Natura PCR recycled LLDPE resin can be used in direct-contact food packaging

MOSCOW (MRC) -- Natura PCR recycled LLDPE resin can be used in direct-contact food packaging, said Recyclingtoday.

Natura PCR, a leading film recycler and postconsumer resin (PCR) producer, says it has received a letter of nonobjection (LNO) from the U.S. Food and Drug Administration (FDA) that enables the company’s 100-percent-recycled linear low-density polyethylene (LLDPE) PCR to be used in direct food-contact packaging applications, including packaging for foods stored at room temperature and for refrigerated and frozen foods.

The company says film and flexible packaging make up almost one-quarter of today's plastic generation, but only about 5 percent is recycled. Demand for PCR is expected to continue to grow in response to consumer-packaged goods companies' commitments to use recycled content and to pressures from consumers and regulators to increase PCR content in the packaging materials.

“This is a pivotal step toward making a real impact on meeting sustainable packaging goals of our customers,” says Jon Stephens, chief executive officer, Natura PCR. “The FDA’s LNO broadens the range of applications for our PCR products. We can now create a true cyclical value chain where plastic food packaging materials can be used where primarily virgin materials were utilized previously.”

We remind, QatarEnergy and Chevron Phillips Chemical Company LLC announced they will proceed on construction of a USD6 B integrated polymers complex in Ras Laffan Industrial City, Qatar. An agreement marking the positive final investment decision for the project was signed by His Excellency Mr. Saad Sherida Al-Kaabi, the Minister of State for Energy Affairs, the President and CEO of QatarEnergy, and by Bruce Chinn, President and CEO of Chevron Phillips Chemical, at a ceremony in Doha. The companies created a joint venture, Ras Laffan Petrochemicals, in which QatarEnergy owns a 70% equity share and Chevron Phillips Chemical owns 30%.

NaturaPCR is the manufacturing arm of Houston-based Avangard Innovative. Avangard and its affiliated entities hold a collective minority equity position in the company, and Houston-based WM holds a controlling interest in Natura PCR, which operates as an independent company.

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MOSCOW (MRC) -- Evonik is pooling its expertise and integrating its alkoxides business into the Catalysts Business Line, said the company.

The extensive portfolio of heterogeneous catalysts is thus now complemented by homogeneous catalysts. An international network of production sites and the highly experienced alkoxides team will additionally strengthen the Catalysts Business Line, one of Evonik's growth areas, from January 2023.

The chemical industry is undergoing a profound transformational process. Driven primarily by sustainability issues such as the circular economy, CO2 reduction or decarbonization, catalysts are at the heart of this transformation, as they are needed for approximately 80 percent of all chemical processes.

The internal integration supports transformation of the chemical industry as well as the Catalysts expansion strategy on the way to becoming a leading global catalyst supplier for the chemical industry.

"Currently, the global market for catalysts is very fragmented," said Business Line Manager Sanjeev Taneja. "Against this backdrop, we continue our growth journey by providing innovative catalysts and adsorbents delivering sustainable customer value. We are gradually expanding our product and service portfolio in the direction of Next Generation Solutions - be it through targeted acquisitions or strategic collaborations thus enabling our customers master their own transformation. And we do this by offering catalysts that enable new sustainable production processes, products and applications. The integration of the alkoxides will boost our efforts.”

The main application of alkoxides is the production of sustainable biodiesel fuel from vegetable oils, used cooking oils or other fat-based waste. The use of alkoxides optimizes the process toward the highest possible yield of feedstock. In the synthesis of active ingredients and fine chemicals, alkoxides also find numerous applications in the life science industry.

One particularly promising prospect for alkoxides is the chemical recycling of PET plastic. Evonik is currently working with partners to split the polymer chains into the original monomers and thus regenerate the chemical building blocks that were used at the start of plastics production. These components can then be used to produce new polymers again for high-quality applications.

The Alkoxides business is managed as a separate product line within the Catalysts Business Line, and will be managed by Alexander Weber, a proven executive from the Alkoxides business and is being reported as part of Smart Materials division as of 1st January 2023. In Fiscal 2021, it generated a turnover of ~€300 m.

We remind, in 2021, Evonik began working on the construction of a new plant for the production of methylate in Southeast Asia. This will further strengthen Evonik’s global alkoxides business. Alkoxides are predominantly needed as catalyst for the biodiesel production as well as in synthesis applications in the pharmaceutical and agricultural industries. The size of the investment is in the mid double-digit million range.

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MOSCOW (MRC) -- France-based green biotech company Carbios and Denmark-based biological solutions provider Novozymes have announced an exclusive long-term global strategic partnership, said Recyclingtoday.

The companies say the agreement ensures the long-term production and supply of Carbios’ proprietary polyethylene terephthalate- (PET-) degrading enzymes at an industrial scale for a biological PET recycling plant that is due to start production in 2025 in Longlaville, France, as well as Carbios’ future licensee customers.

The two companies have had a partnership since 2019 to develop enzyme-based solutions and address the sustainability challenge of plastic pollution, both within PET recycling and PLA biodegradation. Under the new agreement, the companies say they will extend their collaboration to develop, optimize and produce enzymes that will subsequently be supplied by Novozymes to all licensees of Carbios’ technology.

According to the companies, the partnership supports the large-scale industrial deployment of Carbios’ patented PET recycling technology, starting with Carbios’future industrial unit in Longlaville, which they claim will be the first biological PET recycling plant. Construction will begin later this year, with production set to start in 2025, and the processing capacity will be 50,000 tons of scrap per year.

“We are delighted to expand our partnership with Novozymes, the world leader in biological solutions, and to build on our strong existing relationship to provide a sustainable supply solution for our future customers,” Carbios CEO Emmanuel Ladent says. “Novozymes’ continued support is testament to our joint commitment to achieve a truly circular economy for plastics and textiles that will benefit the environment and be economically viable for all business partners.”

Novozymes Vice President of Marketing, Agricultural and Industrial Biosolutions, Hans Ole Klingenberg, says, “We are excited to advance our collaboration with Carbios by signing this exclusive agreement and to support the next phase of scaling this new business of biological plastic recycling. By providing biological solutions at a large scale, Novozymes is pleased to contribute in bringing Carbios’ biorecycling of PET plastics and fibers to market.”

We remind, Novozymes says that with the inauguration ceremony of the new biomass-based block at the Asn's Power Station, all energy to Novozymes in Kalundborg, Denmark, comes from sources other than oil and coal. This has become possible through an agreement among Novozymes, Novo Nordisk, Kalundborg Forsyning, and Orsted to phase out coal from Denmark's largest coal-fired power station unit, the Asn's Power Station, which is owned and operated by Orsted, and replace it with wood chips.

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MOSCOW (MRC) -- BASF’s Monomers division has announced an ambitious sustainability roadmap: It will expand its portfolio of products with a lower CO2 footprint and is committed to providing a circular option in every major product line by 2025, said the company.

At the same time, the division will continue to prioritize technical optimization measures to cut CO2 emissions from operations. “As a commodity business at the heart of chemical production, we have the potential to significantly drive the sustainable transformation of both BASF and the various customer industries we serve,” said Dr. Ramkumar Dhruva, President, Monomers division at BASF. The Monomers division supplies key industries from food packaging, textiles, automotive or construction to wood binders and many others with base chemicals. The new divisional sustainability roadmap is an essential part of BASF’s journey towards climate neutrality and net zero CO2 emissions by 2050.

“We understand sustainability as the decisive factor for future business success and are committed to providing our customers with the right solutions to help them reach their individual sustainability goals,” said Dhruva.

Net zero greenhouse gas emission targets demand a new level of carbon transparency. The product carbon footprint (PCF) is therefore becoming a differentiating factor, even for commoditized products. BASF’s Monomers division is pioneering a certified low-PCF option in all of its product lines by applying the company’s mass balance approach. Examples are Lupranat® ZERO, an MDI made from biobased raw materials that has a PCF of zero, and Ultramid® Ccycled™, an innovative material for the textile industry for which chemically recycled feedstock from end-of-life tires is used in production and attributed via a certified mass balance approach. The division has major sites and more than 200 products already RedCert2 or ISCC+ certified today. It aims to have additional sites certified in all regions by the end of 2023 and will continue to expand its portfolio of certified mass balanced products for its customers worldwide.

We remind, BASF has broken ground on the third and final phase of the methylene diphenyl diisocyanate (MDI) expansion project at its Verbund site in Geismar, Louisiana, announced in July 2022. The company will increase production capacity to approximately 600,000 metric tons per year by the middle of the decade to support the ongoing growth of its North American MDI customers.

BASF is a leading supplier, manufacturer, and innovation partner of plastic additives. Its comprehensive and innovative product portfolio includes additives that provide ease in processing, and heat and light resistance to a variety of polymers and applications including molded articles, films, fibers, sheets, and extruded profiles.

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MOSCOW (MRC) -- Henkel and Shell Chemical LP have agreed to a five-year collaboration to replace up to 200,000 tonnes of fossil feedstocks used in the manufacture of surfactants with feedstocks that are based on renewable raw materials, said the company.

The renewable-based surfactants will be used in Henkel’s laundry product brands, including many varieties of Persil®, Purex® and all® brands. Surfactants are an ingredient in cleaning products that help lather and lift dirt.

“This landmark cooperation significantly advances Henkel’s share of renewable-based ingredients in leading consumer brands in North America,” said Ulrike Sapiro, Chief Sustainability Officer at Henkel. “This is an important, concrete step toward realizing our vision of a regenerative planet through a climate-friendly business model. Working together with partners like Shell will help get us there faster."

Shell estimates that replacing up to 200,000 tonnes of fossil feedstocks with renewable feedstocks has the potential to reduce greenhouse gas emissions by up to 120,000 tonnes of CO2e over the length of the five-year agreement.

We remind, Uniper and Shell have awarded contracts for the design studies of the main hydrogen production and carbon capture plant for the proposed Humber H2ub project. The project aims to produce low-carbon hydrogen using gas reformation with carbon capture technology at Uniper’s Killingholme power station site on the South Humber bank in the UK.

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