Petrochemical PETResin CrudeOil 18-01-2021
Petrochemical PETResin CrudeOil
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PepsiCo Inc said on Thursday it aimed to achieve net-zero greenhouse gas emissions across its supply chain by 2040, as consumers and investors increasingly call upon big corporations to play their part in the fight against global warming.
The Doritos chips and Tropicana juice maker said it would initially cut greenhouse gas emissions from its operations by 75% and by 40% in areas that are outside its own manufacturing processes and supply chain by 2030.
The food-and-beverage giant generated about 57 million metric tonnes of greenhhouse gas emissions globally in 2019, according to its latest annual sustainability report. Over the next nine years, it hopes to cut those emissions by just under half, or an absolute 26 million metric tonnes.
The Purchase, New York-based company said it would first focus on its agricultural supply system, which contributes to a third of PepsiCo’s greenhouse gas emissions, before turning to carbon sequestration.
Avient Corporation, a premier provider of specialized and sustainable material solutions and services, will complete an expansion of existing production capabilities for color concentrates at its Binh Duong site in Vietnam by next month. The move will improve speed-to-market and service level for local customers seeking unique color solutions to enhance aesthetics and appeal of high-quality end products.
“Demand for plastics has become one of the Vietnam economy’s fastest growth areas,” says Say-Eng Lee, vice president and general manager, Color & Additives Asia for Avient. “As consumption grows, requirements for high-quality color concentrates are becoming more challenging as well, as top brands focus on novel color solutions. We have increased our production space by over 30 percent and added to our state-of-the-art machinery portfolio to shorten lead times for developing and producing high-quality color concentrates. As a result, local customers will benefit from an efficient and agile setup, along with expert technical support. In addition, we can be more responsive in accelerating customer development times and help them to reduce time to market.”
January 15, 2021 | Global themes | The British Plastics Federation | London | United Kingdom
The British Plastics Federation (BPF) and UK Research and Innovation (UKRI) are collaborating to support the UK’s plastics supply chain in creating more sustainable and easy-to-recycle packaging. As part of the initiative, two training courses have been developed for people throughout the plastics packaging supply chain, including brands, designers, manufacturers, retailers and even students, about how to use plastics more sustainably.
The joint initiative aims to drive the development of easy-to-recycle and resource efficient plastic packaging, which will help ensure more sustainable products are developed and used within the UK.
Governments across the world and the global plastics industry are looking at ways to reduce the impact of plastics on the environment. The BPF’s latest training courses, funded by the UKRI, includes a range of environmental topics including the life cycle approach, causes and solutions to marine litter, the principles of eco-design, bioplastics, legislation and the waste hierarchy.
Haldor Topsoe A/S (Lyngby, Denmark) and Proton Ventures B.V. have announced a successful startup of the first TertiNOx catalyst reference at Kavala Fertilizers, one of the largest nitric acid producers in Greece. Topsoe has supplied both catalyst and basic engineering for the project. The plant has already exceeded its design conversion with N₂O emissions below 10 parts per million (ppm), low ammonia slip, and practically eliminated NOx emissions.
“With the new deNOx and N₂O removal system, we are very proud to be able to outperform the current Best Available Technologies achieving extremely low emission levels,” says Theodora Kouloura, COO, Kavala Fertilizers LTD.
TertiNOx is a catalyst for removal of nitrous oxide. The catalyst is developed for the nitric acid industry where N₂O is formed as byproduct of the oxidation of ammonia. TertiNOx is also active for SCR reactions to remove NOx.
A completely circular plastic, thanks to Versalis’ Hoop project which applies innovative chemical recycling techniques to waste.
Plastic’s durability that was once considered a boon is now viewed as a bane. When we hear the word plastics today, one of the lasting images in our minds is that of a plastic bag floating in the ocean. This is largely because of the unprecedented rise in single-use applications and a mindset as consumers to just use and throw.
What are the advantages and disadvantages of plastics?
It is critical to not lose sight of the value plastics bring and the various industries that depend on this important material. Plastics have proven their merit in terms of mechanical properties, performance, versatility, cost, etc. For example, plastics are a key material of choice in the fight against the COVID-19 pandemic across the world. The health risk, especially for the medical professionals and frontline workers, would be higher without plastics in PPE kits, masks and gloves.
The way plastics are currently produced, consumed and managed at the end-of-life, however, is not completely sustainable.
A study completed in 2020 by The Catalyst Group Resources analyzes catalytic and compatibilization solutions for plastics recycling and the circular economy.
The Catalyst Group Resources (TCGR), a global consultancy based in Spring House, Pennsylvania, released a study in the summer of 2020 that looks at catalytic and compatibilization solutions for plastics recycling and the circular economy. The study’s scope and specific contents reflect inputs from a group of “charter” subscribers who indicated their priorities for coverage, areas to be expanded and focal points for emphasis in opportunity identification. These are leading industrial developers, suppliers and end-users of technologies and plastics resins addressing recycling and the circular economy. TCGR reports that its multiclient study was launched in December 2019 and completed in June 2020.
A research and development effort is being undertaken by plastics producers, industry consortia and academia globally to understand the hurdles to improve plastics recyclability, which has taken center stage in a global debate.
First off, the robots can help sort the plastic that’s set aside for recycling. Second, the chemicals can help break down the plastics into valuable raw materials. The University at Buffalo in New York has been awarded $2 million from the National Science Foundation to make it happen.
The four-year grant from the foundation’s Emerging Frontiers in Research and Innovation program was announced in late 2020; researchers are now building a robotic system that will “learn” to sort plastic.
They hope to have a prototype by October 2021, says Paschalis Alexandridis, University at Buffalo distinguished professor in the Department of Chemical and Biological Engineering, who is leading the effort.
Vanuatu is on the frontlines of climate change. It is highly exposed to its impacts change, even as the country adopts policy measures that will help preserve natural assets and keep GHG emissions per capita low. With an annual per capita material footprint of 6.1 tonnes and a per capita carbon footprint of 2.1 tCO2e, Vanuatu’s population already maintains a small carbon and material footprint. Furthermore, reports suggest that the country’s people rank among the happiest in the world.
Vanuatu’s 80 islands have chosen to depart from the traditional development pathway, where the use of large amounts of carbon-intensive materials helps build infrastructure, assemble stocks of consumer goods and provide material wealth. Instead, Vanuatu prioritizes its national resources and seeks to further advance national well-being without increasing material consumption and thereby avoid associated environmental impacts.
From more reusable packaging to more companies taking back used products to more empowered designers, 2021 will be a key year in the development of new, less wasteful systems.
Right now, most of the world’s economy is linear: Materials are mined, processed, manufactured, sold, and then eventually dumped in landfills. But the idea of a circular economy—one in which materials are used in a closed loop, running on renewable energy—is gaining traction, and many companies are setting goals to become circular in the next few decades. The coming years will be crucial in solidifying the growing circular economy. Here are seven trends that are likely to help it expand in 2021.
MORE BRANDS WILL EMPLOY REUSABLE PACKAGING
A growing number of companies are rethinking product design to avoid disposable packaging. Startups like Blueland and Everdrop now sell cleaning products in the form of tablets that can be dropped in reusable bottles. Bite sells tiny toothpaste tabs so it can avoid the standard plastic tubes.
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