to innovating ideas, technologies, and products that deliver new value.

Under the Toray Group Sustainability Vision, the company aims to leverage its innovative technologies and advanced materials in creating solutions that are essential for the international community to overcome the challenges of pursuing sustainable development.

Toray Expanding Airlite™ Automotive Interior Sound Acoustic Insulation Business in Europe

Completed the acquisition of the Engineering Plastics business of the Indian company Ester Industrie, together with laboratories and the Estoplast brand.
With an investment of almost 35 million euros, RadiciGroup has recently completed the acquisition of the Engineering Plastics activities of the Indian company Ester Industrie, an operation announced in May (read article), thus strengthening its presence in the country, which dates back to 2006. .
The plant in Halol (Gujarat), in the Northwest of India, nearing completion, equipped with lines for compounding and R&D laboratories, incorporated in the High Performance Polymers division together with contracts with customers and suppliers and the Estoplast brand, under which technopolymers used mainly in the electrical / electronic and telecommunications markets are marketed. Once it comes into operation at the beginning of next year, the new plant will allow RadiciGroup to achieve a turnover for the Indian market of over 50 million euros.PVA – Petrochemicals – Technologies
In the 2021 financial year, RadiciGroup had a turnover of 1,508 million euros, EBITDA reached 268 million euros, while net profit was 150 million euros.
Ester Industries will be dedicated to the production of packaging films, where it has a capacity of 57,000 t / y of polyester film, 30% exported abroad, as well as 67,000 tons of polyester resin per year.
RadiciGroup acquires a plant in India

-VIVA Textiles the Name of Quality and Sustainability in the Textile Industry Operating from China

VIVA TEXTILE is the market leading exporter of embroidered fabric and digital printing. VIVA TEXTILE is operating from the world’s no 1. exporter country China. VIVA TEXTILE has a vast experience of 12 years, working in the textile industry sector. During this long journey of more than a decade VIVA TEXTILE has shown a recommendable progress and delivered numerous successful projects and is still on the way to growing its market occupancy. Closely working with well-known fashion brands making VIVA TEXTILE more competent and trustworthy exporter of embroidered fabric and customised digital printing designer all over the world including China, USA, Paris, Europe and many other regions of the world. PVA – Petrochemicals – Technologies

VIVA TEXTILE has set up its own product standards, quality benchmark, working style and understanding of beauty. VIVA TEXTILE has a well-recognized and skillful professional team of fashion designers and wholesales all over the world. VIVA TEXTILE identifies for providing high quality, fashionable designs in very affordable market leading, competitive prices.

PVA - Petrochemicals - Technologies

PVA – Petrochemicals – Technologies

Polymers-moisture-measures – PET 17-09-2022

Nylon6 – Naphtha – Petrochemicals 19-09-2022

Nylon6 – Naphtha – Petrochemicals

Nylon6 - Naphtha - Petrochemicals

ITEM 13/09/2022 19/09/2022 +/-
Bottle grade PET chips domestic market 8,575 yuan/ton 8,400 yuan/ton -175
Bottle grade PET chips export market 1,075 $/ton 1,050 $/ton -25
Filament grade Semidull chips domestic market 7,175 yuan/ton 7,200 yuan/ton +25
Filament grade Bright chips domestic market 7,325 yuan/ton 7,400 yuan/ton +75
Pure Terephthalic Acid PTA domestic market

Nylon6 – Naphtha – Petrochemicals

6,710 yuan/ton 6,415 yuan/ton -295
Pure Terephthalic Acid PTA export market 880 $/ton 870 $/ton -10
Monoethyleneglycol MEG domestic market 4,475 yuan/ton 4,300 yuan/ton -175
Monoethyleneglycol MEG export market 552 $/ton 517 $/ton -35
Paraxylene PX FOB  Taiwan market 1,099 $/ton 1,065 $/ton
Paraxylene PX FOB  Korea market 1,079 $/ton 1,045 $/ton -34
Paraxylene PX FOB EU market 1,106 $/ton 1,092 $/ton -14
Polyester filament POY 150D/48F domestic market 8,100 yuan/ton 8,150 yuan/ton
Recycled Polyester filament POY  domestic market 7,750 yuan/ton 7,750 yuan/ton
Polyester filament DTY 150D/48 F domestic market 9,600 yuan/ton 9,650 yuan/ton +50
Polyester filament FDY 68D24F 9,150 yuan/ton 9,200 yuan/ton +50
Polyester filament FDY 150D/96F domestic market 8,625 yuan/ton 8,700 yuan/ton +75
Polyester staple fiber 1.4D 38mm domestic market 7,850 yuan/ton 7,900 yuan/ton +50
Caprolactam CPL domestic market 12.600 yuan/ton 12,570 yuan/ton
Caprolactam CPL overseas  market 1,750 $/ton 1,750 $/ton
Nylon6 chips overseas  market 2,050 $/ton 2,030 $/ton -20
Nylon6 chips conventional spinning domestic  market 13,800 yuan/ton 13,450 yuan/ton -350
Nylon6 chips  high speed spinning domestic  market 13,750 yuan/ton 13,650 yuan/ton -100
Nylon 6.6 chips domestic  market

Nylon6 – Naphtha – Petrochemicals

23,200 yuan/ton 24,000 yuan/ton +800
Nylon6 Filament POY 86D/24F domestic  market 16,100 yuan/ton 16,000 yuan/ton -100
Nylon6 Filament DTY 70D/24F domestic  market 18,250 yuan/ton 18,200 yuan/ton- -50
Nylon6 Filament FDY  70D/24F  16,600 yuan/ton 16,650 yuan/ton +50
Spandex 20D  domestic  market 39,000 yuan/ton 39,000 yuan/ton
Spandex 30D  domestic  market 34,000 yuan/ton 34,000 yuan/ton
Spandex 40D  domestic  market 31,000 yuan/ton 31,000 yuan/ton
Adipic Acid domestic market 9,050 yuan/ton 9,600 yuan/ton +550
Benzene domestic market 8,830 yuan/ton 7,800 yuan/ton -1,030
Benzene overseas  market 910 $/ton 894 $/ton -16
Ethylene South East market 1,000 $/ton 960 $/ton -40
Ethylene NWE  798 $/ton 709 $/ton -89
Acrylonitrile ACN  domestic market 9,800 yuan/ton 9,800 yuan/ton
Acrylonitrile ACN  overseas market

Nylon6 – Naphtha – Petrochemicals

1,500 $/ton 1,500 $/tn
Acrylic staple fiber ASF  domestic market 17,800 yuan/ton 17,800 yuan/ton
Viscose Staple Fiber VSF  domestic market 13,880 yuan/ton 13,750 yuan/ton -130
PP Powder domestic market
7,720 yuan/ton 7,620 yuan/ton -100
Naphtha overseas market  654 $/ton 661 $/ton
Phenol domestic market 10,220 yuan/ton 10,620 yuan/ton +400

Nylon6 – Naphtha – Petrochemicals

Recycling – Polymer – Packaging 17-09-2022

Recycling – Polymer – Packaging

-Siemens and Shell sign MoU to advance low-carbon, highly efficient energy solutions

Siemens Smart Infrastructure and Shell Global Solutions International BV have signed an MoU to collaborate on developing low-carbon and highly efficient energy solutions that support the energy transition, said Hydrocarbonprocessing.

The agreement will focus on projects that produce green hydrogen for industrial applications at Shell and its customers, as well as enhancing collaboration in the areas of biofuels and circular chemistry. Under the MoU, Siemens and Shell will create solutions that increase energy efficiency and generate sustainable power, consisting of, but not limited to, digitalization, efficient networks, and the production, distribution, and application of green hydrogen. The partnership, inked with Siemens’ Electrification and Automation business unit, has the potential to strengthen synergies for both parties. While Siemens intends to work with Shell to accelerate the latter’s transition towards net-zero operations, Shell seeks to supply Siemens and its affiliates with low carbon products that reduce emissions across the supply chain, in Siemens’ operations, and in the use phase of Siemens products, consisting of but not limited to supply of biofuels.

“Siemens is committed to decoupling electrification from fossil fuel resources. Partnerships are key to driving this effort and transitioning towards sustainable energy supplies,” said Stephan May, CEO of Electrification and Automation at Siemens Smart Infrastructure. “The partnership with Shell fits perfectly with Siemens’ vision of electrifying the world, while helping industry and infrastructure customers reduce their carbon footprint and achieve their sustainability goals.” Recycling – Polymer – Packaging

Siemens has been an electrical equipment – switchgears, pumps, transformers, electrical Scada – supplier to Shell for more than a decade. Over the past years, it has evolved into a collaborative solutions supplier, spanning the full range of its electrification and automation portfolio and further enhanced by Joint Industry Program 33 (JIP33) equipment standardization, a set of standardized industry procurement specifications for the oil and gas industry. Shell attaches great importance to the relationship with Siemens, which is paving the way to accelerating the energy transition.

“Deep collaboration with partners is essential for the delivery of low-carbon energy solutions for the future. Building on our existing relation with Siemens, I expect this MoU to enable our teams to work even closer together,” said Graham Henley, Senior Vice President Engineering & Project Capability at Shell. “Siemens’ broad range of expertise in electrification and automation, together with Shell’s engineering and project delivery capability and ambition in the energy transition will prove to be a powerful combination.”

The MoU stems from this relationship and from working together on several projects since 2010. One of the key milestones advancing green hydrogen is the recently announced construction of Shell’s Holland Hydrogen 1 (HH1) project on the Maasvlakte in Rotterdam. With a capacity of 200 megawatts and 60 tons of hydrogen per day, HH1 is planned to be one of the largest green hydrogen production plants in the world and the biggest in Europe. Siemens’ Electrification and Automation business plays an important role in the project’s planning, construction, and execution, as the power distribution and substation automation supplier.

It will also be involved in the operation of the plant, which is scheduled to go on-line in 2025, through a servicing contract. The plant will produce hydrogen using electricity generated by wind turbines in the North Sea.

Siemens and Shell have adopted a collaborative and agile way of working on this large project. Close consultation and decision-making on a daily basis have helped reduce development time – of the design of the power distribution system – by close to half, from 18 months to 9 months, as of the publication of this release.

Siemens and Shell sign MoU to advance low-carbon, highly efficient energy solutions

-Polish PKN Orlen is considering the possibility of building LDPE production in Plock

Poland’s PKN Orlen is considering building a high-pressure polyethylene (LDPE) production facility in Plock, the company said in a statement.

Production will be built in central Poland, where the main state-controlled Orlen petrochemical plant is located.

If the investment is realized, Orlen will expand its petrochemical portfolio with a new product, namely LDPE.

Earlier it was noted that LyondellBasell will provide PKN Orlen (Plock, Poland) with a license for its high-pressure polyethylene (LDPE) technology for the new plant. PKN Orlen’s planned LDPE plant with a capacity of 250 thousand tons per year will use LyondellBasell Lupotech T.

“According to global forecasts, the value of the petrochemicals and base polymers market is expected to double by 2030. That is why we are investing heavily in this area of our activities, effectively using the potential of the plant in Plock,” said Daniel Obaitek, CEO of Orlen.  Recycling – Polymer – PackagingT

According to him, Poland is the largest consumer of LDPE in Central Europe, and by 2025 it will account for almost 35% of consumption in the region.

Demand for LDPE in Poland and Central Europe is about 300,000 tonnes per year and almost 800,000 tonnes per year, respectively, with the latter figure expected to rise to 890,000 tonnes per year by 2025, he added.

According to Orlen, the production capacity of LDPE in Central Europe is currently 520 thousand tons per year.

According to the ScanPlast review, in January-June, polyethylene supplies to the Russian market (excluding exports to Belarus and Kazakhstan) amounted to 1,274.37 thousand tons, which is 13% more than a year earlier. The supply of all types of polyethylene has increased, including due to a reduction in exports.

Polish PKN Orlen is considering the possibility of building LDPE production in Plock

-New Material Is Capable of ‘Thinking’

Reconfigurable integrated circuits give a polymer material the ability to process sensory information and react to external stimuli similarly to humans.

Researchers have developed a material that can process certain types of external stimulation into “thought” similar to that of a human brain, they said.

Collaborators from Penn State and the U.S. Air Force—led by principal investigator and Professor of Mechanical Engineering Ryan Harne—developed the soft, polymer material, which functions using a reconfigurable alternative to integrated circuits that are key to processing information, they said. Integrated circuits can compute signals and information, which is scientists’ realization of information processing similar to the brain’s role in the human body, researchers said. Until now, integrated circuits primarily have been used to process data in silicon semiconductors, they added.  Recycling – Polymer – Packaging

Harne’s team has now used integrated circuits in a soft polymer material that acts like a brain that can receive and process digital strings of information, resulting in new sequences of digital information that can control reactions, Harne said.

“We have created the first example of an engineering material that can simultaneously sense, think, and act upon mechanical stress without requiring additional circuits to process such signals,” he said in a story posted to Penn State’s site.

Researchers have developed a material that can process certain types of external stimulation into “thought” similar to that of a human brain, they said.

Collaborators from Penn State and the U.S. Air Force—led by principal investigator and Professor of Mechanical Engineering Ryan Harne—developed the soft, polymer material, which functions using a reconfigurable alternative to integrated circuits that are key to processing information, they said. Integrated circuits can compute signals and information, which is scientists’ realization of information processing similar to the brain’s role in the human body, researchers said. Until now, integrated circuits primarily have been used to process data in silicon semiconductors, they added. Polymers-moisture-measures – PET

Harne’s team has now used integrated circuits in a soft polymer material that acts like a brain that can receive and process digital strings of information, resulting in new sequences of digital information that can control reactions, Harne said.

“We have created the first example of an engineering material that can simultaneously sense, think, and act upon mechanical stress without requiring additional circuits to process such signals,” he said in a story posted to Penn State’s site.

How the Material Works

Researchers built upon previous work to develop the novel material, which includes reconfigurable circuits that can realize combinational logic. The team had already developed a soft, mechanical metamaterial that can “think” about how forces are applied to it and respond using programmed materials, which was outlined in a paper in Nature Communications last year. That material, however, could only operate on binary input-output signals, not compute high-level logical operations, researchers said.

The new material goes much further in functionality thanks to the inclusion of reconfigurable circuits, they said. The circuits give it the ability to respond to external stimuli by translating the input into electrical information that is then processed to create output signals.  Recycling – Polymer – Packaging

For example, the material can use mechanical force to compute complex arithmetic or detect radio frequencies to communicate specific light signals, Harne said. These are just two of the many possibilities for the material given that integrated circuits can be programmed to perform numerous tasks, he said.

New Material Is Capable of ‘Thinking’

-Dow and Nexus to build recycling facility

Dow and Nexus Circular have signed a detailed letter of intent (LOI) for Dow to secure the production output of a newly constructed advanced recycling facility in Dallas, Texas.

The new facility will process and convert over 26,000 MTs annually of previously non-recycled plastic into circular feedstock that will be delivered back to Dow as a raw material to create new, recycled plastics for food-contact, health, hygiene, and fitness applications.

The LOI builds on Dow and Nexus Circular’s initial joint effort as the chosen advanced recycler for the Hefty EnergyBag program, launched in collaboration between Dow, Reynolds Consumer Products and others, to collect hard-to-recycle plastics at residential curbside to convert them into valued resources. The announcement marks an evolution of the companies’ deepening relationship, from converting hard-to-recycle plastics into energy, to now converting circular feedstock into actual plastic products, making the converted material truly circular.  Recycling – Polymer – Packaging

Nexus Circular uses a proprietary process and pyrolysis (high temperature decomposition) technology to transform waste plastics into high-quality circular feedstocks its partners use in the production of circular polymers. The company says it has optimized the technology to create a highly efficient, economic, commercial and scalable system for delivering cost-effective, high quality and environmentally friendly circular products for its partners and customers. In 2020, Nexus Circular was named a grant recipient of Dow’s Business Impact Fund for the development of pre-processing to incorporate post-consumer, hard-to-recycle plastics collected through the Hefty EnergyBag program in Cobb County, GA.

This current expansion of the Dow-Nexus collaboration into Dallas, among other locations, will result in the further collection and conversion of landfill-bound plastics into plastic products that will be used in consumer applications, in order to help close the used plastics loop.

“Expanding our past, scaled success with Nexus to drive production of high-quality circular feedstocks, the new facility in Dallas marks an important step in meeting unmet market demand for circular plastics in Texas and other markets,” said Manav Lahoti, Global Sustainability Director for Hydrocarbons at Dow. “We now have an even greater opportunity to close the loop on Dow’s materials through the delivery of Nexus’ circular products back to our plants, further accelerating progress toward our 2030 goal to enable 1 million metric tons of plastic to be collected, reused or recycled.”

Recycling - Polymer - Packaging

-Moisture Monitor Verifies Dryness of Polymers in Real Time

Connected to the drying hopper outlet, the new system from Conair detects moisture levels as low as 10 parts per million.

A new sensing device detects residual moisture levels as low as 10 parts per million (PPM) in polymers in real time. Installed at the outlet of a drying hopper, the Moisture Minder from Conair achieves throughput rates of 20 to 5,000 lb/hr.

The real-time monitor measures material moisture continually; set points can be configured to issue an alert when the specified moisture level drifts outside prescribed limits. All readings are stored for historical trending, allowing managers to recognize when conditions begin to shift in the wrong direction and make dryer-control changes to avoid compromising the entire volume of material inside the drying hopper. These historical records can also be used for process validation, confirming that parts were manufactured under acceptable conditions.  Recycling – Polymer – Packaging

Using the Moisture Minder in conjunction with Conair’s Drying Monitor provides the earliest possible indication that drying conditions are not right. Placed vertically in the drying hopper, the Drying Monitor probe measures temperature at multiple levels in the bed of material being dried, detecting anomalies that could result in higher-than-acceptable moisture levels in the resin as it leaves the hopper hours later.

The Moisture Minder also can be retrofitted to existing systems.

Two models are available: The M5 unit detects moisture levels between 10 and 1,000 ppm, while the M10 tracks moisture between 300 and 3,000 ppm. The all-electric sensors have no moving parts to maintain or change. Operation is passive, so there is no impact on production rates. A yearly calibration and cleaning are the only regular maintenance chores, said Conair.

Moisture Monitor Verifies Dryness of Polymers in Real Time

-Brightmark forms buoy plastic recycling partnership

San Francisco-based Brightmark LLC has launched a plastic recycling partnership with the Florida Keys National Marine Sanctuary (FKNMS) in an effort to reduce materials from going to the landfill, said Recyclingtoday.

FKNMS has mooring and informational buoys to mark ecological reserves and provide an option for boats to tie up to as opposed to anchoring to help protect ocean reefs below. Prior to this partnership, FKNMS had to send these buoys to landfill when they reached end-of-life status since they were considered too difficult to recycle. Through the new partnership with Brightmark, FKNMS will send Brightmark these buoys and downlines to recycle them and convert them into circular plastics and lower carbon fuel and wax.

According to a news release from Brightmark, the partnership follows what it calls “a successful pilot phase,” the two groups will now recycle plastic buoys and downlines from the sanctuary’s upper and lower Keys locations to help decrease marine plastic pollution in the area. The two groups aim to expand this program nationally.

“Our partnership with the sanctuary is an essential and first-of-its-kind collaboration that will pull and divert plastic from our oceans,” says Bob Powell, Brightmark founder and chief executive officer.  Recycling – Polymer – Packaging

“This program is another proof point of how our innovative advanced recycling technology can play a critical role in ‘reimaging waste’ to solve the plastic waste crisis in our oceans with a truly circular solution.”

“This initiative elevates our commitment to protect the environment,” says Sarah Fangman, superintendent of the Florida Keys National Marine Sanctuary. “I’m proud that buoy team member Benjamin D’Avanzo recognized the need for a sustainable alternative to our plastics waste and pursued this partnership with Brightmark.”

Brightmark says it has produced a short documentary on FKNMS’ buoy team to follow its daily operations and show how materials are sent to be recycled by Brightmark.

Recycling - Polymer - Packaging

-Europe mixed polyolefin/monomaterial bale spread reaches record low

In Europe, the mixed polyolefin market has narrowed throughout the year.

The spread between European 90 percent mixed polyolefin bale values and monomaterial polyolefin bale values is at its lowest on record. This is with the exception of low-density polyethylene (LDPE) postcommercial flexible bales, where the spread has been at its narrowest since January.

The value of 90 percent mixed polyolefin bales is at 50 euros per metric ton on average below that of monomaterial high-density polyethylene mixed-colored bales, 75 euros per metric ton on average below postconsumer polypropylene (PP) bales and 100 euros per metric ton on average below black postindustrial PP bales and natural LDPE flexible postcommercial 98/2 bales.  Recycling – Polymer – Packaging

In addition, there was talk in recycled polyolefin markets as of the week of Sept. 5 that players are starting to restrict activity to core markets. This is amid high energy costs, macroeconomic weakness, substitution to virgin and narrowing margins for nonpackaging markets such as construction and automotive.

Meanwhile, downstream spot recycled mixed polyolefin pellet prices—typically used by nonpackaging mechanical recycling applications such as construction—were heard as low as 760 euros per metric ton ex-works northwest Europe as of the week of Sept. 5.

Despite these factors, players are not currently seeing downward pressure on 90 percent mixed polyolefin values. This was, in part, attributed to low availability and partly attributed to pyrolysis-based chemical recyclers absorbing demand loss from mechanical recycling, as pilot plants continue to scale up. The onboarding of pyrolysis-based chemical recycling is expected to further tighten availability.

The 90 percent mixed polyolefin merchant market availability has narrowed throughout the year as waste managers have increasingly onboarded capacity to reprocess material captively.

Most of the chemical recycling market remains precommercial. Although volumes are expected to increase significantly in 2023 and 2024, most expect it to take at least five years for the market to reach scale.

Recycling - Polymer - Packaging

-Huhtamaki and Stora Enso aim to boost recycling with The Cup Collective

Huhtamaki and Stora Enso have joined forces to launch a new European paper cup recycling initiative, The Cup Collective.

The programme, managed by Co-cre8, aims to recycle and capture the value of used paper cups on an industrial scale. Initially the programme will be implemented across the Benelux.

The first paper cup collection bins will be available in restaurants, cafés, office buildings and transport hubs in the Brussels and Amsterdam metropolitan areas. The Cup Collective aims to recycle half a billion paper cups in the first two years.

Eric Le Lay, president, fibre foodservice EAO at Huhtamaki, said: “Huhtamaki is a world leader in developing and manufacturing recyclable fibre products. For us, every cup counts. Recycling – Polymer – Packaging

We want to go to the next step and ensure that recyclable cups also get effectively recycled. We have combined the best expertise from Huhtamaki and Stora Enso to create this new vision for industrial scale cup collection and recycling.”

Hannu Kasurinen, EVP, Stora Enso Packaging Materials division, added: “Stora Enso wants to accelerate the circularity of all packaging materials and we have an excellent foundation to make that happen. The paperboards we make are designed to be recycled and our own production sites, including Langerbrugge in Belgium, can process and recycle paper cups into new fiber-based products. By partnering with Huhtamaki and Co-cre8 we will now be able to provide a platform to collect and capture the value of paper cup fibers on an industrial scale.”

Recycling - Polymer - Packaging

Recycling – Polymer – Packaging

Plastic-Bottle -rPET – Bio-based 16-09-2022

Plastic-Bottle -rPET – Bio-based 16-09-2022

Plastic-Bottle -rPET – Bio-based

Crude Oil Prices Trend 

Crude Oil Prices Trend Polyestertime

-On Bio-on MAIP comes forward
Auction suspended to evaluate the bankruptcy arrangement proposal presented by the Piedmontese group to the trustees.
The procedure for the auction sale of Bio-on, a PHA-based bioplastic producer that failed in 2019, was suspended following the proposal for an arrangement with creditors presented to the curators by the Turin-based MAIP group, which – according to Corriere della Sera – would have put on the plate about 17 million euros, more than the 13.4 million of the last auction base.
We tried to contact the Turin company, without success.
At stake are the assets of the companies Bio-on and Bio-on Plants, including the production plant for PHA bioplastics located in Castel San Pietro Terme (BO), laboratories and warehouses, patent portfolio, shareholdings and movable assets.
The Bologna-based company went bankrupt at the end of 2019 following an investigation into the work of top management that started with the publication of a report by the US fund Quintessential Capital Management – QCM. Plastic-Bottle -rPET – Bio-based
Nine of the ten defendants for the bankruptcy of the company were indicted for various reasons for improper fraudulent bankruptcy and distraction (see article).
The first hearing was set for next November 18th.
The bankruptcy arrangement proposal, accompanied by two sureties, will be examined by the trustees Luca Mandrioli and Antonio Gaiani and then voted by the unsecured creditors and, if both steps pass, approved by the Court of Bologna.
A more complex process than participating in the bankruptcy auction, which does not require creditors to be screened.
The Maip Group is made up of three companies: Maip, Plastotecnica and Maip compounding, two dedicated to the distribution of plastics and one to the production of compounds.
The company’s portfolio already includes bioplastics, including the IamNature series based on PHBH, a poly-hydroxy-alkanoate copolymer, blended with other biopolymers.
On Bio-on MAIP comes forward

-Driving global harmonisation for recyclability

RecyClass and the US based Association of Plastics Recyclers, the international association representing the plastics recycling industry, reinforce their collaboration to drive worldwide harmonisation of plastic packaging recyclability. The basis of this collaboration is a shared vision of science-based design for recycling guidelines and protocols for recyclability assessments.

This partnership is indispensable to drive unified, fact-based approach to recyclability and to bring clarity for the whole value chain, specifically brand owners and retailers who operate on the multinational markets. Plastic-Bottle -rPET – Bio-based

“RecyClass mission, beyond supporting the industry in redesigning plastic packaging and boosting recycled material in new products, is to harmonize the approach toward recyclability assessment”, said Fabrizio di Gregorio, Technical Director at Plastics Recyclers Europe. “Given the similarities when it comes to the products placed on the markets globally, such harmonization can help make the packaging production systems more efficient and at the same time accelerate significantly the transition toward circularity”, he added.

This collaboration includes establishment of a common workplan to align and review the existing documents with an objective to identify potential gaps, consolidate existing methodologies and map additional testing methods. The first deliverables focused on aligning the guidelines and protocols for flexible plastics are expected at the beginning of 2023.

“The purpose of design guides is to ensure packages can be processed through the recycling infrastructure with the highest yield and best quality impact. Since the European and North American recycling infrastructures operate on many of the same principles, it is possible to harmonise much of the guidance. I’m excited that RecyClass and APR are making efforts to communicate and coordinate. These efforts benefit the entire packaging industry and circular economy,” said Curt Cozart, Chief Operating Officer at APR

Driving global harmonisation for recyclability

-Renewed calls for priority access to rPET from the European beverage industry

In a statement released today, UNESDA Soft Drinks Europe says that high rPET costs could prevent small to medium-sized enterprises (SMEs) from meeting legislative requirements on recycled content and calls on the European Commission to introduce a priority access mechanism or right of first refusal for the beverage industry in the upcoming revision of the Packaging and Packaging Waste Directive (PPWD).

According to UNESDA, many SMEs cannot afford the cost of recycled materials, with rPET reportedly at a 30%-plus premium over virgin PET in Europe. With the Single-Use Packaging Directive (SUPD) requiring PET beverage bottles to contain 30% recycled content by 2030, UNESDA says that the current situation puts SMEs at particular risk of not being able to meet legislative targets.

UNESDA adds that the current system, whereby rPET prices are apparently defined by what the highest bidder is ready to pay, forces companies from the food, textile, and automotive sectors, among others, to compete against each other. The organisation claims that, while this situation may be considered beneficial by recyclers, it is unfair that businesses with recycled content targets cannot access the necessary material to comply with legal obligations.

Portuguese SME Água de Monchique suggests that the pricing situation may become more severe without intervention: “When more producers will start incorporating rPET to meet the 2025 and 2030 targets, the access to rPET will be even more limited and the situation may get worse.”  Plastic-Bottle -rPET – Bio-based

In addition, UNESDA says that current rPET pricing favours downcycling over closed-loop recycling. As UNESDA has highlighted in a previous statement released with the European Fruit Juice Association (AIJN) and Natural Mineral Waters Europe (NMWE), clothes and toys made from recycled PET bottles are rarely recycled back into the same product after use, and often end up in landfill or incinerators, which constitutes downcycling.

Renewed calls for priority access to rPET from the European beverage industry

-Borealis, Trexel Develop Reusable, Fully Recyclable Lightweight Plastic Bottle

Materials supplier Borealis and Trexel, a leader in foaming technology used in injection and blow molding, have developed a new plastic bottle made from the Bornewables portfolio of polyolefins, which are made using renewable feedstock derived entirely from waste and residue streams. Bornewables polyolefins have a much lower overall CO2 footprint than alternative materials because they are made from renewably sourced feedstock and produced using Trexel’s MuCell foaming process, the companies said.

The Bornewables portfolio of circular polyolefins helps reduce a product’s carbon footprint while offering material performance equal to virgin polymers, according to Peter Voortmans, Borealis Global Commercial Director, Consumer Products. “Using Bornewables grades allows for design freedom and color flexibility, and helps retain a premium look and feel,” he said. Plastic-Bottle -rPET – Bio-based

The product was developed and validated using specific Borealis materials. “We do have special grades to enhance the foamability even further than standard grades,” Jos van Haastrecht, Global Communications Polyolefins, Circular Economy Solutions, told PlasticsToday.

The grades, which are commercially available in Europe, help conserve natural resources because they are derived only from waste and residue streams, such as used cooking oil.

The reusable bottle will retain its value over many life cycles due to the use of Trexel’s foaming technology and the Bornewables grades as a material solution. In addition, blow molders will consume less energy in the production process when using MuCell’s foaming technology.

The process does not require a specific blow molding machine. “We do not have limitations on the blow molding machine manufacturers with whom we can implement the technology,” van Haastrecht told PlasticsToday. The technology has been performed on both shuttle and wheel machines.

Plastic-Bottle -rPET - Bio-based

-SMEs in the beverage industry calls for fairer access to recycled PET

In the EU, recycled PET is becoming harder to come by and, consequently, more expensive. The reason is everybody wants qualitative recycled PET from beverage bottles and the demand significantly exceeds the offer.

So far, not all businesses have to meet the same requirements when it comes to recycled materials, specifically, not all enterprises have to meet mandatory recycled content and collection targets, have to comply with strict food-grade safety requirements for their packaging, make considerable investments in the recyclability, collection and recycling of their packaging and can recycle their packaging several times in a closed-loop.

This is the case for beverage producers.

Despite those legislative requirements and their investment in bottle-to-bottle circularity, many companies in the soft drinks sector have limited or no access to the recycled PET (rPET) issued from their own packaging. Plastic-Bottle -rPET – Bio-based

We have some reasonable concerns regarding the risk faced by some producers not to be able to meet the obligations arising from the EU Single-Use Plastics Directive, especially when it comes to access the sufficient amount and quality of recycled material needed to produce new drink containers made with recycled PET.

Plastic-Bottle -rPET - Bio-based

-Sustainability in focus: Südpack presents its “Flow pack Purepp” solution for ground-meat products at Empack

SÜDPACK will unveil its attractive “ground meat in a pouch” packaging concept at this year’s EMPACK in Ghent. These convenient flow packs will be produced by Zwager Techniek at stand number 2608 on a REEPACK horizontal flow wrap line. The highlight: Flow Pack PurePP is particularly material-efficient and, being a monostructure solution, also recyclable. At the same time, it provides an appealing look and feel at the point of sale as well as a high degree of convenience for the consumer.

Flow Pack PurePP with outstanding material properties

The Flow Pack PurePP films used to produce these practical pouches are true high-performance products. They are recyclable, polypropylene-based mono-materials that are equivalent to conventional composites in terms of strength. To ensure both an extended shelf life and an attractive presentation of sensitive foodstuffs at the POS, these transparent films are also available in a high-barrier version and additionally with an antifog effect. Consumers can therefore see at a glance whether the ground meat inside still looks fresh and appetizing. Plastic-Bottle -rPET – Bio-based

Compared to conventional tray packaging, material savings of up to 60% can be achieved with Flow Pack PurePP – an important aspect in terms of both internal and external logistics costs along the entire value chain. Above all, however, this is a major advantage in terms of environmental accounting and responsible use of the available resources.

Another key factor is that this mono-material can be processed on horizontal and vertical flow pack lines with excellent results. Even at high cycle rates, efficient packaging is ensured thanks to secure sealing as well as a large processing window.

For an added bonus in terms of sustainability, the films can be printed using SÜDPACK’s innovative SPQ (Sustainable Print Quality) printing technology. In this process, all designs are automatically and reliably represented using a standardized color palette during the pre-press stage – much like with offset or digital printing. This allows the number of color changes in the printing machine – as well as the associated ink, solvent, and film consumption – to be significantly reduced while simultaneously optimizing print quality.

Plastic-Bottle -rPET - Bio-based

-Fraunhofer Institute announces new research project to assist designing recyclable bio-based coatings for paper packaging

The Fraunhofer Institute for Process Engineering and Packaging IVV has announced a new research project, BiPaRe, which aims to identify the connections between the barrier effect of a coating versus its recyclability, in order to increase the market potential for bio-based paper coatings in sustainable packaging.

The institute says a database will be created for product developers to use to assess the functionality, process capability and recyclability of new coatings in advance while considering the wider context. The coatings can then be organized effectively.

Apparently, new laboratory test methods will be used to test the coatings’ recyclability. The interference potential of re-dispersible and finely dispersed coating particles, which accumulate in the process water at paper mills, is being investigated using newly developed testing methods. Bio-based paper coatings with a barrier function will also be systematically investigated. Plastic-Bottle -rPET – Bio-based

According to Fraunhofer, the results will be used to further develop recyclability to assist the coatings meeting the requirements of the recovered paper industry. Based on this, new packaging concepts will be developed and a generally applicable decision tree for the product development of bio-based barrier coatings will be defined.

Fraunhofer states that the BiPaRe project aims to obtain several results. The first is a generally applicable laboratory test method for the interference potential of redispersible coating components in paper production, to supplement current recyclability test methods.

Secondly, a data matrix showing the influence of material parameters of bio-based coating materials on recyclability. Additionally, sample packaging concepts for food group/product categories which combine both functionality and recyclability.

Plastic-Bottle -rPET - Bio-based

-Encina Announces Delivering First-Ever High Purity Aromatics Made Entirely from End-of-Life Plastics

Encina Development Group, LLC (“Encina”) today announced the first-ever production of high purity aromatics made entirely from end-of-life mixed plastics. Encina has delivered its high purity monomer chemicals to customers and confirms that ongoing production will continue.

David Roesser, PhD, CEO of Encina stated, “Encina’s delivery of on-specification, circular chemicals is a major milestone for the company, as it validates our goal to deliver high purity ISCC+ chemical solutions for our customers on a global basis; the feedback from everyone has been overwhelmingly positive.”

Encina operates a circular chemicals facility in San Antonio, Texas and recently completed an expansion phase with engineering and construction work undertaken by Chemex Global, LLC of The Woodlands, Texas. The facility is designed to accept mixed end-of-life plastics, which are then catalytically converted into circular chemicals for Encina’s customers.  Plastic-Bottle -rPET – Bio-based

“According to the EPA, less than 10% of plastics are currently recycled,” said Carlo Badiola, Senior Vice President of Engineering & Technology. “Encina’s large-scale solution being deployed next year will enable the diversion of 450,000 tons of mixed plastic streams from landfills or incineration to manufacture ISCC+ circular chemicals to help our customers meet their ongoing sustainability goals.”

Encina Announces Delivering First-Ever High Purity Aromatics Made Entirely from End-of-Life Plastics

Plastic-Bottle -rPET – Bio-based

Plastic-Recyclers – Biopolymer-r-PET 15-09-2022

Plastic-Recyclers – Biopolymer-r-PET 15-09-2022

Plastic-Recyclers – Biopolymer-r-PET

Crude Oil Prices Trend 

Crude Oil Prices Trend Polyestertime

-Technologies partner to boost PET upcycling technology

Koch Technology Solutions, a Koch Engineered Solutions company, and Ioniqa Technologies B.V. announced a partnership to scale up and commercialize Ioniqa’s advanced PET recycle technology in the plastics industry. As part of this collaboration, KTS has committed to invest up to EUR30M in Ioniqa, said Petnology.

Ioniqa has developed an innovative process that utilizes low-grade post-consumer PET to infinitely produce a feedstock that displaces virgin raw materials used in the production of polyester products. Ioniqa has successfully demonstrated this technology in The Netherlands’ 10KTA production facility. Plastic-Recyclers – Biopolymer-r-PET

“KTS has a long history in the polyester industry, and we recognize the value proposition of this disruptive technology that will fundamentally change how recycling is done,” said Adam Sackett, President of KTS. “With an aligned vision on the future of PET recycling, we’re excited to launch this partnership with Ioniqa and leverage our complementary capabilities to advance solutions which are tailored to the needs of the market.”

KTS and Ioniqa’s partnership will work to address the growing demand for recycled content in the 30 million metric tonnes per annum PET market. Ioniqa’s technology offers a solution to PET waste that is currently non-recyclable, turning the waste into materials suitable for high quality food grade applications such as beverage bottles. KTS and Ioniqa consider the technology as a disruptor in the PET industry providing a sustainable economic recycle proposition to conventional manufacturing routes. The partnership will drive a circular process that addresses environmental impacts of the current PET industry.

Technologies partner to boost PET upcycling technology

-Polystyrene functional barrier safety confirmed

Styrenics Circular Solutions (SCS), the value chain initiative to realise the circular economy for styrenic polymers, has announced that polystyrene (PS) can be used as a safe functional barrier for mechanically recycled PS (rPS) in rigid food packaging.

Through findings supported by a scientific study performed by Fraunhofer IVV, the capacity of PS as a functional barrier by using purposely contaminated rPS as middle layer in a coextruded ABA structure was confirmed. The low diffusion properties of PS, similarly to PET, enable the safe use of mechanically recycled PS in food contact applications behind the PS functional barrier. Fraunhofer IVV performed rigorous testing on real yoghurt pots, proving the safety in an ABA structure with up to 50 per cent recycled polystyrene content. The results are applicable to all rigid thermoformed PS packaging.

Jens Kathmann, Secretary-General of SCS, said: “This is another significant step for SCS. Now, we have not only multiple recycling technologies in place, from food contact mechanical recycling, dissolution to the chemical recycling technology depolymerisation, all of which enable easy recycling of post-consumer PS waste to food contact material, over and over again. We also have multiple mechanical processes, like those of our partners NGR and Gneuss, which have proven to recycle PS to food grade standards. In addition, this study now demonstrates a second safe solution for incorporating mechanically recycled PS content in food contact materials. These results again broaden the range of circular options for the PS value chain.” Plastic-Recyclers – Biopolymer-r-PET

Claudio Bilotti, Polystyrene Marketing Manager of Versalis (ENI), added: “This is exciting news as the value chain now has another solution for incorporating rPS into food contact applications that can be placed on the market right away.

Polystyrene functional barrier safety confirmed

-Repeats Group Invests in Polimero Srl, Continuing to Build One of the Leading LDPE Plastic Recyclers in Europe

Repeats Group B.V. (“Repeats”), a pan-European plastics recycling platform focused on the production of high-quality recycled low-density polyethylene (“LDPE”) from post-industrial and commercial films, announced today that it has made an investment in Polimero Srl (“Polimero” or the “Company”), a producer of recycled LDPE located in northern Italy, close to Venice. The financial terms of the transaction were not disclosed. Repeats is a portfolio company of Ara Partners (“Ara”), a global private equity firm focused on industrial decarbonization.

Repeats’ investment in Polimero marks its expansion into Italy, an important step in building a pan-European plastics recycling platform. It follows Repeats’ recent two investments in Spain and the Netherlands, with expansion into other European countries planned for later this year.

Polimero uses a mechanical process to convert plastic waste into resin suitable for commercial and industrial applications. As part of Repeats, Polimero plans to continue expanding its production to meet the growing demand for recycled LDPE in Europe.

Polimero is led by Simonetta Tiberto, who has been with the company since 2010 and will continue to lead the Italian operations and execution of its growth plan.

“Polimero has a great reputation in the industry as an important player in the LDPE recycling environment in northern Italy,” said Greg Rung, CEO of Repeats. “We see significant opportunity for Polimero to further penetrate the Italian market by providing its clients with higher quality recycled resin. We are delighted that Simonetta and her team are joining Repeats and look forward to building on their success to date.”

“We share Repeats’ and Ara’s ambition to build one of the largest LDPE recyclers in Europe,” said Simonetta Tiberto, CEO of Polimero. “We are excited to have Repeats’ support as we continue to expand our business and geographic reach. All our efforts are aimed at creating a circular ecosystem and best serving customers who increasingly require high-quality recycled plastics.” Plastic-Recyclers – Biopolymer-r-PET

“We are excited for Repeats to enter the Italian market and partner with Simonetta,” said Tuan Tran, Partner at Ara Partners. “The Repeats platform is well positioned for rapid growth and plans to become the largest independent producer of recycled LDPE resins in Europe. We are pleased to support Repeats in its ongoing efforts to decarbonize the European plastics market.”

Repeats Group Invests in Polimero Srl, Continuing to Build One of the Leading LDPE Plastic Recyclers in Europe

-Packaging tape with material made from recycled post-consumer PET

Tesa, international manufacturer of adhesive tapes and self-adhesive system solutions, is launching a new packaging adhesive tape. The new Tesa 60412 Recycled PET packaging tape has a waterborne acrylic adhesive system, and 70 per cent of the PET that makes up the backing comes from Post-Consumer Recycling (PCR). Tesa states that it can be disposed of together with the cardboard in the respective paper recycling bin without jeopardising the paper recycling process and is certified according to INGEDE method 12 (100/100). Plastic-Recyclers – Biopolymer-r-PET

The tape is intended for light- and medium-weight packaging applications up to 30 kg. It has a strong, abrasion-resistant backing and a consistent pressure-sensitive acrylic adhesive, a material combination that guarantees good adhesion on recycled cardboard as well as low-noise unwind. Thus, the new tape can be a suitable alternative to the commonly used packaging tapes made of polyvinyl chloride for many industries, such as the food and beverage industry, the pharmaceutical industry, or the logistics sector.

Plastic-Recyclers - Biopolymer-r-PET

-Sustainability that goes beyond packaging

While the main focus for sustainability goals in food and drink has been on packaging, according to Multivac, there is a lot more that manufacturers can do throughout the processing and packaging chain to contribute to their sustainability story.​

While the pressure is on, both from a legal and consumer perspective, for food and drink brands to achieve and exceed expectations on sustainability, it’s a confusing scene out there in the UK market.Plastic-Recyclers – Biopolymer-r-PET

A survey by Statista in August 2021, revealed that 13% of UK respondents would be willing to pay more than 10% extra for sustainable food1​ and this is increasingly being demanded by the younger generation in particular. Meanwhile, the upcoming extended producer responsibility legislation (EPR), taking effect from 1 January next year, will tighten the rules on packaging and require compliance from relevant food and drink firms.

Sustainability Wheel resized

The big push to reduce plastic, which really began around five years ago, was ramped up two years ago when the Blue Planet II series aired the impact of marine plastic pollution. “Everyone wanted a panacea. They wanted to get rid of plastic, but not reduce shelf-life or have any on-cost or invest in any new kit,” says Elliot Chrisp, materials business unit manager at equipment supplier Multivac UK. “It wasn’t possible… or rather, it could be possible but you had to compromise on one of them.”

Pressure from brands’ marketing departments and from supermarkets, both responding to expectant consumers, created the perfect storm and the battle was on to satisfy those demands but create a balance that meant products continued to be protected through the supply chain and were afforded a reasonable shelf-life. In some ways, the pressure to reduce plastic became a race to the bottom.

By nature, recycled materials need to go mono and when a brand has traditionally used two polymers in its packaging, then the transition is not necessarily straightforward – as there was always a reason for those two different types of plastic in the first place, notes Chrisp.

A major problem that suppliers are now facing is the supply and demand of alternative packaging materials. While plastics can be replaced with additives such as EVOH (ethylene-vinyl alcohol copolymer -a clear, glossy thermoplastic copolymer) for barrier properties, the demand for EVOH has soared, with the result that supply has been restricted, with everyone on allocation.

“I don’t think the demand for EVOH would have gone through the roof if we hadn’t had this push for a mono approach,” says Chrisp, who suggests that the supermarkets have pushed the market down the mono route.Plastic-Recyclers – Biopolymer-r-PET

Plastic-Recyclers - Biopolymer-r-PET

-Cellulose Powder–Filled PP Biocomposite Under Development

Nippon Paper and Mitsui Chemicals partner to produce biocomposite material for auto, home appliance, and other applications.

Japan’s Nippon Paper Industries and Mitsui Chemicals are set to partner in the development of a new biocomposite with a high cellulose powder content. The two companies intend to develop products and bring them to market at the earliest possible opportunity, with plans to expand into a range of fields, including consumer products, housewares, containers, building materials, household appliances, and automobile parts.

Aimed at bringing to market a new biocomposite that offers a high level of stability in terms of both quality and supply, the tie-up will see the partners tap into their material supply chains and leverage the advanced material manufacturing and development technologies they have cultivated over many years. Plastic-Recyclers – Biopolymer-r-PET

With cellulose powder as its principal ingredient, this new composite will boast the same processability as conventional plastic. Further, the composite’s use of woody biomass as its main constituent will help to cut greenhouse-gas emissions by minimizing the use of fossil-fuel-derived virgin material.

Japan is somewhat of a hotbed for development of biocomposites based on cellulose derivatives. Japanese auto parts maker Toyoda Gosei recently developed a cellulose nanofiber (CNF) reinforced polypropylene (PP) compound. Polyplastics, meanwhile, roped in regenerated cellulose in a long-fiber thermoplastic PP compound. Japanese pulp and paper companies have been working for some time on the development of cellulose fiber for composite applications.

Mitsui Chemicals aims to combine cellulose powder from Nippon Paper with the compounding technologies cultivated by the Mitsui Chemicals Group to develop a strong, readily workable biocomposite with a high cellulose powder content.

Plastic-Recyclers - Biopolymer-r-PET

-Sulzer acquisition to scale up biopolymer production

Industrial giant Sulzer has acquired a stake in Netherland’s-based CELLiCON with the aim of scaling up the Dutch company’s pioneering technology for biopolymers.

Plant based nano structured cellulose offers an alternative to conventional petroleum oil-based polymers used in industry. However, while cellulose is an abundant biopolymer, its potential as a sustainable option has been limited by its high costs and footprint.

CELLiCON’s G2 technology is capable of reducing the costs in money and time as well as the environmental footprint of producing cellulose in its crystalline form – nanocrystalline structured cellulose, ­or nanocellulose. Plastic-Recyclers – Biopolymer-r-PET

The result is a building block for a range of industrial products including materials, superglues and transparent films, together with functioning as a starch or polystyrene alternative.

Swiss-based Sulzer has acquired a minority stake in the firm with an option to increase its holding. Its Sulzer Chemtech subsidiary will collaborate on scaling up and commercialising the nanocellulose technology.

Sulzer Chemtech Head of Strategy and Business Development Daniel Rytz explained the purchase would expand the firm’s processing technologies for bio-based and renewable feedstocks. It will also benefit production of the most popular bioplastic, polylactic acid, in which Sulzer plays a lead role worldwide.

Plastic-Recyclers - Biopolymer-r-PET

-European PE and PP: Energy cost and demand crisis gathers momentum as pricing falls closer to China levels

A BIG QUESTION, immediately after the Russian invasion of Ukraine, was whether Europe would be able to maintain essential production of polyethylene (PE) and polypropylene (PP) because of energy-supply reductions. This led to speculation that Europe might have to import more polyolefins to ensure sufficient supplies of plastic films and bottles for medical and food-supply chains.Plastic-Recyclers – Biopolymer-r-PET

The chart below shows European dependence on Russian gas compared with country-by-country percentages of the region’s total PE capacity, Germany is the standout risk country as it has a nearly 50% reliance on Russia for its gas supplies with a total of more than 70% of Europe’s PE capacities across the three grades. In the case of the Netherlands, it is the location for just under 40% of capacities with its dependence on Russian gas at around 20%.

As you can see below, PP capacities are more evenly distributed across Europe. Germany accounts for some 20% of PP capacities with the Netherlands accounting for just under 10%.

But while, as I said, speculation over European production cutbacks occurred during the early days of the crisis, it was recognised that a far as durable end-use applications went, the dent in European demand was a bigger issue. PP is of course more vulnerable that PE, as a higher proportion of PP consumption goes into end-use markets such as automotives and white goods.

Energy costs could be a bigger issue than supply

The risk of supply production cutbacks forced on European producers by energy cutbacks certainly hasn’t gone away. But, as the Financial Times wrote in a 10 September article: “Confidence is growing in European capitals that Europe can get through the winter without severe economic and social dislocation or energy rationing. Von der Leyen said the EU had ‘weakened the grip that Russia had on our economy and our continent’.”

The newspaper added that gas storage in the EU was at 82%, well in advance of the 80% target the bloc set for the end of October. Member states had diversified supplies through increase pipeline imports from Norway, Algeria and Azerbaijan and LNG from the US and other producers. Nuclear, coal and renewables power generation is also being cranked up in order to hedge against the very real risk that Russia stops all gas supplies to Europe during the winter.Plastic-Recyclers – Biopolymer-r-PET

Russia could afford to do this, according to an 11 July Economist article. While the magazine said that oil exports had been worth 10% of Russian GDP over the previous five years (hence, all the efforts to maintain crude exports), gas exports were worth just 2% of GP over the same period.

European PE and PP: Energy cost and demand crisis gathers momentum as pricing falls closer to China levels

Plastic-Recyclers – Biopolymer-r-PET

Europe-energy -Textile-Recycling 14-09-2022

Europe-energy -Textile-Recycling 14-09-2022

Europe-energy -Textile-Recycling

Crude Oil Prices Trend 

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-Teijin Frontier develops first tire cord made from eco-friendly adhesive and recycled polyester

Teijin Frontier, the Teijin Group’s fibers and products converting company, has developed an eco-friendly tire cord made from an adhesive that does not contain resorcinol formaldehyde (RF), which is harmful to the human body and the environment, and also incorporates a low-environmental impact chemically recycled polyester fiber for rubber reinforcement.

According to the company, this is the world’s first commercialization of a tire cord that combines an RF-free adhesive and a chemically recycled polyester fiber.

Teijin Frontier will now begin to develop reinforcing-fiber applications for various rubber products, including tire cords, belts, hoses and other diverse uses. The company will start test production of its new tire cord in 2023, targeting annual production of 200,000 tons by 2030.

Teijin Frontier, guided by its THINK ECO environmental initiative, is striving to improve its environmental value by developing greener materials and products for applications ranging from clothing to industrial materials. The new tire cord is a result of the company’s increasing emphasis on low-environmental impact solutions.

Due to its use of an adhesive polymer compound instead of RF, the new tire cord reduces the environmental impact of adhesive processing. In addition, due to its strong affinity with fibers and rubber, its adhesion performance is equivalent to that of conventional resorcinol-formaldehyde-latex (RFL) adhesives. Europe-energy -Textile-Recycling

Its chemically recycled fibers, which are made from polymers produced with a chemical recycling method, maintain their strength, fatigue resistance, dimensional stability and heat resistance. Compared to conventional tire cords made from petroleum-derived polyester fiber, the new tire cord achieves the same levels of quality and performance in addition to reducing CO2 emissions during production.

The demand for more eco-friendly tires is growing due to rising environmental awareness. In response, Teijin Frontier has been actively developing eco-friendly materials and products for tires as well as other rubber products. In 2008, it launched the world’s first tire cord incorporating chemically recycled polyester fiber, and in March 2020 the company introduced an eco-friendly rubber-reinforced fiber cord that does not contain RF.

Teijin Frontier develops first tire cord made from eco-friendly adhesive and recycled polyester

-Toppan and Max Speciality Films to Showcase the Toppan Group’s Extensive Barrier Film and Packaging Business to the Indian Market at PackEx India 2022

Toppan, a global leader in communication, security, packaging, décor materials, and electronics solutions, and Max Speciality Films Private Limited (MSFL), a Toppan Group company and one of India’s leading film manufacturers, will participate together for the first time in PackEx India 2022, which will be held at the Bombay Exhibition Centre in Mumbai from September 14 to 16. Toppan and MSFL will present the Toppan Group’s barrier packaging business, including GL BARRIER, a market-leading transparent barrier film, to end users such as Indian packaging manufacturers and food producers.

PackEx India is an international exhibition for packaging materials and technology held every other year in Mumbai and New Delhi. It showcases packaging materials and equipment for items such as food, cosmetics, toiletries, pharmaceutical products, and industrial goods. In 2019 approximately 470 companies participated, and the number of visitors exceeded 10,000.

Leveraging GL BARRIER, which enjoys the leading share of the global market for transparent vapor-deposited barrier films, Toppan has a broad-ranging packaging business with production locations in Japan, other parts of Asia, and North America. In May 2021 Toppan published its Medium Term Plan for the period April 2021 to March 2023, the key concept of which is Digital & Sustainable Transformation. One of the priorities defined in the plan is accelerating expansion of the global packaging business by catering to demand for sustainable solutions and establishing networks facilitating local production for local consumption.

MSFL was founded in 1990 and has its headquarters and manufacturing base in Punjab, India. The company manufactures and sells BOPP films, predominantly for food packaging. After acquiring a 49% stake in MSFL in 2017, Toppan participated in the business as a minority shareholder. Toppan increased its stake to 90% in February this year, bringing MSFL on board as a consolidated subsidiary. Toppan is strengthening its business in the growing Indian market for BOPP films, which are anticipated to see demand as a more readily recyclable mono-material for packaging.

Increased environmental consciousness in recent years is driving worldwide demand for sustainable packaging materials. Fusing Toppan’s barrier film and packaging businesses with MSFL’s marketing capabilities and extensive knowledge of the film sector and Indian landscape, the two companies will showcase GL BARRIER and packaging technologies as they look to expand the Toppan Group’s presence in one of the leading markets in the Asia/Oceania region.

Solutions on show

GL BARRIER and related barrier packaging

GL BARRIER is Toppan’s proprietary range of transparent barrier films. With world-class barrier performance enabled by unique vapor deposition and coating technologies and an extensive lineup for diverse applications, GL BARRIER is a leading brand recognized in markets throughout the world, including Japan, Europe, the Americas, and Asia.

Toppan and Max Speciality Films to Showcase the Toppan Group’s Extensive Barrier Film and Packaging Business to the Indian Market at PackEx India 2022

-EU countries come together to mitigate Europe’s energy prices

EU countries are working together to address high prices and secure energy supplies for Europeans, who are experiencing an unprecedented energy crisis in the wake of the Ukraine war. During the Energy Council held on Friday, EU energy ministers discussed measures to mitigate high energy prices, and EU and national actions to prepare for winter.

Following the exchange on preparedness measures, ministers concluded that, despite recent developments and in particular the cut of Russian gas flows via Nordstream I, Europe is prepared for this winter, according to an announcement by the European Council.

The main goals of the EU’s response to the energy crisis are to ensure affordable and competitive energy for EU consumers; increase the EU’s energy security and preparedness in the event of emergencies; and strengthen the energy resilience and autonomy of EU countries.

To this end, EU countries are working together on reducing the EU’s energy dependencies by diversifying energy sources and supplies; securing gas supplies while cutting demand for gas; and accelerating the transition to clean energy. Europe-energy -Textile-Recycling

The 27 EU member states have jointly decided to phase out the EU’s dependency on Russian fossil fuels, in the light of Russia’s invasion of Ukraine and of the EU’s climate goals for 2050. With the Versailles Declaration adopted at the meeting in March, leaders agreed to progressively cut imports from Russia by reducing the overall reliance on fossil fuels; diversifying energy supplies and routes, including for liquefied natural gas (LNG); speeding up the development of renewables and hydrogen; improving interconnections between EU energy networks; and increasing energy efficiency.

In 2020, more than half of the total energy available in the EU came from imports, with Russia as the main supplier of fossil fuels to the EU. Reducing the EU’s dependency on Russian fuels is key to strengthening the EU’s energy resilience and autonomy, especially in the event of energy shortages, and provides an opportunity to accelerate the shift towards renewable energy sources.

In response to the leaders’ call for a plan to implement their decision on Russian imports, the Commission presented the REPowerEU plan in May 2022. Under the plan, the EU has established the voluntary EU Energy Platform, which supports coordinated common purchases of energy for all EU countries and some European partners.

New agreements on energy supply have been reached with international partners. The United States and Canada have increased deliveries of LNG to the EU; Norway is providing more gas; a memorandum of understanding for increasing gas deliveries was signed with Azerbaijan; and new deliveries are planned from Israel and Egypt.

As gas supply deliveries become less predictable – with Russia stopping delivery to several EU countries, the Council took urgent measures to secure supply of gas for the winter and cut gas demand in the EU, the Council said elaborating on the EU member nation’s agenda to secure gas supply.

In June 2022, the Council adopted a new regulation on gas storage which aims to ensure storage facilities are filled before the cold season: underground gas storage on member states’ territory must be filled to at least 80 per cent of their capacity by 1 November 2022 and to 90 per cent by the subsequent winters.

The new rules also establish solidarity arrangements between member states to help those countries that do not have storage facilities on their territory. These countries should store 15 per cent of their annual domestic gas consumption in stocks located in another member state.

By the beginning of September 2022, most EU countries had managed to store the required level of gas in their reserves, with the EU average being 82.5 per cent.

On 5 August 2022, EU countries agreed to reduce the overall gas demand in the EU by 15 per cent in the period between August 2022 and March 2023. Under the new rules, EU countries agreed to take measures – defined at national level – to cut demand in gas for a specified period.  Europe-energy -Textile-Recycling

As for accelerating the green transition, EU countries are committed to the goals of the European Green Deal to cut EU greenhouse gas emissions and achieve climate neutrality in the EU by 2050. This requires an overhaul of the EU’s energy system and the replacement of fossil fuels by cleaner forms of energy.

The green transition will lead the EU towards lower reliance on fossil fuels; reduced energy dependencies; and a cleaner environment and improved health.

Renewables are key to the energy transition. They are the cheapest and cleanest form of energy available and can be used to generate energy within the EU, helping reduce dependence on energy imports.

In June 2022, EU countries agreed a Council position (‘general approach’) on the Fit for 55 package – the EU’s plan to convert the European Green Deal goals into EU law. New rules, which are currently under negotiation with the European Parliament, will speed up the availability of alternative renewable energy sources and support energy efficiency.

EU countries come together to mitigate Europe's energy prices

-Haartz partners with GTT to scale waterless textile finishing

Green Theme Technologies Inc. (GTT), a pioneer in waterless and PFAS-free textile finishing, and The Haartz Corporation, a global leader in highly engineered and distinctively designed textile materials, have announced a collaboration to transform the way textiles are finished in the US. GTT’s PFAS-free and waterless EMPEL™ textile finishing platform, the first of its type in the North American market, provides best-in-class performance while removing dangerous chemicals from all layers of textile finishing without the use of water. Europe-energy -Textile-Recycling

The EMPEL platform, created by GTT, can apply a wide range of finishes to an almost infinite number of fabrics, including Durable Water Repellent, Anti-Wicking, Durable Stain Release, and more. Per- and polyfluoroalkyl substance (PFAS) pollution is eliminated by EMPEL using sustainable “clean chemistry” during the textile manufacturing process through a waterless process.

Martin Flora, VP of Business Development for GTT, said that Haartz is the ideal partner for GTT. Through its top-notch production and testing facilities, they are the global leader in growing completed fabric technology. Their partnership introduces textile innovation to North America and helps produce a good and significant environmental effect through their many product categories, which include clothing, furniture, and automobiles.

EMPEL employs a nontoxic, water-free hydrocarbon monomer solution that polymerizes when applied to textiles, coating each individual yarn with a high-performance finish, according to independent research by Bureau Veritas and Okeotex. According to testing, EMPEL provides a longer-lasting protective finish than the C0 and C6 fluorocarbon water repellent alternatives.

The adoption of high-performance and sustainable solutions is being led by forward-thinking companies like Haartz as PFAS prohibitions spread across the nation and the globe.

Currently, performance clothing companies like Black Diamond, TREW Gear, Stoney Creek, and Artilect sell clothing items that incorporate EMPEL. The EMPEL technique has only one US license, and Haartz intends to increase manufacturing with a number of well-known companies. Europe-energy -Textile-Recycling

Europe-energy -Textile-Recycling

-ANDRITZ to Complete Basic Engineering for Textile Recycling Processes to Infinited Fiber Company in Finland

Infinited Fiber Company is preparing to build the line in Veitsiluoto, Kemi, with a planned regenerated textile fiber production capacity of 30,000 t/a. The plant will process recycled textile waste and is expected to operate at full capacity in 2025.

ANDRITZ proprietary equipment will be used in several processes at the new plant. The equipment was validated for Infinited Fiber Company’s technology under a cooperation agreement published in November 2020, and the order to supply pre-engineering was received in February 2022. Europe-energy -Textile-Recycling

“ANDRITZ’s equipment and process portfoli o offers good opportunities for the textile fiber production technology, and the cooperation with Infinited Fiber Company is a significant step towards scaling up a new type of textile fiber. Textile waste collection will become mandatory in the EU in 2025, and we are able to offer various technologies for recycling of textile waste and other bio-based raw materials to produce new bio-based fibers” says Kari Tuominen, President and CEO of ANDRITZ Oy.

Textile recycling technologies are part of ANDRITZ’s comprehensive product portfolio of sustainable solutions that help customers achieve their own sustainability goals in terms of climate and environmental protection.

Infinited Fiber Company ( is a fashion and textile technology group operating in the field of textile recycling and regenerated fiber production. Its innovation transforms cellulose-rich materials worn-out clothes, used cardboard, and wheat or rice straw into Infinna™, a premium cotton-like textile fiber. Infinna™ is biodegradable, contains no microplastics, and textiles made with it can be recycled in the same process.

Europe-energy -Textile-Recycling

-Technip Energies and APChemi collaborating to commercialize plastic waste-to-olefins technology

Technip Energies (Paris) and APChemi Pvt Ltd. have entered into a cooperation agreement to commercialize APChemi’s advanced plastic waste to high quality pyrolysis oil technology, in conjunction with Technip Energies’ pyrolysis oil upgradation and steam cracking technology, said the company. Europe-energy -Textile-Recycling

APChemi’s patented “Pyromax™” pyrolysis technology for recycling plastic waste closes the gap in the plastic supply chain by taking dirty and mixed plastic waste, including municipal solid waste segregated plastics and multilayer packaging, and breaking it down to produce high quality pyrolysis oil which can be chemically recycled into circular plastics. The process has a lower carbon footprint, as it displaces the need for crude-oil-based feedstocks for plastics manufacturing, while reducing the need for intensive plastic waste sorting.

Technip Energies is closing the circular loop from pyrolysis oil to polyolefins building blocks by bringing its ethylene furnace and steam cracker design expertise, along with the preparation and purification technologies. The Pure.rOil by T.EN purification technology ensures safe, reliable and optimized integration with crackers.

Bhaskar Patel, SVP of Sustainable Fuels, Chemicals and Circularity of Technip Energies, commented: “This strategic partnership with APChemi will provide Technip Energies’ clients with an additional option in our growing plastic waste-to-olefins solution portfolio setup around our Pure.rOil technology. It will help to solve the puzzle of circular economy by offering a waste-to-olefins solution, reducing carbon dioxide emissions and end-of-life plastic pollution. The approach is a way to achieve recycled content targets, while continuing the use of current packaging materials.”

Suhas Dixit, CEO of APChemi said: “We offer our full support to Technip Energies for extending this plastic waste to polyolefins solution. Our robust Pyromax™ technology would be an integral part of Technip Energies’ efforts to eliminate plastic pollution. This strategic collaboration will help us extend our leadership in pyrolysis technology beyond India. APChemi also intends to utilize this collaboration for building world-class pyrolysis oil manufacturing facilities in India and abroad.” Europe-energy -Textile-Recycling

Europe-energy -Textile-Recycling

-A New Plant in Indiana Uses a Process Called ‘Pyrolysis’ to Recycle Plastic Waste. Critics Say It’s Really Just Incineration

After two years, Brightmark Energy has yet to get the factory up and running. Environmentalists say pyrolysis requires too much energy, emits greenhouse gases and pollutants, and turns plastic waste into new, dirty fossil fuels.

The bales, bundles and bins of plastic waste are stacked 10 feet high in a shiny new warehouse that rises from a grassy field near a town known for its bright yellow smiley-face water tower.

Jay Schabel exudes the same happy optimism. He’s president of the plastics division of Brightmark Energy, a San Francisco-based company vying to be on the leading edge of a yet-to-be-proven new industry—chemical recycling of plastic.

Walking in the warehouse among 900 tons of a mix of crushed plastic waste in late July, Schabel talked about how he has worked 14 years to get to this point: Bringing experimental technology to the precipice of what he anticipates will be a global, commercial success. He hopes it will also take a bite out of the plastic waste that’s choking the planet. Europe-energy -Textile-Recycling

“When I saw the technology, I said this is the sort of thing I can get out of bed and work on to change the world,” said Schabel, an electrical engineer.

Europe-energy -Textile-Recycling

-Lehvoss Group adds compounding facility in China

German compounder builds new ‘high-tech’ centre in Shenzhen, southeastern China

Shenzhen, China – German compounder Lehvoss Group has strengthened its presence in China with the building of a new ‘high-tech’ centre in Shenzhen, southeastern China.

The new facility will manufacture high-performance compounds, 3D printing materials and masterbatches for the local high-tech industry, said Lehvoss in a recent statement.

This is the group’s fourth location in China in addition to its headquarters in Shanghai, a production facility and a technology centre in Kunshan and a sales office in Dalian.

“We are excited and happy about this foundation and the expansion of our activities in this important region in southern China,” said Xuesong Zhang, managing director, Lehvoss (Shanghai) Chemical Co., Ltd. Europe-energy -Textile-Recycling

Lehvoss Group adds compounding facility in China

Europe-energy -Textile-Recycling

Biobased-PEF – PP-Bottle – Techtextil 13-09-2022

Biobased-PEF – PP-Bottle – Techtextil 13-09-2022

Biobased-PEF – PP-Bottle – Techtextil

Crude Oil Prices Trend 

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-Avantium : Biobased PEF Shows Low CO2 Footprint

Peer-reviewed study by nova-Institute of Avantium’s PEF would result in significant reductions in greenhouse gas emissions.

Biobased-PEF - PP-Bottle - Techtextil

Within the last couple of years, we have reported on the progress made by Amsterdam-based technology company in renewable chemistry Avantium with its plant -based PEF (polyethylene furanoate). This year alone, we reported on the company’s plans to start-up the world’s first commercial FDCA (2,5-furandicarboxylic acid), the main building block of PEF, in 2024. We also reported that the company has signed offtake agreements with both the global brewery group Carlsburg and the Brazilian brewing company AmBev for the securing of fixed volumes of PEF produced by the new plant.

More recently, the nova-Institute conducted a peer-reviewed Life Cycle Assessment (LCA) of PEF applications within the framework of the European PEFerence project.

The study demonstrated that the use of 100 % renewable carbon in PEF instead of fossil carbon in PET for producing 250 ml and 500 ml bottles would result in significant reductions in greenhouse gas (GHG) emissions. Plant-based carbon has a net-neutral impact on the CO2 concentration in the atmosphere. In contrast to this, materials and polymers based on fossil carbon from underground, release additional CO2 into the atmosphere. Biobased-PEF – PP-Bottle – Techtextil

Avantium’s YXY technology converts plant-based sugars into a fully recyclable polymer. The new 100 % bio-based polymer, PEF has been shown to have superior performance properties compared to PET. Its main building block FDCA can be produced from sugars (fructose), for example from wheat, corn and sugar beet. FDCA is polymerized with plant-based MEG (mono-ethylene glycol) to make a 100 % plant-based PEF polymer. When fully technologically developed, PEF can also be produced from cellulose and thus from agricultural and forestry waste streams. Avantium’s current process utilizes starch from European wheat.

PEF has enhanced barrier properties compared to PET, it is mechanically and chemically recyclable and can also be recycled within the established PET recycling. PEF has a 53.6 F/12 C higher heat resistance than PET, a 60 % higher modulus and greater strength than PET. This allows the developing of lightweight packaging from PEF with lower resource requirements. Avantium has already implemented this innovative, plant-based packaging material on a pilot scale and recently started the construction of a 11 million lb/yr FDCA flagship plant in Delfzijl (the Netherlands). The nova-Institute’s peer-reviewed full cradle-to-grave LCA conducted according to the ISO standards 14040/44 indicates a significant reduction potential in greenhouse gas emissions and use of fossil resources of PEF compared to PET.

A critical peer-review of the study, including experts of LCA methodology and incumbent packaging solutions, verified that the LCA met the requirements for methodology, data, interpretation, and reporting. The LCA evaluated 16 different impact categories covering all relevant life cycle stages from cradle-to-grave. The comparative analysis showed that PEF bottles would result in significant Institute for Ecology and Innovation 2 reductions in greenhouse gas emissions (-33 %) compared to reference PET bottles.

Biobased-PEF - PP-Bottle - Techtextil

-Sinochem inaugurated its new compounding factory in China

Sinochem International, a leading company in the chemical sector in China, inaugurated its new compounding factory in Yangzhou on 18/8/22, said the company.

This new plant is an important milestone in Sinochem International’s industrial strategy in the field of engineering plastics. Hongsheng Liu, General Manager of Sinochem International, said: “The operation of the Yangzhou compounding plant has opened a new chapter in the industrialisation strategy of Sinochem International for ABS and modified materials.

In terms of ABS, we forecast a vigorous development in China of home appliances, electronic devices, automobiles and other relevant markets, with special focus on the mid and high-end market requirements”. Biobased-PEF – PP-Bottle – Techtextil

The new plant is located in the Yizheng Chemical Industrial Park, Yangzhou, and it is planned to build an annual capacity of 56,000 tons of ABS and PC modified materials in two phases. The plant will be operated by Sinochem Engineering Plastics (Yangzhou) Co., LTD., a wholly-owned subsidiary of Sinochem International Corporation.

The first phase of the project, which has just started its operations, has an annual capacity of 24,000 tons of ABS and modified materials. The second phase, with a capacity of 32,000 tons, is scheduled to start production in 2023.

In 2019, Sinochem International formally entered the ABS field through the acquisition of Europe’s leading ABS and ABS blends manufacturer, ELIX Polymers (ELIX).

ELIX, headquartered in Spain, has more than 45 years of experience in the ABS business, with a strong market share in the European specialty ABS market. ELIX Polymers is an ABS and blends producer, well known and recognised as a benchmark in European and American markets. ELIX offers specialised and innovative solutions with best-in-class services across different industries such as automotive, healthcare, consumer goods, appliances, electro & electronics and toys.

The operation of the Yangzhou new factory is a relevant step forward in increasing ELIX’s global footprint, supporting its growth in the China market. Local production of ABS, PC/ABS and PC blends through Sinochem Engineering Plastics under ELIX brand, will enable the plant to serve the China market locally with innovative, high-quality, customised and sustainable products and services.

Sinochem inaugurated its new compounding factory in China

-Freudenberg companies at Techtextil

Following their merger, Freudenberg Performance Materials, Low & Bonar, Mehler Texnologies and Filc will be presenting innovative solutions at a joint stand for the first time at this year’s Techtextil exhibition from June 21-24  in Frankfurt (Hall 12.1, stand C51).

The focus is on sustainability and among highlights are Evolon RE, a microfilament textile for a wide variety of applications and markets, Filflex, a sustainable padding material for car seat covers, and the Polymar 8556 Eco CF truck tarpaulin.

Evolon RE is a more sustainable version of the company’s high-performance microfilament nonwoven. It is manufactured from an average of 70% recycled polyester which the company makes by recycling post-consumer PET bottles in-house and available for various applications including technical packaging in weights currently ranging from 80-300gsm.

For high-tech wiping, lightweight Evolon RE is now available starting from a weight of 30gsm. Biobased-PEF – PP-Bottle – Techtextil

Mehler’s Polymar 8556 Eco CF tarpaulin material provides both protection of the cargo and advertising for the transport company via graphics. The material has a 25% share of recycled raw materials in its coating mass and is made with 100% recycled polyester yarns.

Filflex is a soft and flexible padding layer made from nonwovens for automotive and furniture seat covers. It prevents leather from creasing and improves the dimensional stability of seat covers.

Biobased-PEF - PP-Bottle - Techtextil

-Lummus accelerates CO2 reduction goals through air preheater innovation

Lummus Technology, a global provider of process technologies and value-driven energy solutions, announced major advancements to the Lummus External Air Preheater (LEAP) technology, said Hydrocarbonprocessing.

The latest innovations can significantly reduce CO2 emissions from cracking heaters at ethylene plants as well as other fired heaters.

“Lummus is committed to decarbonizing our entire technology portfolio, and these advancements underscore the continued progress we are making in meeting our commitments,” said Leon de Bruyn, President and Chief Executive Officer of Lummus Technology. “This announcement builds on Lummus’ recent launch of the industry’s first net zero ethane cracker, plus other innovations, that will help operators and producers lower emissions from their investments.” Biobased-PEF – PP-Bottle – Techtextil

Now available for commercial use, the LEAP technology can be applied to both new and existing heaters to help decarbonize some of the most carbon intensive petrochemical manufacturing processes.

For more than half a century, Lummus has designed and supplied a wide range of fired heaters and heat exchangers for the petrochemical and refining industries, which include refinery heaters, steam superheaters, heaters for delayed coking units and steam reformers, and SRT® (short residence time) pyrolysis heaters for ethylene production.

As per MRC, Lummus Technology announced two major technology awards from Fujian Eversun New Material Co., Ltd. Fujian Eversun selected Lummus’ CATOFIN technology for a new 900,000 tpy propane dehydrogenation (PDH) unit and Lummus’ Novolen technology for a new 800,000 tpy polypropylene unit at its complex in Fujian Province, China.

Lummus accelerates CO2 reduction goals through air preheater innovation

-Focus on high-performance in Shanghai

China has remained the number one destination for textile machinery worldwide.

Monforts will highlight its technologies for special technical textile applications at this year’s ITMA ASIA + CITME which takes place at the National Exhibition and Convention Center in Shanghai, China, from November 20-24.

From its headquarters in Mönchengladbach, Germany – home also to the Advanced Technology Center which offers customers and potential customers the opportunity to carry out extensive trials in real production conditions – to its Montex factory in St Stephan, Austria, where special machines have been manufactured for more than 35 years, Monforts continues to stake its reputation on a commitment to being always helpful, accurate, fast and reliable. Biobased-PEF – PP-Bottle – Techtextil

“Diversification is the key in today’s competitive textile market and we can provide modern and future-oriented range configurations and technologies from a single source to allow our customers to produce unique and highly-differentiated new products,” says Gunnar Meyer, Monforts area sales manager for China.

One special development is the Montex 8500 XXL stenter system for the production of technical fabrics in widths of up to 6.8 metres. Among the products made on this system are treated nonwovens for the geotextiles and filter media markets, tarpaulins, advertising banners, black-out curtains, membranes and many more.

Focus on high-performance in Shanghai

-Renewably Sourced, Foam-Core PP Bottle on Display at K 2022

Borealis Renewables PP bottle uses MuCell foaming technology in its core layer.

Borealis is displaying an extrusion blow molded PP bottle made from waste and recycled vegetable oils, which has a green solid exterior, white solid interior, and foamed middle layer produced with Trexel’s MuCell technology. Biobased-PEF – PP-Bottle – Techtextil

Borealis is showing next month at the K 2022 show in Düsseldorf a three-layer coextrusion blow molded bottle made from Bornewables PP derived solely from waste and residue streams such as byproducts of vegetable oil production and waste cooking oil. The bottle has a green solid outer layer and white solid inner layer. In between is a microcellular foam layer produced with MuCell technology from Trexel, which recently acquired rights to pursue extrusion blow molding applications in packaging and other markets beyond its original foothold in automotive (see September Starting Up). Foaming offers lightweighting and energy savings, Borealis notes, and the foamed bottles are fully recyclable.

Biobased-PEF - PP-Bottle - Techtextil

-Self-Sterilizing Plastic Film Kills Viruses Using Ordinary Light

The first-of-its-kind material is highly effective at neutralizing viruses such as COVID-19, is cheap to produce, and can be easily scaled.

A self-sterilizing low-density polyethylene (LDPE) film containing nanoparticles of titanium dioxide kills viruses, such as COVID-19, when exposed to an ordinary light source. The first-of-its-kind material costs little to produce, can be easily scaled, and could be used for disposable aprons, tablecloths, and curtains in hospitals.

The thin coating absorbs UV light and produces reactive oxygen species (ROS), which kill viruses, said researchers at Queen’s University Belfast. The technology used to create the film also ensures it is degradable, unlike the current disposable plastic films it would replace, added the scientists.

They claim that the breakthrough could lead to a significant reduction in the transmission of viruses in healthcare environments. “This film could replace many of the disposable plastic films used in the healthcare industry, as it has the added value of being self-sterilizing at no real extra cost,” said Professor Andrew Mills. “Through rigorous testing we have found that it is effective at killing viruses with just room light — this is the first time that anything like this has been developed and we hope that it will be a huge benefit to society.”  Biobased-PEF – PP-Bottle – Techtextil

Other applications where extruded plastic film is used, such as food production, may also benefit, according to the researchers.

The self-sterilizing plastic film was tested for anti-viral activity against four different viruses — two strains of influenza A virus, a highly-stable picornavirus called EMCV, and SARS2. The film was exposed either to UVA radiation or light from a cool white light fluorescent lamp. The researchers found that the film is effective at killing all of the viruses, even in a room lit with just white fluorescent tubes.

In controlled laboratory conditions, about one million virus particles were placed on the self-sterilizing plastic, far more than would be needed to start an infection, said the BBC in its reporting on the research. “It goes from one million viruses down to nothing, and we can see an effect in less than one hour and maximum death in two hours,” Dr Connor Bamford of the school of medicine at Queen’s University Belfast told the BBC.

Self-Sterilizing Plastic Film Kills Viruses Using Ordinary Light

-Koksan to build a new R-PET chemical recycling plant

Koksan PET Packaging Industry Co will build a new 300 tonne/day chemical recycling plant using continuous polycondensation technology from partner Polytex to chemically recycle polyethylene terephthalate (PET) for use in bottle and textile applications, said the company.

The continuous polycondensation line will sit next to Koksan’s two existing PET resin production lines, located in Gaziantep. The company will use glycolysis to turn PET into bis-hydroxyethyl terephthalate monomer (BHET), which then be turned into high-viscosity polymer to make recycled PET (R-PET).

The R-PET will be mixed with virgin PET on an 50/50 basis to produce preforms for use in the bottling sector.  Biobased-PEF – PP-Bottle – Techtextil

It was not stated if the chemically recycled material will be for domestic use or exported to other countries. The EU currently does not recognise chemically recycled material as contributing towards its target of 25% recycled content in all PET beverage bottles by 2025.

PET polymers are created by ester linkages between monomers. In glycolysis, a transesterification catalyst is used to break the ester linkages, which are replaced by hydroxyl terminals. This produces BHET and PET glycozates. These can be reacted with aliphatic diacids to make, amongst other things, polyester polyols, which are in turn used in polyurethane (PU) foams.

Koksan to build a new R-PET chemical recycling plant

Biobased-PEF – PP-Bottle – Techtextil

Petrochemicals – Water-soluble-PVA 12-09-2022