PLA

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New PLA venture aims to kindle bioplastics industry in MENA region

Production to be launched in Abu Dhabi

From left to right: Dr. Shadi Jabari, Marc Verbruggen – CEO of Emirates Biotech, Shaikh Suhail Ali Saeed
Rashed Al-Maktoum and Hasan Hadi Saad Khalaf at Emirates Biotech headquarters in Dubai, UAE.

SS Royal Kit Emirates Investment and Global Biopolymers Industries have partnered to form a new company called Emirates Biotech, headquartered in Dubai, in the United Arab Emirates. The initiative will focus on the production and marketing of PLA biopolymers across the Middle East, Africa, and India.

The partnership agreement was signed by Theodorus Everwijn on behalf of Global Biopolymers Industries, and by Shaikh Suhail Ali Saeed Rashed Al-Maktoum and Dr. Shadi Jabari, on behalf of SS Royal Kit Emirates Investment, and investment company in the MENA region with interests in a range of different sectors, including biotech.

Emirates Biotech, which has emerged from the former Gulf Biopolyers Industries, plans to build a PLA production facility in the United Arab Emirates. The facility will be located in Abu Dhabi’s KEZAD Free Zone

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Eunomia Report: Advanced Sorting for Circularity

A new report by Eunomia Research and Consulting, commissioned by Amcor and Tomra, examines how marker and object recognition sorting technology can enhance circularity and traceability in European plastic packaging recycling.

The report, “Advanced Sorting for Circularity,” concludes that existing sorting technologies can be optimized to improve circularity for many plastic packaging formats. However, for more challenging sorting tasks, object recognition technology is identified as the most cost-effective solution, even surpassing marker technology.

Focusing on the EU, Norway, Switzerland, and the UK, the report identifies polymers and packaging materials that current technologies fail to sort adequately for circularity. It evaluates advanced sorting technologies, including object recognition, chemical markers, and digital watermarks, through detailed cost and performance modeling.

The study emphasizes sorting solutions that provide suitable feedstock for mechanical recycling, producing material for packaging manufacturers.

This is based on the premise that mechanical recycling should be prioritized before considering chemical processes.

Key findings highlight the need for advanced sorting in specific cases affecting circularity. For rigid plastics, advanced sorting is necessary for HDPE and PP applications where current solutions are insufficient. For flexible plastics, advanced sorting might be required for contact-sensitive grades, pending further evidence.

GreenDot Group and Shell Chemicals Europe B.V. have partnered to promote circularity in Europe’s chemicals and polymers market

Starting March 2024, GreenDot has been supplying Shell with pyrolysis oil derived from household plastic waste, a collaboration that follows six months of intensive work. 

Shell Chemicals Europe B.V. plans to use this pyrolysis oil in its Market Development Upgrader (MDU) unit, currently being constructed at the Shell Chemicals Park in Moerdijk, Netherlands. This state-of-the-art facility, set to begin operations later this year, will process the oil as part of Shell’s strategy to use more sustainable feedstocks in chemical production.

Vester emphasized that GreenDot’s provision of feedstock and Shell’s upgrading capabilities represent significant progress towards delivering large-scale circular polymers.

Shell Chemicals Europe B.V. will refine the pyrolysis oil to remove impurities, transforming it into cleaner feedstock for circular chemical production. These chemicals will be further processed into polymers suitable for plastic packaging applications, meeting strict standards for animal nutrition, food contact, medical devices, and cosmetics.

Both GreenDot and Shell are exploring future opportunities to supply additional circular chemicals and polymers.

Collaborating with downstream partners and brand owners will highlight the significant role of advanced recycling technologies in meeting the growing demand for recycled materials in food contact products, supporting the EU’s goal of achieving 10% recycled content in contact-sensitive plastic packaging by 2030.

Avantium partners with leading textile innovators to create PEF fabrics for Auping mattresses

Avantium N.V., a leading company in renewable and circular polymer materials, announces a strategic collaboration with leading textile innovators Auping, Monosuisse and Antex. This partnership aims to  develop PEF-based yarns, to be used in mattresses for Auping. This collaboration demonstrates the broad potential of fibers and yarns made from Avantium’s PEF across different application areas, supporting the introduction of PEF to the everyday life of consumers.  

This strategic collaboration brings together the unique strength of each partner. Avantium will spearhead the development, production, supply and recycling of PEF. The textile innovators Monosuisse and Antex will focus on creating PEF-based yarns. Monosuisse will specialize in monofilament PEF yarns, while Antex will supply multifilament PEF yarns. Their expertise ensures high-quality, versatile materials for various textile applications. Auping, renowned for its commitment to quality sleeping solutions, will test the design and manufacturing of mattresses utilizing the PEF-based fabric. These mattresses will combine sustainability with superior comfort.

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Recycling Plastics – Protecting Ecosystems

rPET – Global PET Price Trends in Early July: Stability in US and Asia, Rises in European Market 22-07-2024

PLA

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Foundation Stone Laid for PET Tray Recycling Plant in Belgium

A new state-of-the-art recycling facility is set to be established in Neufchâteau, Belgium, focusing on the closed-loop recycling of PET trays and bottles. The foundation stone for the Mopet plant was laid on July 8, 2024, marking a significant step in handling opaque plastic packaging waste in Europe.

This initiative is a collaborative effort between Morssinkhof Rymoplast, Idelux, and Fost Plus. PET Tray

The plant will have the capacity to process 40,000 tonnes of PET annually, including 10,500 tonnes of trays and 17,500 tonnes of bottles, even those opaque like milk bottles. The recycled material will be suitable for producing new food-contact packaging.

Morssinkhof Rymoplast, a Dutch company, has invested 68.5 million euros in the project’s first phase, creating 90 full-time jobs. A second phase, involving an additional 45 million euros, will introduce a ‘semi-chemical’ recycling plant in the area. This facility will utilize the CuRe process for partial depolymerization of polyester waste, enabling the removal of most impurities with lower energy consumption than conventional chemical recycling methods. PET Tray

With these advancements, it is projected that by 2025, 75% of plastic packaging materials collected in Belgium will be recycled domestically. This project underscores Belgium’s commitment to sustainable waste management and the circular economy, setting a benchmark for other European countries to follow in the efficient recycling of PET packaging.

Virginia Tech researchers work to create biodegradable bioplastics from food waste

Researchers in the College of Agriculture and Life Sciences are making affordable bioplastics. PET Tray

SIGNUS Concludes the FIBER2FIBER Textile Project

The FIBER2FIBER project, launched in 2022 in collaboration with the GAIKER technology centre, aimed to develop a new way to take advantage of the textile fraction from tyre recycling through chemical recycling  PET Tray

The management of tyres, which are mainly composed of rubber, steel and textile fibres, requires constantly investigating new ways to recycle them in different applications, since today it is not possible to incorporate all of their components in the manufacturing chain of new tyres. Thus, this project emerged with the aim of achieving the circularity of textile fibres by incorporating them back into the production chain.

Despite this great advance, the recycling of the textile fraction continues to be, today, a pending issue due to its great complexity since it is a mixture of textile fibres of different composition, such as polyesters, polyamides or rayon, and also contaminated to a greater or lesser extent by rubber particles from the process of separating the tyre components through mechanical recycling.  PET Tray

In this context, chemical recycling is presented as a complementary technological solution. Due to the great complexity of the textile fibre fraction of NFVU, it is necessary to approach chemical recycling selectively, that is, focusing only on one type of textile fibre. Therefore, this project focuses on the fraction corresponding to PET-type polyester fibres.

In 2023, composite decking company Trex used around 328 million pounds of recycled polyethylene (PE), a decline from previous years

According to Trex’s 2023 Sustainability Report, “Seeing More Value in Sustainability,” the company used 421 million pounds of PE in 2021 and 409 million pounds in 2022. The Q1 2024 investor presentation revealed that residential adjusted sales peaked in 2021 at just over $1.14 billion, then dropped to $1.06 billion in 2022 and $1.1 billion in 2023.

Bryan Fairbanks, Trex president and CEO, mentioned in the Q1 2024 earnings call that 2023 ended with “historically low inventories.”  Flexible film

He noted that Trex is reclaiming shelf space in stores previously occupied by smaller brands during the COVID-19 pandemic due to supply chain issues. “Accounts that took in excess products because of their suppliers’ limited capacity are now returning to trusted brands like Trex,” Fairbanks stated.

Trex, a major recycler of PE film bags, wraps, and packaging in North America, recycles nearly 100% of its production scrap. Since its inception, Trex has recycled over 5 billion pounds of plastic film. Fairbanks emphasized the brand’s commitment to sustainability, quality, and innovation, highlighting accomplishments in the latest report and the ongoing use of recycled materials.  Flexible film

The company’s PE sourcing program, NexTrex, focuses on community sources, collecting over 3 million pounds of PE from municipalities, nonprofits, small businesses, and schools in 2023. Trex is also developing strategies to recover end-of-life decking materials from various locations. Based in Virginia, Trex operates a manufacturing facility in Nevada and is constructing another in Arkansas, expected to open in 2026.

China’s BYD is set to acquire a 20% stake in Rever Automotive, its local distributor in Thailand, which stands as BYD’s largest market outside China

As a leading player in the electric vehicle (EV) market, BYD aims to strengthen its position through this acquisition, the companies announced on Saturday.

The Shenzhen-based automaker recently inaugurated its first factory in Southeast Asia, located in Thailand. This US$490 million (RM2.31 billion) facility boasts an annual manufacturing capacity of 150,000 vehicles and will provide employment for 10,000 workers.  PET Tray

Rever Automotive, which operates over 100 showrooms across Thailand, began selling BYD vehicles in 2022. BYD quickly rose to become the top-selling EV brand in the country.

Liu Xueliang, BYD’s Asia-Pacific auto sales general manager, expressed enthusiasm about the deepened partnership, stating, “We are thrilled to deepen our partnership to accelerate the adoption of EVs and contribute to Thailand’s transition towards a more sustainable future.”  PET Tray

Thailand, a key regional hub for auto assembly and export, has traditionally been dominated by Japanese automakers such as Toyota Motor, Honda Motor Co, and Isuzu Motors. In the first quarter of 2024, BYD captured a 46% share of Thailand’s EV market and ranked as the third-largest player in the passenger car segment, according to research firm Counterpoint.

EU chemical industry is making slow strides forward

The overall chemicals business climate appears to be more stable: Managers’ opinion on order books is slightly up, but still reflects limited demand, and while uncertainty about their future business situation decreased in retail trade and services, it remained stable in industry and construction. PET Tray

It also seems the EU27 chemical industry has moved beyond its ultimate low in terms of output and capacity utilisation, and is finally showing a positive trend: Output in Q1-2024 was 1.8% higher than in Q4-2023, and there was a small increase of capacity utilisation in the EU27 chemical industry from 74.4% in Q3-2023 to 75.5% in Q1-2024, staying well below the long-term average of 81.4%. PET Tray

In Q1 2024, the EU27 chemicals trade surplus reached the highest value since Q1 2022 (€14.8 bn). The EU27 chemicals exports to non-EU27 area increased by €5.6 bn from Q4-2023 to Q1-2024. The country analysis shows that USA and UK contributed largely to this positive development.

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Flexible film – A new process separates mixed textile waste for recycling 08-07-2024

PET Tray

Tethered Cap

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UPM Raflatac’s RafCycle recycling service has earned a new certificate of validity from Dekra, a leading international assurance service provider

This certification affirms the credibility of RafCycle’s CO2 impact assessments in Europe and the US, enabling customers to better communicate their environmental contributions within the labeling value chain.

“With Dekra’s validated CO2 calculation method, RafCycle partners now have access to reliable information on the potential benefits of the RafCycle service.

This data assists companies in making informed decisions and effectively conveying their sustainability efforts to stakeholders,” says Juha Virmavirta, RafCycle Director at UPM Raflatac.  Tethered Cap

The global waste issue is critical, with the linear use of materials exacerbating climate change. Stricter sustainability regulations and evolving consumer preferences are driving the need for improved waste management solutions. However, there is still a significant opportunity to enhance label release liner recycling rates globally.

RafCycle by UPM Raflatac is the pioneering label release liner recycling service, aimed at optimizing label waste management and promoting a circular economy. Tethered Cap

The World Bank has approved an additional $1.5 billion loan to bolster India’s green hydrogen market and expand renewable energy penetration

This second round of funding is aimed at promoting low-carbon energy development in India, which is essential for decoupling economic growth from emissions growth. The funding will support the creation of a robust market for green hydrogen, enhance renewable energy efforts, and stimulate financing for low-carbon energy investments.

As the fastest-growing large economy, India needs to scale up renewable energy, particularly in hard-to-abate industrial sectors.  Tethered Cap

The World Bank’s Second Low-Carbon Energy Programmatic Development Policy Operation will support reforms to boost green hydrogen and electrolyzer production, crucial for green hydrogen production. It will also promote renewable energy by incentivizing battery energy storage and amending the Indian Electricity Grid Code for better renewable energy integration.

In June 2023, the World Bank approved the first $1.5 billion for the First Low-Carbon Energy Programmatic Development Policy Operation, which supported the waiver of transmission charges for renewable energy in green hydrogen projects, issued a clear path for 50 GW of annual renewable energy tenders, and created a legal framework for a national carbon credit market.  Tethered Cap

The reforms are expected to produce at least 450,000 metric tons of green hydrogen and 1.5 GW of electrolyzers annually from FY25/26, significantly increasing renewable energy capacity and reducing emissions by 50 million tons per year.

The financing includes a $1.46 billion loan from the International Bank for Reconstruction and Development and a $31.5 million credit from the International Development Association.

Zero Waste Europe urges comprehensive inclusion of waste incineration in EU ETS

Municipal waste incineration must immediately and comprehensively be included in the EU’s Emission Trading System, says the environmental network Zero Waste Europe in a new report.

Comprehensive, meaning electricity and heat incineration, as well as biogenic CO2, to ensure these facilities are included properly.  Tethered Cap

Developed by Equnimator, the report entitled, “Incineration in the EU-ETS: A set of suggestions for its inclusion” highlights the urgency to adopt this recommendation to achieve the EU’s climate goals.

After the European Parliament approved reforms to the ETS in 2022, a path opened to consider municipal waste incineration under its scope, but as of 1 January 2024, these facilities have only been included for monitoring, reporting, and verification purposes. They are not yet required to surrender allowances for their emissions.  Tethered Cap

The Commission is required to study the feasibility of including these facilities in the EU-ETS in July 2026, with a potential inclusion by 2028.

Janek Vahk, Zero Pollution Policy Manager at Zero Waste Europe, states: “The inclusion of incineration within the EU-ETS is long overdue.  Tethered Cap

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Coca-Cola Europacific Partners Completes Conversion to Tethered Cap Bottles in GB

Coca-Cola Europacific Partners (CCEP) GB has successfully completed the transition to attached cap plastic bottles at all its manufacturing sites, with the final switch occurring at its Morpeth site in Northumberland. The attached cap innovation involves a tether added to the ring around the bottle’s neck, ensuring the cap stays firmly attached for easier collection and recycling. Bottles feature a message on the cap, stating: “I am attached to recycle together.” Tethered Cap

Morpeth’s site can now produce 17.5 million unit cases of attached cap plastic bottles of Glaceau Smartwater annually, serving customers throughout Great Britain.

The conversion process began two years ago and involved all five of CCEP’s GB manufacturing sites: East Kilbride, Morpeth, Wakefield, Sidcup, and Edmonton. Morpeth’s Smartwater production line and Edmonton’s Oasis packaging line were the last to make the switch this spring. This initiative is part of a £7.5 million (US $9.5 million) investment aimed at reconfiguring existing production lines to manufacture plastic bottles with attached caps. Tethered Cap

Additionally, this investment has facilitated the acceleration of using 100% recycled PET (rPET) in 500ml bottles and the replacement of plastic shrink wrap with sustainable cardboard for all multi-pack cans, a transition that concluded this year.

Technip Energies Acquires Technology from Shell to Boost Bio-Polyester Production

Technip Energies and Shell Catalysts & Technologies have announced a technology transfer agreement aimed at accelerating the commercialization of Technip Energies’ Bio-2-Glycols™ technology. This innovative technology enables the production of bio-based Mono Ethylene Glycol (MEG) from glucose, offering a sustainable alternative to fossil-based feedstocks. Tethered Cap

Traditionally, MEG is derived from fossil fuels and is used to produce various polyesters found in packaging materials, like plastic bottles, and clothing.

Through this acquisition, Technip Energies aims to offer a bio-based polyester solution, significantly reducing the carbon footprint and environmental impact by using a bio-sourced monomer. Tethered Cap

The agreement combines Shell’s research and development advancements with Technip Energies’ bio-MEG technology, enhancing efficiency and sustainability. The integrated technology will be marketed under the Bio-2-Glycols™ trademark, representing a significant step towards eco-friendly industrial processes.

Wei Cai, Chief Technology Officer of Technip Energies, expressed satisfaction with the agreement: “We are excited to propose an optimized, combined solution for producing bio-MEG, essential for various everyday applications. We anticipate rapid commercialization of our Bio-2-Glycols™ technology by 2025, contributing significantly to the net-zero challenge.” Tethered Cap

Eletrobras and Suzano, the world’s largest cellulose producer, have announced a partnership to explore the production of e-methanol from green hydrogen and biogenic CO2

This innovative fuel would be produced using green hydrogen, generated through water electrolysis, and CO2 from biomass at Suzano’s facilities.

Ítalo Freitas, Eletrobras’ VP of Commercialization and Energy Solutions, emphasized the partnership’s goal to advance sustainable energy by developing e-methanol, an essential component of future energy solutions. The research will determine the technical and economic viability of constructing a synthetic fuel production unit, known as e-fuels.

The company has signed agreements to provide renewable energy for electrolysis in Ceará, Piauí, and Maranhão. Tethered Cap

Eletrobras sees green hydrogen as a potential energy storage solution, complementing hydroelectric plants.

The companies believe that producing synthetic fuels from biogenic CO2 and renewable hydrogen has significant demand and scalability potential.

Suzano, one of Brazil’s largest biomass energy producers, plans to capture CO2 from its biomass combustion processes and combine it with green hydrogen to create clean fuel. The cellulose company’s power generation capacity is expected to increase from 1.3 GW to 1.7 GW with a new factory in Ribas do Rio Pardo.  Tethered Cap

Brazil’s paper and cellulose sector, the second-largest global cellulose producer and leading exporter, is well-positioned to excel in e-methanol production. In 2022, the sector achieved R$260 billion in revenue and produced 25 million tons of cellulose, contributing 1.3% to Brazil’s GDP and 4.3% to national exports.

Polymer resin – CARBIOS and Zhink Group enter official discussions for long-term partnership to build PET biorecycling industrial capacities in China 01-07-2024

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Polymer resin

PET Prices – Trinseo has recently launched a chemical recycling demonstration plant in Rho, just outside Milan Italy 

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Supply Disruption Drives US PET Resin Prices High in June 2024 Amid High Demand

Polyethylene Terephthalate (PET) resin prices continued to surge in the US market during the first three weeks of June.

This increase is attributed to supply disturbances amid firm demand from the downstream PET bottle and beverages industry. Consequently, in the early part of the month, PET resin prices rose by approximately 1.1% due to these factors.  Polymer resin

However, PET feedstock prices exhibited an opposite trend. PTA prices remained stable, while MEG prices declined by about 2.3% due to high inventory levels.

This decline in MEG prices is also linked to demand softness and high inventory in the US crude oil market.

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Aimplas studies the quality of recycled plastics from automotive waste

The SURFTOP Project develops the technologies required for recycled plastic material to maintain the surface properties and vehicle interior air quality (VIAQ) levels required by manufacturers.

In the automotive industry, the use of plastic materials for the exterior and interior of vehicles is gradually increasing with the replacement of traditional materials such as metal.  Polymer resin

Plastic parts help reduce vehicle weight and, therefore, CO2 emissions. Moreover, as one of the world’s greatest consumers of plastics, the automotive industry is steadily increasing the percentage of recycled plastic to produce more sustainable vehicles and reduce their environmental impact.

With the aim of facilitating the use of recycled and renewable materials in the automotive sector, AIMPLAS, the Plastics Technology Centre, has launched the SURFTOP Project, with funding from the Valencian Institute of Competitiveness and Innovation (IVACE+i) and the ERDF.

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Samsara Eco, an Australia environmental tech startup, has secured a substantial $65 million in funding to advance its sustainable polymer resin solutions

This recent investment brings the company’s total funding to $73 million since its founding in 2020. Samsara Eco is known for producing fossil-free polymer resins, offering a sustainable alternative to traditional plastic packaging and textiles.

Samsara Eco has expanded its enzyme library, enabling the recycling of challenging materials such as nylon 6,6, polyester, and nylon 6. Polymer resin

A notable collaboration with Lululemon has led to the introduction of the first product made from enzymatically recycled polyester, marking a major milestone in sustainable fashion and circularity.

Samsara Eco is also scaling its operations, with new facilities in Jerrabomberra, New South Wales, and plans to expand its team in North America. The company is pursuing global commercialization, with Southeast Asia being a potential future location for its commercial facilities. Polymer resin

The company’s patented recycling technology, EosEco™, significantly reduces recycling time and cuts down on energy, heat, and carbon emissions. Samsara Eco aims to recycle 1.5 million tonnes of plastic annually by 2030, significantly mitigating carbon emissions. Currently, the company employs 60 staff members across Australia and North America, with plans to grow to 90 by the end of 2025.

Mixed Global Trends in Paraxylene Prices Amid Upward Pressure from Upstream Market

The global prices for Paraxylene have exhibited a mixed trend. In the APAC region, prices mostly trended upward except in China, where they remained stable. The EU region also showed stability across the board, with moderate demand and supply with no major disruptions. Polymer resin

This stability is attributed to consistent downstream demand, while upstream prices of naphtha and crude oil continued their upward trajectory.

In the APAC region, Paraxylene prices have shown a mixed trend. In the South Korean market, prices rose by 1.5%, moving from USD 1004/MT to USD 1018/MT, supported by the increase in crude oil prices. The prices for Paraxylene have generally been on an upward trend, with aromatics production potentially increasing as producers aim to capitalize on higher margins. Polymer resin

This could result in more supplies entering the market, as the demand remains in uptrend. Market players have indicated that while physical demand is acceptable, it is not particularly strong. Conversely, in the Chinese market, Paraxylene prices have remained stable due to low demand.

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CARBIOS and Zhink Group enter official discussions for long-term partnership to build PET biorecycling industrial capacities in China

This partnership would allow Zhink Group to meet its leadership ambitions through increased recycled PET capacities and sustainable competitiveness by offering recycled PET from enzymatic recycling Polymer resin

Based in China, the future plant will depolymerize minimum 50k tons of PET waste per year, with potential to expand capacities, to serve regional and global packaging and textile markets

CARBIOS and Zhink Group enter official discussions for long-term partnership to build PET biorecycling industrial capacities in China  Polymer resin

CARBIOS, a pioneer in the development and industrialization of biological technologies to reinvent the life cycle of plastic and textiles, and Zhink Group, one of China’s Top 500 Private Enterprises, specializing in two global industries, PET and textiles, announce today the signing of a joint Letter of Intent to build a biorecycling plant in China using CARBIOS’ revolutionary enzymatic depolymerization technology to serve the global market.

China: the world’s largest PET producer

With 67 million tons of PET produced annually, representing 61% of global production[1], China is the world’s largest PET producer. Polymer resin

With regional and global demand for recycled PET growing, China also has the potential to take the lead in recycled PET (r-PET) production.  In 2021, 58% of the world’s r-PET was consumed in Asia (with 38% in China[2]) underscoring this region’s importance both as a major producer and consumer.

APK successfully scales Newcycling® for post-consumer waste

Bio-polyester

New study finds hydrolysis prevents formation of PLA microplastics

The polylactide biopolymer is used to make a wide range of products such as cups, cutlery, bin liners or flexible food packaging.

According to a new meta-study report commissioned by Holland Bioplastics on the hydrolysis process and polylactic acid (PLA), the biobased polymer does not produce persistent microplastics. Bio-polyester

PLA is a biopolymer made entirely from fermented plant sugars and widely used in packaging products.

Hydrolysis is an abiotic [not associated with or derived from living organisms] process that occurs in the presence of moisture or humidity. Bio-polyester

Unlike non-biodegradable polymers such as HDPE (high-density polyethylene), which persist and permanently accumulate as nano or microplastics in the environment, PLA was shown to hydrolyse into molecules of ever-smaller size, becoming soluble in water and eventually biodegrading fully.

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Impact of one unexpected incident in PSF market

Bericap opens new production facilities in Africa, South America and South East Asia

• Kenya: Bericap has opened a new 3,500 m² facility in Nairobi, allowing localized production for the lubricant industry and food/beverage manufacturers. The Nairobi plant also exports closures to ten other African countries.
• South Africa: Bericap acquired a closure business division from Nampak, establishing operations in Durban.  Bio-polyester
• Bericap South Africa (PTY) LTD now markets the company’s entire closure portfolio in South Africa and neighboring countries.
• Peru: Bericap’s fourth production site in Latin America, the Lima facility, serves around 60 million consumers and supports major companies in the region.
• Vietnam: Bericap set up a production site in Ho Chi Minh City, focusing on tamper-evident closure solutions for beverages, dairy products, food, and chemicals. The plant has passed all mandatory external audits and aims to meet market demand in Vietnam.

This strategic expansion positions Bericap closer to its customers, enhancing project support, logistics, and services.

Duy Tan innovates packaging for sustainable production

By reducing plastic and incorporating recycled plastics in packaging products forvarious customers, Duy Tan is actively contributing to the implementation of ESG objectives:producing green products, promoting sustainable consumption, and driving a circular economy.  Bio-polyester

Trend of sustainable production and consumption

Plastic and plastic products are currently useful and convenient items in daily life. However, the production and consumption of plastic globally are not sustainable or reasonable, leading to global pollution.

Currently, developing a circular economy model focused on the responsible use of natural resources and effective management of plastic waste is a matter of concern for many businesses pursuing long-term sustainable development strategies. Bio-polyester

In particular, sustainable production will promote the economical and efficient exploitation of resources, reducing waste released into the environment. On the other hand, consumer demand for sustainable and environmentally friendly products is increasing. Therefore, companies that adopt green practices can gain a competitive advantage. This also helps raise public and social awareness about sustainable plastic use and consumption, contributing to environmental and community protection. Bio-polyester

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Ambercycle and Hyosung TNC Join Forces to Scale Decarbonized, Circular Polyester

Hyosung TNC, one of the world’s leading sustainable textile solutions providers, has partnered with Ambercycle, a leading material science company, to become the first manufacturer in South Korea to introduce a textile-to-textile, circular polyester into supply chains.

The collaboration advances the partners’ shared vision of a circular textile ecosystem that repurposes end-of-life products into high-performing fibers for brands looking to curb their environmental impact. Bio-polyester

The partnership will tap Hyosung’s 58 years of advanced fiber manufacturing capabilities and nearly two decades of experience producing high-quality, sustainable textiles to support the integration of Ambercycle’s circular polyester material, cycora®, into brand supply chains.

“Our collaboration with Ambercycle is another important step we are taking to help our customers meet their sustainability goals and scale solutions that both present and future generations can enjoy,” said Chi Hyung Kim, CEO, Hyosung TNC. “We’re impressed with cycora® for its quality but also for its potential to divert tons of textile waste from landfills and incinerators and reduce the extraction of raw materials used in the production of virgin polyester.” Bio-polyester

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EO/EG spread narrows, rate adjustments show regional differences

At the beginning of June, ethylene oxide (EO) prices further declined to around 6,700yuan/mt. The downstream demand for water reducers continues to weaken as it enters the off-season. Meanwhile, MEG prices remain firm, narrowing the EO-MEG price spread to 1,000-1,100yuan/mt. Some producers are adjusting their product mix, though regional differences are evident. Bio-polyester

Since the end of May, Zhongke and FREP have resumed production and stabilized operations, leading to a significant increase in EO production in South China. However, downstream demand remains weak, with recent EO prices hovering around 6,650-6,700yuan/mt. The sluggish EO market has prompted adjustments at Gulei and Sinochem Quanzhou, increasing daily MEG output by approximately 250-300 tons. Overall, the MEG operating rate in South China (including Fujian) has risen to around 85%.

In this region, co-production units include Sinopec-SK Wuhan and PetroChina Sichuan Petrochemical, with a combined MEG capacity of 640kt/year. Both units previously operated at low rates, primarily producing EO. Bio-polyester

Currently, Sinopec-SK Wuhan is making minor adjustments to balance downstream EO demand, maintaining low overall rate levels. Sichuan Petrochemical has gradually increased its rate since mid-May, with MEG operating rates now around 70%, up from a previous low of 30%.

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Bio-polyester

Bio-Polymers – Avantium N.V., a prominent company specializing in renewable and circular polymer materials, has announced the official opening ceremony for its FDCA Flagship Plant on October 22, 2024, in Delfzijl 28-06-2024

Bio-Polymers

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Fulgar Launches Q-GEO Biobased Polyamide Yarn

Fulgar, an innovative Italian company dedicated to environmental sustainability, has unveiled Q-GEO, a new biobased polyamide yarn poised to transform the textile industry. This yarn aligns with the rising demand for eco-friendly, advanced fabrics, making it ideal for large-scale ecological production.

The textiles and clothing industries are increasingly adopting next-generation materials—manmade polymers that are recyclable and derived from renewable sources. These materials aim to reduce reliance on fossil fuels, supporting the fashion industry’s shift towards sustainable practices with minimal environmental impact. Bio-Polymers

Q-GEO represents a significant advancement in Fulgar’s pursuit of combining natural fibre benefits with high-tech yarn performance. Unlike traditional polyamides, Q-GEO is 46% biobased, produced from non-edible corn deemed unfit for nutritional use. This corn is grown on land unsuitable for food crops, reducing environmental impact by minimizing water usage and greenhouse gas emissions compared to traditional cotton and standard polyamide production.

This innovative yarn offers several technical advantages. It provides the comfort of traditional polyamides while featuring superior body humidity management with 50% greater absorbency and enhanced breathability. Bio-Polymers

Q-GEO maintains the durability and toughness expected of polyamides, with additional benefits like ultra-rapid drying and flame-retardant properties without additives.

Q-GEO is certified under Oeko-Tex Std 100 Class I appendix 6 and Din Certco, following the ASTM D 6866:2022 R.N 8C376 method. An LCA (Life Cycle Assessment) study confirms Fulgar’s commitment to a transparent and sustainable supply chain, reinforcing its leadership in eco-friendly textile innovation. Bio-Polymers

Avantium N.V., a prominent company specializing in renewable and circular polymer materials, has announced the official opening ceremony for its FDCA Flagship Plant on October 22, 2024, in Delfzijl

Invited guests will receive invitations for this significant event. Additionally, Avantium will host an Avantium Retail Investor Day on October 23, 2024, allowing interested shareholders to tour the FDCA Flagship Plant.

Avantium focuses on innovative technologies for producing materials from sustainable carbon feedstocks, including biomass and CO2. Bio-Polymers

Their YXY® Technology converts plant-based sugars into furandicarboxylic acid (FDCA), a crucial component of the sustainable plastic PEF (polyethylene furanoate).

Avantium has successfully demonstrated this technology at its pilot plant in Geleen, the Netherlands, and is currently constructing the world’s first commercial FDCA plant in Delfzijl.

The company also provides R&D solutions in sustainable chemistry and offers advanced catalyst testing services.

Avantium collaborates with like-minded companies globally to advance renewable chemistry solutions. Bio-Polymers

Avantium’s shares are listed on Euronext Amsterdam and Euronext Brussels (symbol: AVTX), and the company is part of the Euronext Amsterdam SmallCap Index (AScX). Its headquarters are in Amsterdam, the Netherlands

The Internet of Things Revolutionises Packaging

The Internet of Things (IoT) has and is transforming very different industries, and packaging is no exception. Connected packaging, empowered by IoT technology, is reshaping how brands interact with consumers and manage their supply chains. This innovative approach bridges the gap between physical products and the digital realm, offering unprecedented opportunities for engagement, traceability, and sustainability.

Enhanced Consumer Engagement

Connected packaging leverages IoT sensors and smart labels to create interactive experiences for consumers.  Bio-Polymers

By scanning a QR code or tapping an NFC tag, customers can access product information, authenticity verification, usage instructions, etc. This direct line of communication allows brands to forge stronger connections with their audience, providing value beyond the physical product.

For instance, a wine bottle scan might offer food pairing suggestions, exclusive discounts, or even a description of vineyard history. A pharmaceutical package could provide dosage reminders or side effect information. These interactions inform and engage consumers and generate valuable data for brands to refine their marketing strategies and product offerings.  Bio-Polymers

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ORNL nanofibers research strengthens bridge between fiber, matrix

A novel technique of depositing thermoplastic nanofibers enhancing their strength, toughness and ability to withstand stress, removing the need for traditional methods like coatings.

Scientists at the Department of Energy’s (DOE) Oak Ridge National Laboratory (ORNL, Oak Ridge, Tenn., U.S.) have developed a method that demonstrates how fiber-reinforced polymer composite materials used in the automotive, aerospace and renewable energy industries can be made stronger and tougher to better withstand mechanical or structural stresses over time.  Bio-Polymers

While composites already have many advantages, they are vulnerable to damage from strain because two diverse materials — rigid fibers and a soft matrix, or a binder substance — are combined to make them. According to ORNL, the interphase between the two materials needs to be improved because of its influence on the overall mechanical properties of composites.

ORNL’s Sumit Gupta says the research team deposited thermoplastic nanofibers like cobwebs to chemically create a supportive network that toughens the interphase. Their technique differs from conventional methods of coating the fiber surfaces with polymers, or providing a rigid scaffolding to improve bonding between the fiber and the matrix, which have been shown to be inefficient and expensive.  Bio-Polymers

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Germany’s ColorDigital launches DMIx SamplR for material digitisation

INSIGHTS

• DMIx by ColorDigital GmbH introduces the DMIx SamplR, a revolutionary hardware device for creating digital material twins with one-touch simplicity.
• Utilising advanced Apple iPhone technology, it provides high-quality scans and instant 3D previews.
• Integrated into the DMIx platform, it streamlines remote texture development and comprehensive texture mapping.

DMIx by ColorDigital GmbH announces the launch of DMIx SamplR, a cutting-edge hardware device designed to simplify and enhance the process of creating digital material twins.  Bio-Polymers

Designed to meet the needs of professionals in the fashion, footwear, automotive, and architecture industries, the DMIx SamplR promises to revolutionize the way materials are digitized, communicated and managed.

This innovative scanner represents a significant advancement in the field of digital product creation (DPC), offering unparalleled accuracy, functionality and interaction for professionals in product sourcing and development.  Bio-Polymers

“One Touch – Digital Twin Collaboration”

At the heart of the DMIx SamplR is its remarkable ease of use. With just one button, users can create precise digital replicas of flat physical materials. This device integrates advanced Apple iPhone technology and unique lighting, offering high-quality scans at 300 PPI. The result is an effortless, accurate color scan that seamlessly integrates into the DMIx platform.

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Solid Economy Provides Boost to Chemical Production

• Recession risks have moderated; consumer spending and investment continue to propel the U.S. economy
• Demand for chemicals is recovering; inventories in a more balanced position across the supply chain
• S. production remains competitively advantaged due to shale and new investments in chemistry-containing clean technologies, but strong regulatory headwinds remain a threat.  Bio-Polymers

Looking ahead the U.S. economy will drive up demand across many key chemistry end-use industries, which should tee up a healthy increase in chemical output. This promising outlook is dampened by the rising regulatory impact on the chemical industry, which threatens to undermine America’s competitive advantages in energy and the potential growth generated by the rebound in U.S. manufacturing.

Economy Maintains Momentum

Moving into mid-year, the U.S. economy is on solid footing. While Q1 GDP came in weaker than expected, it was softer net exports and inventory investment that offset stronger activity in the domestic economy. Inflation unexpectedly accelerated in Q1 before resuming its downward trend and expectations for interest rate cuts have likely been pushed back toward the latter part of the year. We expect U.S. GDP to rise 2.4% in 2024, before slowing to a 1.7% gain in 2025.  Bio-Polymers

Consumer spending has remained relatively resilient thus far in 2024 on rising real wages and confidence in the labor market.

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Plastic Recycling – Japanese refiner Eneos is launching a chemical recycling demonstration project for waste household plastics 27-06-2024

Bio-Polymers

Coperion and Herbold Meckesheim deliver bottle-to-bottle recycling plant to Magpet

For Indian preform and plastic packaging manufacturer Magpet Polymer Pvt Ltd, Coperion and Herbold Meckesheim are collaborating technologies in construction of an entire plant for bottle-to-bottle recycling from a single source.

In addition to mechanical processing of used PET bottles, the recycling system encompasses all process steps leading up to extrusion with a ZSK twin screw extruder including pelletizing and an SSP (Solid State Polycondensation) reactor.

This PET bottle recycling system is designed for a throughput of 5,500 kg/h.

It will deliver PET recyclate that is approved by the European Food Safety Administration (EFSA) and the U.S. Food and Drug Administration (FDA) for direct contact with food. Moreover, the PET pellets manufactured on this bottle-to-bottle line are brand owner approved. Bottle-to-bottle

“Magpet has always pursued the goal to be a first mover when it comes to embracing new technology,” said Devendra Surana, Managing Director of Magpet, a part of Magnum Group.

“This PET recycling unit is a big step in that direction. And it goes hand in hand with our efforts to take over business responsibly for a bigger eco purpose.

We are excited to partner with Herbold and Coperion to set up this state-of-the-art PET bottle recycling line in India.” Bottle-to-bottle

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Bollegraaf is constructing an innovative LDPE sorting plant for Broeckx Plastic Recycling in Esbeek, Netherlands

This collaboration has led to the development of a new, high-quality LDPE recycling method. Low-Density PolyEthylene (LDPE), commonly used in plastic bags and shrink wrap, is typically collected in mixed batches after use. The challenge lies in its non-homogeneous nature, requiring different processing techniques. Consequently, LDPE has traditionally been recycled into low-value products like garbage bags, which are incinerated after use. Bottle-to-bottle

To address this, Bollegraaf is building a sorting plant with a capacity of 13.5 tonnes per hour. This new facility will significantly increase the proportion of reusable LDPE from 10% to an impressive 70%-80%. The plant employs a novel sorting method based on chemical properties, a first for LDPE recycling, and unprecedented at this scale.

For those interested in learning more, Bollegraaf and Broeckx will officially launch this breakthrough at the PRSE event in RAI Amsterdam on June 19 and 20. Visitors can find them at booths A4 and B6.  Bottle-to-bottle

For those unable to attend, Sales Director Arjen Molenaar is available to provide further information. This advancement promises to revolutionize LDPE recycling, transforming it from low-value reuse to a high-quality, sustainable process.

Transform Materials and Johnson Matthey collaborate on more sustainable routes for PVC manufacturing

Dow Enhances Mechanical Recycling Capabilities with Circulus Acquisition

Dow has signed an agreement to acquire Circulus, a prominent North American recycler specializing in converting plastic waste into post-consumer resin (PCR). The acquisition includes Circulus’ facilities in Ardmore, Oklahoma, and Arab, Alabama, which together provide an annual recycling capacity of 50,000 metric tons. The deal is expected to close in the third quarter of 2024, pending customary regulatory approvals.

“This acquisition combines Dow’s leading materials science technology with Circulus’ expertise in film recycling, advancing our 2030 Transform the Waste goal,” stated Karen S. Carter, President, Packaging & Specialty Plastics. Bottle-to-bottle

“It enhances our ability to produce higher-performing circular products, meeting the growing demands of brands and consumers.”

Dow’s expertise in high-performance resins and materials science, paired with Circulus’ mechanical film recycling capabilities, will broaden Dow’s offerings. Bottle-to-bottle

This includes applications such as collation shrink packaging, stretch film, liners, and select food packaging, extending to industrial, consumer, and transportation markets.

This acquisition aligns with Dow’s commitment to transform plastic waste and alternative feedstocks into 3 million metric tons of circular and renewable solutions annually by 2030.

Bottle-to-bottle

Chemical recycling – Advanced Composites Solutions (ACS), based in Abruzzo Italy, is set to invest 4 million euros in a new factory in Tortoreto (TE), aimed at quadrupling its carbon fiber component production capacity 21-06-2024

Chemical recycling

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Advanced Composites Solutions (ACS), based in Abruzzo Italy, is set to invest 4 million euros in a new factory in Tortoreto (TE), aimed at quadrupling its carbon fiber component production capacity

The new facility, opening in the coming months, will address the increasing demand from renowned international automotive brands and new aerospace projects, facilitated by ACS’s recent EN 9100 certification.

To accommodate this expansion, ACS has signed a lease with Pedicone Holding for a 14,000 square meter industrial property, located near its current headquarters. This facility will undergo renovations and will be equipped with a photovoltaic system to align with ACS’s sustainability goals. Chemical recycling

Over the next twelve months, ACS plans to hire 50 specialized operators, including laminators and finishers, who are currently being trained in preparation for the plant’s start-up between the end of this year and early 2025.

The existing Tortoreto plant, operational since 2015, will continue focusing on motorsport, racing sectors, and small series projects. It will also host the ACS Academy and see an enhancement in research and development activities. Chemical recycling

“This is a significant challenge, engaging all our energies towards serial production,” commented Roberto Catenaro, founder and CEO of ACS. “We believe strongly in this project and are confident in our skills and ability to offer our customers availability, experience, and technological versatility. We’re also proud to revitalize a historic factory, providing continuity and employment opportunities to a dynamic production sector.”

Grace Licenses Additional UNIPOL® Polypropylene Process Technology to BPCL

BPCL has expanded its licensing agreements with Grace, incorporating the renowned non-phthalate CONSISTA® catalysts to boost production capacity by 950 kilotons at its Kochi and Bina refineries.

W. R. Grace & Co. (Grace), the world’s leading independent supplier of polypropylene (PP) process technology and polyolefin catalyst technology, announced that Bharat Petroleum Corporation Limited (BPCL), India’s second-largest oil marketing company, has extended its licenses for Grace’s UNIPOL® PP process technology.  Chemical recycling

BPCL plans to deploy this technology using CONSISTA® catalysts in a new 400 kilotons per annum (KTA) reactor unit in Kochi, Kerala, and a 550 KTA reactor unit in Bina, Madhya Pradesh.

Thomas Deman, President, Specialty Catalysts, Supply Chain and Procurement at Grace, commented: “The expansion of these licenses highlights the benefits BPCL gains from collaborating with Grace. Our process technology and catalysts will enable the production of a broad range of high-quality polypropylene resins. Additionally, our expertise will help optimize BPCL’s reactors to meet India’s increasing demand. Grace is honored to support BPCL in this endeavor.”  Chemical recycling

Polymer prices: Downward price trend continues as monomer costs fall

The downward trend in polymer prices is influenced by falling monomer costs.

For instance, L/LDPE and HDPE prices have decreased by €10/tonne by mid-June, following a €30/tonne drop in ethylene prices.

Similarly, polypropylene prices have fallen in line with propylene costs over the last two months  Chemical recycling

The Plastics Recycling Show Europe (PRSE) has kicked off in Amsterdam. The world’s largest recycling show is taking place on 19-20 June, for the first time across four halls (Halls 9-12) at the RAI in Amsterdam. Chemical recycling

During the conference opening session, Werner Bosmans, Team Leader on Plastics, DG Environment, at the European Commission discussed the ‘burning issues’ around EU plastic policy.

The potential adoption of the mass balance fuel-exempt method for recycled content allocation in single-use plastic beverage bottles is one of them.

This February, the European Comission discussed a draft document that recognises mass balance accounting as a way to calculate the weight of recycled plastic. Chemical recycling

If approved, it could prove transformational for the chemical recycling industry.

More…

EU funds for chemical recycling in Italy

NextChem has secured €4 million from the European Innovation Fund to accelerate the industrial development of NXRe PMMA technology. This funding is intended for the Boost project, which aims to develop the NXRe PMMA technology of MyRemono, a subsidiary of NextChem (Maire), on an industrial scale. The technology is based on the catalytic depolymerization of PMMA-based plastic scraps. Chemical recycling

The funds will be used to start the first industrial plant based on NXRe PMMA technology, currently in the final design phase. This plant, scheduled for completion in 2026, will be able to process approximately 5,000 tons per year of sorted PMMA-based plastic waste, producing approximately 4,350 tons of r-MMA monomer per year.

The total value of the project is 6.6 million euros, with approximately 4 million covered by EU funding.

The Boost project was selected in the third call for small-scale projects of the European Innovation Fund, based on five criteria: reduction of greenhouse gas (GHG) emissions, degree of innovation, project maturity, scalability and cost efficiency.

Developed together with Biorenova, the continuous depolymerization process combines thermal energy with a specific catalyst to break polymer bonds and return the polymethyl methacrylate to the starting monomer (MMA). The technology was successfully tested in a pilot plant in Montorio al Vomano (TE). Chemical recycling

Mechanical Recycling – CARBIOS and TOMRA Textiles are collaborating to advance the circularity of polyester textiles by bridging the gap between textile waste collection and innovative recycling technologies 20-06-2024

Chemical recycling

Recycling Sustainability

r-PET Bottles – The Huazhaolin Textile integrated project, an ambitious endeavor by Jiangsu Hualian Group, has officially begun construction at Longgan Lake in Huanggang, Hubei Province

More…

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Slowing demand growth and increasing supply are setting the global oil markets on a path to a significant surplus this decade

The IEA’s new medium-term outlook forecasts well-supplied oil markets through 2030, although energy security will remain critical due to transformative sector forces. Oil demand growth is expected to decelerate as energy transitions progress, while global oil production will rise, reducing market pressures and increasing spare capacity to unprecedented levels, excluding the Covid crisis period. Recycling Sustainability

The IEA’s latest report, Oil 2024, explores these dynamics’ impacts on oil supply security, refining, trade, and investment. Despite robust demand from fast-growing Asian economies and sectors like aviation and petrochemicals, the report notes that rising electric car sales, improved fuel efficiency, reduced oil use for electricity in the Middle East, and structural economic changes will offset these gains. Consequently, global oil demand is projected to level off at around 106 million barrels per day by the decade’s end, from an average of just over 102 million barrels per day in 2023.

Simultaneously, global oil production, led by the United States and other Americas producers, is expected to outpace demand growth. Supply capacity could reach nearly 114 million barrels a day by 2030, surpassing demand by 8 million barrels per day. This would lead to unprecedented spare capacity levels, impacting oil markets and producer economies, including OPEC and the US shale industry. Recycling Sustainability

Fatih Birol, IEA Executive Director, highlighted the report’s projections, indicating a major supply surplus and the need for oil companies to adjust their strategies. Although growth is slowing, global oil demand in 2030 is still expected to be 3.2 million barrels per day higher than in 2023, driven by emerging Asian economies and increased jet fuel and petrochemical feedstock use. Meanwhile, demand in advanced economies is predicted to decline, falling below 43 million barrels per day by 2030.

Non-OPEC+ producers, especially the United States, Argentina, Brazil, Canada, and Guyana, are leading the expansion to meet anticipated demand. However, capacity growth may slow and stall if new projects are not approved. Recycling Sustainability

The report also predicts that global refining capacity will expand by 3.3 million barrels per day between 2023 and 2030, sufficient to meet refined product demand due to increased non-refined fuel supply. This could lead to refinery closures and a slowdown in Asian capacity growth post-2027.

Eco-friendly Packaging and the Rise of Biodegradable Plastics

As the world grapples with the devastating consequences of plastic pollution, the search for sustainable alternatives has become a pressing concern. Biodegradable plastics, a type of plastic that break down naturally in the environment, are emerging as a promising solution to the plastic crisis. This article will delve into the world of bioplastics, exploring their benefits, challenges, and potential to revolutionize the way one thinks about plastic waste. Recycling Sustainability

The Plastic Pollution Crisis

It is estimated that approximately two million tons of plastic waste currently contaminates oceans across the globe. According to a recent study, if no measures are taken to address this issue, the amount of plastic pollution is projected to increase by a factor of three by 2040.

What are Biodegradable Plastics?

Biodegradable plastics, also known as bioplastics, are made from renewable resources such as corn starch, sugarcane, or potato starch. These bioplastics are designed to break down naturally in the environment, unlike traditional plastics which takes hundreds of years to decompose. Recycling Sustainability

Biodegradable plastics are composted, reducing the amount of waste sent to landfills and minimizing the risk of plastic pollution.

Benefits of Biodegradable Plastics

Reduced Plastic Waste: Biodegradable plastics are significantly reducing the amount of plastic waste sent to landfills and oceans, helping to mitigate the plastic pollution crisis.
Compostable: Bioplastics are composted, reducing the need for synthetic fertilizers and pesticides in agriculture.
Renewable Resources: Bioplastics are made from renewable resources, reducing dependence on fossil fuels and decreasing greenhouse gas emissions.
Improved Public Perception: Biodegradable plastics help change public perception of plastics, promoting a culture of sustainability and waste reduct. Recycling Sustainability

More…

The packaging market is dominated by low-density polyethylene (LDPE), a petroleum-based plastic that is non-biodegradable and can only be mechanically recycled, often with significant loss of quality

In contrast, polylactide (PLA), a biopolyester, is bio-based, biodegradable, and can be chemically recycled into new products with minimal energy use. However, conventional PLA is too brittle for flexible disposable packaging, such as shopping and garbage bags, which contribute significantly to single-use plastic waste. Furthermore, PLA production has been limited to large-scale operations, excluding smaller companies from manufacturing.

Researchers André Gomoll, Dr. Benjamín Rodríguez, and Dr. Antje Lieske from the Fraunhofer Institute for Applied Polymer Research IAP have developed a flexible, recyclable PLA-based material suitable for film applications. Recycling Sustainability

This innovation allows medium-sized companies to enter the market, providing a sustainable alternative to traditional plastics. The research team’s achievement has been recognized for replicating the properties of polyethylene through the development of block copolymers. They have demonstrated the material’s feasibility in a pilot plant in collaboration with an industrial partner, indicating significant commercial potential.

Clarios highlights recycling efforts in 2023 sustainability report

The low-voltage battery manufacturer says it recycles around 8,000 batteries per hour in its closed-loop system.  Recycling Sustainability

Clarios, a low-voltage battery developer based in Glendale, Wisconsin, has made circularity a focus in its 2023 sustainability report.

The company, which develops battery solutions or nearly every type of vehicle, says end-of-life batteries are a critical resource, and claims to operate one of the world’s “most successful examples of a circular economy,” recycling around 8,000 used batteries every hour of every day across its network. The company says it starts with raw materials selected during the battery design stage and ends the production cycle with the reuse of recyclable battery material to create a new battery.  Recycling Sustainability

Additionally, when new batteries are delivered to customers, Clarios says it takes back used batteries in return.

“We believe that our efforts to exceed industry-leading environmental and safety standards globally are a key driver of our success,” Clarios CEO Mark Wallace says. “Through our business practices, we aim to demonstrate a dedication to sustainability by seeking continued improvement to lower our greenhouse gas emissions.” Recycling Sustainability

In the report, Clarios highlights its selection as the winner of the 2023 Circular Economy award at the World Sustainability Awards, which were held in Amsterdam in October 2023.

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A public meeting took place on Wednesday in Petarch, near Sofia, at a facility dedicated to the reuse and recycling of used mattresses

This initiative, led by Bulgarian company Biocom, is part of the Rematrak demonstration project, funded by the EU’s Environment Operational Program 2014-2020, with support from the European Regional Development Fund and the EU Cohesion Fund.

Gena Sabeva, Biocom’s manager, explained the process of collecting and preparing used mattresses for recycling. The event showcased the materials extracted from old mattresses and the new products that can be created as part of the circular economy. The project emphasizes three key steps: changing consumer behavior, involving municipalities in the separate collection and disposal of mattresses, and engaging mattress retailers and accommodation facilities in the process. Recycling Sustainability

Through research and visits to several European sites, the company identified best practices for mattress recycling. For successful recycling, mattresses must be dry and free from heavy chemical contamination, stored and transported properly to maintain their condition.

In an interview with BTA, Sabeva noted that approximately 150,000 mattresses are discarded annually in Bulgaria, representing 15% of the mattresses produced. She highlighted the importance of replacing mattresses every seven to ten years for hygiene reasons, though some people replace them every five years, while others seek warranties of up to 40 years.  Recycling Sustainability

Recycled Plastics – SELENIS PRODUCES HIGH-QUALITY RPET FROM CIRC’S RECOVERED TEREPHTHALIC ACID 15-06-2024

Recycling Sustainability

r-PET Bottles

• PET Bottles – Trillium Renewable Chemicals, based in Knoxville, Tennessee, has partnered with INEOS Nitriles to launch a pioneering demonstration plant at the Green Lake facility in Texas 10-06-2024
• New enzyme technology for environmentally friendly plastic recycling

r-PET Bottles

The Huazhaolin Textile integrated project, an ambitious endeavor by Jiangsu Hualian Group, has officially begun construction at Longgan Lake in Huanggang, Hubei Province

This project stands out as the largest single-investment textile enterprise in the region since the establishment of Longgan Lake, symbolizing a significant advancement for the local textile industry. Jiangsu Hualian Group, a veteran in the textile sector with 35 years of experience, is spearheading this monumental project. r-PET Bottles

General Manager Xu Shaoliang of Jiangsu Hualian Group provided insights into the project’s scope and ambitions. The total investment for the Huazhaolin Textile project amounts to 1.5 billion yuan, encompassing an expansive area of 256 mu. The project blueprint includes the construction of six state-of-the-art factory buildings and the acquisition and installation of 3,888 advanced water-jet looms. Additionally, the project will feature supporting equipment such as high-speed warping machines, automatic drawing-in machines, and post-dyeing finishing apparatus.

The anticipated annual production capacity is 600 million meters of textiles, with a projected output value of 1.2 billion yuan. r-PET Bottles

A central focus of the project is the integration of “green” and “technology” principles. Jiangsu Hualian Group aims to leverage its resources strategically to ensure the project’s success. The timeline for the project is ambitious: within three months, the construction of several factory buildings and the installation of key equipment are expected to be completed. Within five months, the full construction of the factory buildings and commencement of trial production should be achieved. The entire project is slated to be fully operational within eight months.

This project aligns with Longgan Management Zone’s broader strategy to cultivate a 10 billion yuan textile industry cluster. r-PET Bottles

In the first quarter of this year, the zone secured agreements for eight modern textile projects, spanning high-end woolen sweater weaving to differential fabric production, with a collective investment of 3.204 billion yuan. This strategic push has yielded tangible results; the zone saw the addition of four new industrial textile enterprises above the designated size and five provincial-level specialized and innovative textile enterprises. These developments collectively contributed to an impressive 704 million yuan in output value for industrial textile enterprises, marking a 30% increase from the previous year.

The significance of the Huazhaolin Textile integrated project extends beyond its sheer scale. It represents a milestone in Longgan Lake’s industrial evolution, fostering technological advancement and economic growth. r-PET Bottles

The introduction of cutting-edge machinery and equipment underscores the project’s commitment to innovation. The use of advanced water-jet looms, for instance, is expected to enhance production efficiency and product quality, setting new benchmarks for the industry.

Moreover, the project’s focus on green technology is poised to set a precedent in sustainable manufacturing practices within the textile industry. By integrating environmentally friendly processes and machinery, Jiangsu Hualian Group aims to minimize the environmental footprint of its operations.  r-PET Bottles

This commitment to sustainability is increasingly critical in an industry often scrutinized for its environmental impact.

The project also promises substantial economic benefits for the local community. The construction phase alone is expected to generate numerous job opportunities, providing a significant boost to local employment. Once operational, the project will not only create permanent jobs but also stimulate the local economy through ancillary industries and services.  r-PET Bottles

The successful completion and operation of the Huazhaolin Textile project will likely attract further investments and projects to the Longgan Management Zone, reinforcing its status as a burgeoning hub for the textile industry. The project’s scale and ambition exemplify the dynamic growth potential within the region’s industrial landscape.

In summary, the Huazhaolin Textile integrated project is a landmark initiative by Jiangsu Hualian Group, set to transform the textile industry in Hubei Province. r-PET Bottles

With its significant investment, advanced technological integration, and commitment to sustainability, the project is poised to achieve impressive production capabilities and economic contributions. It not only marks a major milestone for Longgan Lake but also sets the stage for future advancements and investments in the region’s textile sector.

Bisphenol-A BPA

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National representatives have officially adopted a regulation to ban the use of bisphenol-A (BPA) in food contact materials (FCMs), which is set to take effect from 2026

This decision follows extensive scientific evaluations and public consultations, highlighting the significant health risks associated with BPA exposure.

The European Food Safety Authority (EFSA) played a crucial role in this decision by significantly lowering the tolerable daily intake (TDI) for BPA due to findings that even minimal exposure can pose serious health risks. The new TDI is set at 0.2 nanograms per kilogram of body weight per day, a drastic reduction from the previous level​ (PackagingLaw)​​ (PackagingLaw)​.  Bisphenol-A BPA

The ban covers a broad range of food contact materials including plastics, varnishes, coatings, printing inks, adhesives, ion-exchange resins, and rubber. Notably, the regulation includes specific transition periods: an 18-month period for most applications and a 36-month period for particular uses, such as certain single-use articles and professional food production equipment​ (PackagingLaw)​​ (CHEM Trust)​.

Moreover, the proposal extends beyond BPA to address other bisphenols that are often used as substitutes but may carry similar health risks. This holistic approach aims to prevent regrettable substitutions where harmful chemicals are replaced with equally harmful ones​ (CHEM Trust)​​ (Packaging Gateway)​. Bisphenol-A BPA

There are exemptions under strict conditions, such as the use of the disodium salt of BPA in polysulfone resins for filtration membranes, provided its migration to food is undetectable​ (PackagingLaw)​.

Röhm has significantly expanded its production capacity at the Wallingford plant in Connecticut, USA, to strengthen its market position in specialty moulding compounds globally

This expansion, achieved by modifying and redeploying an existing production line, enables faster delivery and meets increasing global demand.

“Röhm is committed to providing the highest quality products and service offerings to the automotive, medical, and other specialty markets, both in America and globally,” said Thomas Spagnuolo, vice president of the Molding Compounds business unit at Röhm America. Röhm’s Polymethyl methacrylate (PMMA) products are sold under the trademark PLEXIGLAS in Europe, Asia, Africa, and Australia, and ACRYLITE in the Americas. The Wallingford facility employs over 50 workers and operates several production lines manufacturing specialty PMMA moulding compounds.  Bisphenol-A BPA

The Wallingford site is also a key production site for CYROLITE, a high-quality, transparent, acrylic-based plastic for medical applications.

PMMA from Röhm, established in the market for 90 years, is known for its durability, weather and UV resistance, color fastness, high luminosity, transparency, hardness, and scratch resistance. Bisphenol-A BPA

Plastics recycling

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The world’s largest event dedicated to plastics recycling, the Plastics Recycling Show Europe (PRS Europe), is set to take place at RAI Amsterdam, Netherlands, from 19-20 June 2024

Attracting thousands of professionals from the entire plastics recycling value chain, PRS Europe will occupy four halls at the RAI and feature a record 480 exhibiting companies and organizations. The two-day conference boasts over 65 expert speakers who will delve into the latest political, legislative, market, and technological developments in plastics recycling. Werner Bosmans, Team Leader on Plastics at DG Environment, European Commission, will deliver the keynote address. Additionally, experts from leading brands such as Colgate-Palmolive, Henkel Consumer Brands, IKEA, Mars, P&G, and Reckitt will participate in discussions.  Plastics recycling

Matt Barber, Global Events Director at Crain Communications, highlighted the event’s significance: “A record number of visitors have already registered, and over 155 companies are exhibiting for the first time. The global importance of this event makes it the prime venue to discover the latest in plastics recycling and network with key industry players.”

Ton Emans, President of Plastics Recyclers Europe, emphasized PRS Europe’s role in the industry: “It’s the ideal platform to explore cutting-edge technical innovations, track commercial developments, and stay informed on the legislative landscape for plastics circularity.”  Plastics recycling

Vecoplan has entered a strategic partnership with Pla.to Technology, emphasizing the significance of chemical recycling in the circular economy

Efficient shredding and cleaning of used plastics are crucial steps in this process. Chemical recycling allows for the reuse of complex plastic waste that cannot be processed through mechanical recycling, transforming it into raw materials for new plastics. This method helps reduce the consumption of fossil resources and minimizes environmental pollution from plastic waste. Plastics recycling

At IFAT, Vecoplan shared its long-term plans to enhance its expertise in chemical recycling. Pla.to Technology, based in Görlitz, is renowned for its durable and wear-resistant cleaning processes for economical plastic recycling and boasts 20 years of experience with established systems. This expertise forms the foundation of Vecoplan’s new strategic partnership in the cleaning sector.

Combining Vecoplan’s advanced knowledge in recyclable material processing with Pla.to’s extensive experience in cleaning processes, the partnership aims to provide customers with comprehensive processing solutions. Plastics recycling

The two companies have successfully coordinated their proven technologies through various tests over the past few years.

From old tires to new car parts: Neste, Borealis and Covestro aim at closing the loop for automotive industry

Automotive IndustryValue chainchemical recyclingdiscarded tires

Gualapack’s ‘Less is More’ campaign, launched at Interpack 2023, has been honored with the 2024 Mediastars Award in the Press & Poster category, along with a Special Star for Graphic Design

The campaign emphasizes the lightness and essential features of flexible packaging, promoting reduced material use and lower environmental impact regarding waste and transportation.

The slogan “Less is More,” inspired by German architect Ludwig Mies van der Rohe, reflects the campaign’s core message. Plastics recycling

The visuals creatively exaggerate the packaging’s minimalism, portraying it as so lightweight it almost “disappears,” leaving the focus solely on the product itself. This highlights the importance of content over the container.

Designed by the communication agency Eclettica-Akura, the campaign debuted at the Interpack 2023 fair and has since been featured across various platforms, including the company’s website and in advertising pages. Plastics recycling

Olivia Erfurth, Global Marketing Manager of Gualapack, explains, “This campaign fully expresses our commitment to sustainable and lightweight packaging solutions. It was a bold choice to make our product ‘disappear’ in the visual, but it underscores the value of content over the container, aligning with the minimalist philosophy.”

Sinonus Unveils Energy-Storing Carbon Fiber

Swedish deep-tech startup Sinonus is launching an innovative energy-storing composite material to produce efficient structural batteries for IoT devices, drones, computers, larger vehicles, and airplanes.

Based in Borås, Sinonus has developed carbon fibers that serve as battery electrodes. CEO Markus Zetterström is spearheading the commercialization of this technology. Currently, Sinonus is replacing AAA batteries in low-power products within its lab, aiming to expand to larger applications. Plastics recycling

Carbon fiber can store energy electrochemically, enabling Sinonus to create carbon fiber-based structural batteries that not only store energy but also integrate into the product’s structure. This technology originated from Oxeon, another Chalmers Ventures portfolio company, whose carbon fiber was used in the propeller blades of NASA’s Ingenuity helicopter on Mars due to its lightweight and thinness.

Weight reduction is also crucial for road vehicles, as most electric vehicles weigh nearly 50% more than regular cars due to lithium-ion batteries. Plastics recycling

Research at Chalmers University of Technology has shown that carbon fiber-based structural batteries could increase the driving range for lightweight EVs by 70%. Additionally, these batteries are safer than standard batteries, as they lack volatile substances.

Battery technology – The Advanced Packaging Association (APA) is championing polyamide in flexible packaging as a recyclable and sustainable option 12-06-2024

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BEWI Enhances EPS Recycling with New Facility in Sweden

BEWI, a leader in sustainable packaging and insulation solutions, has inaugurated a new circular hub in Norrköping, Sweden, marking a significant leap in its recycling capabilities. This strategic move is in response to the growing global demand for recycled content products and underscores BEWI’s dedication to the circular economy.

The Norrköping facility, equipped with cutting-edge recycling extrusion technology, is set to enhance the integration of recycled materials into BEWI’s product line.

This development is a pivotal step in BEWI’s journey to become a fully circular enterprise.

With the new factory, BEWI’s expanded polystyrene (EPS) recycling capacity will surge by 40%, reinforcing its commitment to sustainability. Plastics Recycling

The hub’s strategic location optimizes logistics and contributes to a reduction in carbon dioxide emissions by utilizing recycled materials.

Aljosa Krizman, head of BEWI Circular, expressed confidence in meeting the escalating demand for recycled content, spurred by market trends and legislative requirements. BEWI is poised to elevate the collection and utilization of recycled EPS, catering to the call for circular solutions. Plastics Recycling

Lux Research sees lack of plastic pyrolysis accomplishments

An analyst with the Boston-based research firm says tonnage outputs at installed plastic pyrolysis systems largely are disappointing.

Several high-profile plastic chemical recycling installations with pyrolysis technology are not yet producing at a high volume despite the middle of this decade having been pegged as a tipping point for the technique. Plastics Recycling

An early June blog post by Anthony Schiavo, senior director and principal analyst of Boston-based Lux Research, says data collected by his colleague Marcian Lee provides insight into the projected and actual scale up of chemical recycling this decade.

Schiavo says Lux identified a global total of more than 725,000 metric tons of pyrolysis capacity announced by the end of 2023. By the end of last year, about half of that was considered to be online and ready for production.

Going forward, “Between 2024 and 2025, pyrolysis capacity is expected to more than double to 2.1 million metric tons per year,” writes Schiavo.  Plastics Recycling

Kraft Heinz has made a significant stride in sustainability by transitioning its KRAFT® Real Mayo and MIRACLE WHIP® products to 100% recycled PET (rPET) containers

This change, in partnership with Plastipak Packaging, Inc., is set to eliminate millions of pounds of virgin plastic usage. Plastipak, a leader in plastic container design, manufacture, and recycling, is aiding Kraft Heinz in its environmental goal to cut virgin plastic use by 20% by 2030.

In the U.S., the switch to 100% food-grade rPET for these condiment containers will remove approximately 14 million pounds of virgin plastic, aligning with consumer demands for more eco-friendly packaging. Rashida La Lande, Kraft Heinz’s General Counsel, highlights the company’s investment in technologies and partnerships to redesign packaging, reduce plastic waste, and promote recycling. Plastics Recycling

Jack Pacente of Plastipak underscores their long-standing environmental commitment, which has made them a recycling industry leader and innovator in sustainable packaging. In 2023, Plastipak’s Bottle-to-Bottle program recycled over 11 billion bottles, boosting their recycling capacity by 15% to 495 million lbs. The company’s dedication to expanding recycling capabilities is evident in their investments and operation of five global recycling centers located in the U.S., Spain, the UK, Luxembourg, and France. Plastics Recycling

This initiative represents a significant step towards a more sustainable future in packaging.

Sociedade Ponto Verde, Tetra Pak and Valorsul invest in the first AI sorting robot in Portugal

Valorsul, the company responsible for the treatment and recovery of municipal waste in the Lisbon area and the Western Region, today announced an investment in an unprecedented robotic sorting technology in Portugal.  In collaboration with Sociedade Ponto Verde and Tetra Pak, the world leader in process solutions and food packaging, Recycleye’s automated digital sorting technology will be installed at Valorsul’s facilities in Lisbon, enabling greater sorting capacity and an increase in the volume of beverage cartons sorted and sent for recycling. Plastics Recycling

The Recycleye solution uses computer vision and robotics to automatically detect and separate waste and will be installed to improve the recovery of beverage cartons. Sociedade Ponto Verde, whose mission is intrinsically linked to the Environment, Sustainability and Circular Economy agenda, given its responsibility for organising, managing the take-back and recovery of packaging waste in Portugal, is co-financing and supporting the project through its open innovation programme re_source, together with Tetra Pak. This enables Valorsul to increase the number of beverage cartons separated for recycling, providing a greater volume of recyclables from the plant and ensuring that more packaging waste from the Lisbon area is recycled. Plastics Recycling

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Impact of Sanctions on Belarus: A Global Food Security Concern

Санкцыі супраць Беларусі прывялі да недахопу прадуктаў харчавання ў свеце, лічыць эксперт ЗША

Michael Cunningham, director of the “Geography of Genocide” project, highlighted at an international conference that sanctions against Belarus have led to significant global food shortages. As a major producer and exporter of potash fertilizers, Belarus plays a crucial role in agriculture. The sanctions have caused a drastic reduction in potash production and export, leading to decreased agricultural yields, increased food prices, and disrupted supply chains. This has exacerbated food insecurity, particularly in countries dependent on Belarusian potash. The economic repercussions extend to job losses in the potash industry, increasing poverty and hunger. Plastics Recycling

Cunningham warns that these issues are intensifying against a backdrop of a growing population and heightened food demand, urging consideration of the environmental impact as farmers resort to less effective yield-boosting methods.

This summary encapsulates the key points made by Cunningham regarding the unintended consequences of the sanctions on Belarus, emphasizing the broader implications for food security and sustainability. Plastics Recycling

Minister of Industry: Turkish Entrepreneurs Interested in Manufacturing Investment in Indonesia

A number of Turkish companies are interested in investing in Indonesia, ranging from textiles, electronics to green energy.

A number of companies Turkey are interested in investing in Indonesia, ranging from textiles, electronics, to new and renewable energy. The visit of the Minister of Industry, Agus Gumiwang Kartasasmita, to Turkey on June 4-5 carried a mission to attract Turkish investors in the manufacturing sector to Indonesia. Plastics Recycling

“In a meeting with industrial players in Istanbul, Turkey on June 4-5, 2024, we brought a mission to increase investment from that country in Indonesia, especially for the manufacturing sector,” said Minister of Industry Agus Gumiwang Kartasasmita in a press release received on Sunday (9/6/2024).

He explained that there are a number of Turkish businessmen from various sectors who are interested in investing in Indonesia. One of the companies that Menperin met was SANKO Holding, Turkey’s largest manufacturing conglomerate known globally as a producer of textiles and renewable energy. In the field of textiles, SANKO Textile is one of the global leaders in yarn and fabric production. Plastics Recycling

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Xinxiang Chemical Fiber becomes the only Chinese textile enterprise using recycled textile pulp

Plastic recycling -An industry-first: BASF is expanding its Biopolymers portfolio by introducing biomass-balanced ecoflex® (PBAT) 10-06-2024

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Mura Inks Feedstock Partnership with Elite Recycling for Hydro-PRT Site

Mura Technology has signed a feedstock supply contract with Elite Recycling Solutions. Elite will provide post-use plastic packaging to Mura’s pioneering hydrothermal advanced recycling facility at Wilton International science park in Teesside, UK. This facility, in its final commissioning phase, is set to start operations in mid-2024. Mura’s unique Hydro-PRT process will transform the plastic waste into valuable hydrocarbon products for new plastic manufacturing.  Plastic sorting

This agreement builds on Mura’s existing deal with Geminor, the primary feedstock supplier for the Wilton site. Dr. Steve Mahon, CEO of Mura Technology, expressed enthusiasm about partnering with another leading company in the waste management sector. He highlighted the importance of cross-sector collaboration in converting post-use plastic waste into valuable commodities for new plastic products.

ReSource plastic sorting facility opens in Denmark

The Nordic’s largest plastic sorting facility officially started operations on May 29.

The Nordic’s largest plastic sorting facility officially started operations on May 29. Located in the seaport city of Esbjerg, Resource Denmark has a capacity to process 160,000 tonnes of plastic waste annually, significantly boosting Denmark’s recycling capacity.

When announced in 2022, the construction project was heralded as a game-changer. In Denmark, some 85% of plastic waste is either incinerated or exported.

Meanwhile, the Danish government announced its ambition to recycle 55% of plastic by 2030. Plastic sorting

German manufacturer Eggersmann supplied the equipment used to sort the plastic at ReSource Denmark. The process involves removing impurities and sorting lightweight packaging waste from Denmark and other parts of Scandinavia into different types that meet the requirements for both chemical and mechanical recycling. Food and beverage cartons and metals are also sorted out and sent for recycling.

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PTA Market in China Registers Decline Despite Turnaround Season Optimism

The Chinese PTA (Purified Terephthalic Acid) market has been dealing with an oversupply situation which pushed the prices down during early May 2024. This has led to a bleak overall trend, with producers struggling to sell their products despite production slowdowns. This downtrend was attributed to the overabundance and high supply inventory storage of PTA during this timeframe. Plastic sorting

While scheduled maintenance turnarounds and reduced import bids from traditional suppliers like the US and the Middle East did contribute to some production drops, they weren’t enough to make a significant dent in the existing surplus. Despite production cuts, the existing inventory continues to outpace demand. This indicates that the market was likely oversupplied even before the recent slowdowns.

As per the recent assessment, the poor market performance for PTA has been witnessed in China since early April 2024 which continued till the first half of May 2024 to settle the PTA Ex-Qingdao prices dropped by 15% in just one month. Plastic sorting

The shift in downstream plastic and textile prioritization added another layer of negative sentiments. The downstream plastic makers seem to be prioritizing production of essential commodities resulting in buying less PTA for non-essential applications.

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GHC partners with A.Celli Nonwovens and Reicofil, recognizing the impressive performance of A.Celli’s solutions installed in the new Reicofil RF5 in Jinjiang, Quanzhou City

The RF5 line, designed to manage both spunbond nonwoven and high loft products, offers exceptional flexibility with A.Celli’s innovative technical solutions, enabling the processing of various products and basis weights.

A.Celli’s scope of supply for the 3.2 RF5 line included the E-WIND® WAVE master roll winder, the E-WIND® SUPER SONIC slitter rewinder with SLITTOMATIC automatic knives positioning system and COREMATIC automatic shaft handling and core cutting system, and the fully automated R-WAY® SLITTOPACK packaging system. These systems streamline operations, minimize operator intervention, and ensure seamless data tracking and integration with customer ERP. Plastic sorting

With the new production line, GHC has positioned itself as a leading supplier of hygienic spunlaid materials, underscoring its commitment to industry standards and high-quality product supply. Mr. Zemin Wu, Supply Chain Director of GHC, praised A.Celli’s work and acknowledged the excellent support from their Shanghai and Foshan offices in sales, project management, and on-site service. This partnership enhances GHC’s market presence and operational capabilities in the hygiene sector.

Industrial Partnership Announcement: RETAL and Orzuplast

Multinational plastic packaging producer RETAL is pleased to announce a new industrial partner in Central Asia. A Polymer Industries LLC, trading as Orzuplast, in Uzbekistan, joins RETAL’s network to enhance service to the global food and beverage packaging industries.  Plastic sorting

Orzuplast is a renowned provider of packaging solutions for local and neighboring markets, now officially partnering with RETAL. The company is committed to investment and development, showcasing a recently updated factory equipped with two capping machines and two preform machines. These enhancements complement Orzuplast’s longstanding shipment capabilities.

Sherzod Tursunov, General Manager of Orzuplast, states, “The Orzuplast site has a rich history, and we are proud to leverage the expertise of our long-serving employees. Their knowledge is crucial as we focus on preforms and closures, ensuring our local and global customers receive the highest standards of service. We see significant opportunities for growth in this dynamic market.”  Plastic sorting

With Uzbekistan’s young population and ancient culture, the region represents a promising growth market. Orzuplast is excited to serve customers across this rapidly developing Central Asia territory, contributing to RETAL’s global mission of delivering top-tier packaging solutions.

Lotte Biologics and Merck Sign Strategic Manufacturing Agreement

Lotte Biologics, a contract manufacturing and development organization, has signed a strategic collaboration agreement with Merck, the German chemical and technology giant, to enhance biomanufacturing capabilities. The agreement, formalized through a letter of intent (LOI), involves Lotte Biologics and Merck’s Process Solution division working together on biopharmaceutical manufacturing and process development.

The collaboration aims to streamline the procurement of raw materials and technologies, establish a stable supply chain, and develop a support system for Lotte’s upcoming Bio-Venture Initiative at their new production plant in Incheon. Plastic sorting

This initiative is designed to support biotech startups and will be integrated into the Incheon complex, where construction began in March, with operations expected to start in 2027.

This agreement follows Lotte Biologics’ previous memorandum of understanding with MilliporeSigma, Merck’s North American life science operation, in July 2022. That agreement focused on expanding Lotte’s Syracuse plant in the United States, with a subsequent LOI signed in April last year. Plastic sorting

PET Resin – Bioplastics as toxic as regular plastics; both need regulation, say researchers 03-06-2024

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