Celanese publishes 2021-2022 sustainability report and index

Celanese Corporation, a global chemical and specialty materials company, announced the publication of its 2021-2022 Sustainability Report, Accelerating Solutions Through Chemistry, and its complementary 2021-2022 Sustainability Index, said the company.

This year’s report highlights the company’s progress and investments as it drives environmental, social and governance (ESG) initiatives across its global enterprise and continues to innovate for a sustainable future. The associated index provides a comprehensive view of ESG resources and disclosures, including alignment with sustainability frameworks and ESG-related policies, practices, and metrics.

“Celanese is committed to improving the world and well-positioned to develop innovative customer solutions that help meet the world’s sustainability challenges,” said Lori Ryerkerk, Celanese chairman, chief executive officer and president. “Our focus on making a difference guides our investments in our operations, our employees and our communities."

Leveraging its four strategic pillars, Elements of Opportunity, Celanese demonstrated its sustainability progress by:

Advancing Safe and Sustainable Customer Solutions

• Announcing the pending acquisition of the majority of DuPont’s Mobility & Materials (M&M) business, supporting growth in future mobility, connectivity and medical applications.

• Launching new, more sustainable polyacetal (POM) and polybutylene terephthalate (PBT) product offerings, POM ECO-B and PBT ECO-B. Both leverage the mass balance concept to produce products from biowaste-based sources.

• Receiving a grant from the Bill & Melinda Gates Foundation to produce a prototype for a refillable contraceptive implant that has the potential to expand global access to women’s health solutions where options may be otherwise limited.

We remind, the European Commission has approved the proposed USD11 billion acquisition of Dupont's mobility and materials business by U.S. chemicals company Celanese Corp (CE.N), on the condition that the latter divests a plastics-producing business. Celanese announced the deal in February but had to offer remedies to address EU antitrust concerns. The combined entity would have been the largest producer of thermoplastic copolyester (TPC) in the European Economic Area and globally, with only a few alternative suppliers remaining. The product is primarily used by automakers.
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With the aim of determining the sortability of PLA from municipal mixed plastic waste, TotalEnergies Corbion and TOMRA Recycling conducted a sorting test in August 2022, said the company.

The outcome confirmed, as has been confirmed many times before, that sorting PLA from other plastics waste is easy and straight-forward. Using a Near Infra-Red (NIR) sorting machine, PLA trays mixed with other post-consumer plastic items were fully recovered with a very high purity at the TOMRA center in Mulheim-Karlich, Germany. Also when the PET bottle fraction was sorted from the mixed plastics waste stream, no PLA trays ended up in the PET stream. This realistic and industrial test shows that PLA is sortable and will not contaminate other recycling streams.

“Plastic waste collectors and sorters know that using the infrared technology, PLA plastic products can easily be sorted from other municipal waste. In closed loop environments, where PLA bottles and PLA cups are exclusively used, the amount of PLA is sufficiently high to also make it economically feasible to collect, sort and clean the PLA”, says Jurgen Priesters, SVP TOMRA Feedstock.

TotalEnergies Corbion is actively collecting used PLA products from closed loop systems and pre consumer waste. The collected PLA waste is used as feedstock for making rPLA and will help divert PLA from ending up in landfill or incineration. It also further reduced the carbon footprint of PLA and rPLA reduces the need for biomass and land use. Luminy® rPLA, containing 20% post-industrial and post-consumer PLA waste is commercially available.

“In collaboration with Tomra, a leading supplier of waste sorting equipment, we confirmed (again!) that PLA can be effectively sorted from other municipal plastic waste using existing separation equipment. Claims that PLA contaminates PET recycle streams have again proven to be nonsense. Many other studies, as cited in our white paper about end of life options for PLA, have confirmed exactly the same." says Francois de Bie, Senior Marketing and Supply Chain Director at TotalEnergies Corbion. He continues, "In short no technical barrier exist that prevent an effective separation of PLA from other plastic waste."

We remind, the Flemish government recently awarded TotalEnergies the contract to install 1,500 electric vehicle charging points in Antwerp. In the heart of Europe and in Belgium's most populous city, the company is reinforcing its commitment to offering and developing sustainable mobility, with the aim of becoming Belgium's leading company in the public charging market by 2024.

TotalEnergies is a global multi-energy company that produces and markets energies: oil and biofuels, natural gas and green gases, renewables and electricity. Our more than 100,000 employees are committed to energy that is ever more affordable, cleaner, more reliable and accessible to as many people as possible.
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Linde has strengthened its commitment to sustainability having become the latest signatory to the United Nations Global Compact (UNGC), the world’s largest corporate sustainability initiative, said Gasworld.

By signing up to the initiative, Linde aims to align its strategy and activities with the UNGC’s Ten Principles in the areas of human rights, labour, the environment and anti-corruption. With 13,000 corporate participants and other stakeholders over 170 countries, the UNGC promotes two main objectives: ‘Mainstream the ten principles in business activities around the world’, and ‘Catalyse actions in support of broader UN goals.’

Broader goals include its Millennium Development Goals (MDGs) and Sustainable Development Goals (SDGs), the latter of which Linde have pledged to help advance. Stating that sustainability is an ‘integral part’ of what the company does every day, Tamara Brown, Vice President Sustainability, Linde, added that it has helped build an inclusive culture that values its people and respects human rights.

“Linde is already aligned with the Principles at the heart of the Compact and is proud to join this initiative, which aims to address some of the world’s most pressing challenges,” she said.

As per MRC, Linde has completed their efforts as part of implementing the Amur Gas Chemical Complex (AGCC) construction project. "Linde has completed its work within the AGCC project framework. We are dealing with its adaptation to new conditions together with partners from Sinopec," the Russian chemical giant said. Early in 2020, Linde made the contract for provision of pyrolysis services for AGCC. The Amur Gas Chemical Complex is the joint venture of Sibur (60%) and China’s Sinopec (40%) for polyethylene and polypropylene production. The capacity of the plant will be up to 2.7 mln tonnes of polymers annually.
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Arkema’s Virtucycle® program places the advanced materials designer at the center of a virtuous cycle to source, recycle, and recertify advanced polymers, said the company.

In addition to being the specialty recycler, Arkema plays the role of matchmaker among its customers while playing an optional key role in eco-designing the finished product produced from the recycled material.

By the end of this year, Arkema aims to offer several SCS* certified grades that meet critical performance standards while also offering a traceable supply chain. Detailed LCA data packages will be available upon request. The grades are produced at Arkema’s custom mechanical recycling center for advanced polymers in Italy using only renewable energy. In 2021, Arkema acquired Agiplast, a specialist in the recycling of high performance polymers.

More and more, our customers are interested in innovative recycled options in order to drive improved sustainability and circularity in the supply chain”

“With the recent acquisition of Agiplast, we were able to take a quantum step in the right direction by marrying our legacy polymer design expertise with the advanced recycling capabilities of Agiplast as well as our extensive global network of customers with ambitious commitments to sustainability. The ability to design certified recycled grades with high performance and lower carbon footprint is an exciting step in the sustainability journey of our customers and Arkema. Extending the life of these polymers, sometimes in applications quite unrelated to their original use is gratifying. The growth potential is significant."

We remind, Arkema S.A. (Colombes, France) is boosting its previously announced global Pebax elastomer capacity expansion at its Serquigny, France site from +25% to +40% in two separate phases, firstly in Q1 2023 by raising global capacity by 15%, the additional 25% starting in Q3 2023. The greater increase in Pebax elastomer capacity will support the strong demand from partner customers in the sports, consumer electronics, medical and industrial markets, who recognize the highly specialized Pebax grades’ lightweight, flexibility and exceptional energy return. Applications range from ultra-fast running shoes to catheters or flexible device screens.

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Phillips 66 announced the installation of FreeWire ultrafast electric-vehicle chargers at its flagship fuel station near its headquarters in Houston, marking the debut of ultrafast EV charging at a convenience fuel station in the city, said Hydrocarbonprocessing.

Phillips 66 and FreeWire unveiled plans earlier this year to deploy FreeWire’s ultrafast, battery-integrated technology to meet the growing demand from EV drivers for high-speed, on-the-go charging. Phillips 66 will leverage its network of approximately 7,000 Phillips 66, Conoco and 76 branded U.S. sites and other strategic locations. The chargers are the first commissioned FreeWire chargers in Texas.

The introduction of the EV chargers reflects Phillips 66's commitment to working to meet the world’s growing energy needs while reducing its environmental footprint. The company has focused its Emerging Energy and Sustainability business strategy on four pillars: renewable fuels, batteries, carbon capture and hydrogen.

“The installation of the first FreeWire EV chargers at our Phillips 66 flagship fuel station represents an important step in our EV charging journey as well as our commitment to pursue lower-carbon solutions,” said Rod Palmer, Vice President of U.S. Marketing at Phillips 66. “FreeWire’s charger offers consumers the fast-charging experience they’re looking for, and Phillips 66’s branded network of fueling locations places the chargers at existing, strategically located sites.”

FreeWire’s Boost Charger is a more convenient option for sites looking to enter the EV charging space. It connects to existing infrastructure without burdensome construction costs and permitting restraints. The battery charges at off-peak times when power is cheaper, reducing operational costs for the site, while still providing the needed capacity to give consumers a rapid charge.

“We are excited to mark this milestone with Phillips 66 and to make our fast-charging solution available to more EV drivers,” said Arcady Sosinov, FreeWire Founder and CEO. “As charging demand continues to surge, our battery-integrated chargers offer the streamlined, shovel-ready solution that many entering the EV charging space are looking for.”

As per MRC, Phillips 66 signed a letter of intent with FreeWire Technologies in support of its first electric-vehicle charging program in the United States. The announcement highlights Phillips 66’s commitment to pursue lower-carbon solutions and comes as an endorsement of FreeWire’s ultrafast, battery-integrated charging technology. The two companies will explore opportunities to deploy FreeWire’s technology within Phillips 66’s U.S. fueling stations and other strategic locations.
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