Science and Business Developments

Solugen and ADM Forge Strategic Partnership, Unveil Plans for New Biomanufacturing Facility in Minnesota

Solugen, a pioneering climate technology company revolutionizing everyday chemistry, and ADM, a global agribusiness leader, have joined forces to establish a state-of-the-art biomanufacturing facility in Marshall, Minnesota. This strategic partnership aims to scale the production of innovative, plant-based specialty chemicals and biobased building block molecules to meet the rising demand for sustainable products across various sectors. Under the agreement, Solugen will construct a cutting-edge 500,000-square-foot biomanufacturing facility adjacent to ADM's existing corn complex in Marshall. The facility, set to commence operations in the first half of 2025, will utilize dextrose provided by ADM to scale Solugen's current range of lower-carbon organic acids. Additionally, the collaboration will involve the development of new, groundbreaking molecules to replace traditional fossil fuel-based materials.

Gaurab Chakrabarti, Co-Founder and CEO of Solugen, said, “The strategic partnership with ADM will allow Solugen to bring our chemienzymatic process to a commercial scale and meet existing customer demand for our high-performance, cost-competitive, sustainable products.” Solugen's Bioforge platform, leveraging computationally engineered enzymes and metal catalysts, converts plant-derived substances into essential materials traditionally derived from fossil fuels. This innovative process offers enhanced efficiency, scalability, and a significant reduction in carbon footprint compared to conventional ingredients.

Chris Cuddy, President of ADM's Carbohydrate Solutions business, highlighted the importance of sustainability in ADM's strategic evolution, stating, “This strategic partnership will allow us to further diversify our product stream as we continue to support plant-based solutions spanning sustainable packaging, pharma, plant health, construction, fermentation, and home and personal care.”

Solugen plans to commence offsite construction later this year, with on-site construction scheduled for early 2024. The project's initial phase, set to create at least 40 permanent jobs and an additional 100 temporary construction jobs, aligns with Solugen's commitment to advancing domestic capabilities crucial for achieving ambitious climate targets in the U.S. “The initial phase of the project will significantly increase Solugen's manufacturing capacity, which is critical for commercializing our existing line of molecules and kicks off plans for a multi-phase large-scale U.S. Bioforge buildout,” said Sean Hunt, Co-Founder and CTO of Solugen.

Marshall, with its robust corn supply and advanced corn-to-dextrose conversion technology, provides an ideal location for the facility. The city's proactive approach, skilled workforce, and support from local and regional governments further enhance the viability of the project.

Dow and LanzaTech Join Forces to Launch Biobased Surfactant for Home Care Market

Dow, Inc. and LanzaTech Global, Inc. have forged a strategic partnership to bring a biobased surfactant to the home care market. Leveraging LanzaTech's biorecycling technology, this innovative biosurfactant aims to transform carbon-rich pollution from industrial facilities into sustainable chemicals, including ethanol, which serves as a precursor for the production of surfactants. LanzaTech's biorecycling technology employs specialized bacteria to consume carbon-rich emissions from industrial sources, such as steelmaking plants. The proprietary bacteria convert this pollution into ethanol, which, in turn, can be processed into ethylene oxide—an essential building block for surfactant production.

In the quest for sustainability, soap and detergent brands are increasingly turning to renewable ingredients. Unilever, for instance, committed in 2020 to eliminate fossil-based ingredients from its cleaning products by 2030. Since then, the company has entered into over 500 IP-generating partnerships, exploring areas like plant-based proteins and biotechnology for enhanced cleaning. Procter & Gamble, in its ambition to achieve net-zero carbon emissions by 2040, identifies renewable carbon as a crucial pathway. The demand for sustainable cleaning solutions is growing, with consumers placing more emphasis on environmentally friendly options.

Jennifer Holmgren, CEO of LanzaTech, emphasized, “There is enough carbon above ground to make all the things we need.” LanzaTech has been actively involved in the ethoxylates sector, converting ethanol into surfactant ingredients. The collaboration with Dow is poised to significantly expand their presence in this market, which was valued at $19 billion in 2022. Farooq Alam, Global Strategic Marketing Director at Dow Home Care, highlighted the distinct appeal of providing cleaning solutions derived from recycled carbon. Dow will introduce the biosurfactant, named EcoSense 2470, to the market later this month. In addition to this collaboration, Dow is the exclusive distributor of sophorolipid biosurfactants produced by Locus Performance Ingredients, based in Solon, Ohio.

This collaboration underscores the commitment of Dow and LanzaTech to advancing sustainable alternatives in the home care market, aligning with the industry's shift toward eco-friendly and renewable solutions. As consumer preferences evolve, partnerships like these play a pivotal role in driving innovation and meeting the rising demand for sustainable household products.

Renewable Carbon Initiative (RCI) Showcases Feasibility of Chemical Industry Defossilization Through Life-Cycle Analyses

The Renewable Carbon Initiative (RCI), an industry association established in 2020, is championing the potential for defossilization in the chemical sector. According to life-cycle analyses (LCAs) released by RCI, the adoption of biobased and circular feedstocks can lead to a substantial reduction in greenhouse gas (GHG) emissions associated with materials traditionally derived from fossil-based feedstocks. The comprehensive set of case studies, recently unveiled by RCI, illustrates the viability of transitioning away from fossil resources, a primary contributor to human-induced climate change. Authored by nova-Institut based in Hürth, Germany, the report underscores the urgent need for renewable carbon feedstocks, encompassing biobased, CO₂-based, or recycled sources, to supplant dominant fossil feedstocks in the chemical and materials production sectors.

The case studies spotlight that not only are competitive materials and products made from renewable carbon already available in the market, but they also boast significantly lower climate footprints ranging from 30% to 90%. The report contends, “To achieve defossilization, renewable carbon feedstocks need to substitute the dominant fossil feedstock in the production of chemicals and materials – sectors that rely on carbon as a feedstock and cannot do without.” While renewable feedstocks don't automatically bring the carbon footprint to zero, the report acknowledges energy consumption during the growth or provision of raw materials, transportation, and product manufacturing stages. The study emphasizes that, with advancing technology, increased use of renewable energy, and scaled electrification of transport and machinery, the carbon footprint of renewable carbon-based materials is expected to decrease substantially.

One of the highlighted LCAs focused on Avantium's polyethylene furanoate (PEF), showcasing a 62% reduction in greenhouse gas emissions when PEF is used to manufacture 500 ml bottles instead of fossil-based polyethylene terephthalate (PET). This reduction is attributed not only to the use of renewable carbon but also to the superior barrier and mechanical properties of PEF, allowing for reduced resin per bottle. Another case study explores pyrolysis-based advanced recycling, comparing the production of low-density polyethylene (LDPE) from mixed plastic waste and naphtha. The study, based on a 2020 LCA commissioned by BASF, reveals lower process emissions for LDPE produced from naphtha compared to pyrolysis. However, when accounting for the emissions prevented by diverting waste to recycling, the net total of emissions is less than zero. Additional LCAs delve into wood-based cellulose staple fibers as alternatives to fossil-based polypropylene and polyester fibers, IFF's enzymatic polymerization technology in sugar beet mills, and Neste's NEXBTL technology converting used cooking oil into liquid feedstocks.

The RCI's case studies offer tangible evidence of the chemical industry's potential to achieve defossilization through strategic adoption of renewable feedstocks, marking a significant milestone in the pursuit of sustainable and environmentally friendly practices.

TurtleTree Achieves Historic Milestone with First-Ever Self-GRAS for LF+

TurtleTree has secured the world's inaugural self-affirmed Generally Recognized As Safe (GRAS) status for LF+™, its precision fermentation-derived lactoferrin. This regulatory milestone positions LF+ as a transformative ingredient with wide-ranging applications, spanning immunity, iron regulation, and gut health. TurtleTree, a leader in precision fermentation, anticipates turning a profit on LF+ by 2024 and aims to address the prevailing global supply shortage of lactoferrin. LF+ is a complex functional protein derived through precision fermentation, boasts significant health benefits, making it a sought-after ingredient for immunity, iron regulation, and gut health. Self-GRAS status signifies that LF+ is deemed safe for consumption in food and beverages, unlocking a multitude of possibilities for TurtleTree in the U.S. market.

TurtleTree's Co-Founder and CEO, Fengru Lin, expressed the significance of this achievement, stating, “[The] accomplishment is a crucial stride in realizing our broader commercialization strategy and in democratizing access to milk's most powerful ingredients.” The current market dynamics reveal a high demand for lactoferrin, which is priced between $750 and $1,500 per kilogram. However, the supply and accessibility of this coveted ingredient fall short, primarily due to the labor-intensive process of extracting lactoferrin from milk. LF+, derived through precision fermentation, tackles this challenge by enabling scalable production, effectively addressing the global shortage of lactoferrin. With this regulatory green light, TurtleTree aims to bridge the gap in the lactoferrin market by introducing LF+ to a wider array of products. This includes fortifying adult nutrition products, such as protein powders, functional beverages, and meal replacement alternatives for the elderly. Furthermore, LF+ will play a crucial role in enhancing plant-based dairy products, contributing to the $35 billion plant-based milk market.

Circa Group AS Appoints Bertel Karlstedt as Next CEO

Circa Group AS has appointed Bertel Karlstedt as the company's incoming Chief Executive Officer (CEO), set to assume office on January 1, 2024. Bertel Karlstedt brings a wealth of experience, boasting a successful 35-year career in the industrial sector, with a notable tenure overseeing businesses with turnovers exceeding €1 billion. His most recent role at Valmet Technologies Oy, a key technological partner for Circa in the Furacell™ technology and the ReSolute™ project, has provided him with invaluable insights into Circa's long-term strategic vision.

In his current role at Valmet, Bertel is instrumental in facilitating the transition to the next generation of leaders, having served as the President of Valmet's global Pulp and Energy business from 2015 to 2022. Prior to his time at Valmet, Bertel Karlstedt served as the CEO of Nordkalk Oyj, a Finnish mining company operating across Europe. His extensive leadership roles include being the CEO of Metso Paper and President of Valmet-Rauma & Metso Paper's Paper Making business, with a global footprint and significant production operations in China.

Profuse Technology and Gelatex Technologies Break New Ground in Cultivated Meat Production

Profuse Technology Ltd. and Gelatex Technologies have jointly announced remarkable strides in cultivated meat production, showcasing significant advancements achieved through their collaborative research efforts. The synergy of Profuse's media supplement and Gelatex's innovative edible scaffolds has proven to be a game-changer in enhancing the growth of chicken muscle tissue. The collaboration has successfully demonstrated the potential of Profuse's media supplement and Gelatex's plant-based edible scaffolds, which play a pivotal role in expediting muscle differentiation, fusion, and maturation. The breakthrough results include a remarkable reduction in the muscle tissue growth cycle to just 48 hours and a five-fold increase in muscle protein content compared to conventional methods of muscle growth.

These achievements hold tremendous promise for the cultivated meat industry, promising substantial cost efficiencies, scalability, and an enhancement in nutritional value. Guy Nevo Michrowski, CEO of Profuse Technologies, expressed the transformative impact of collaboration, stating, “By innovating through collaboration, we are assisting to reshape the future of meat production. Together, Profuse and Gelatex have taken the cultivated meat industry another step towards sustainable and scalable cultivated meat production.” Märt-Erik Martens, the CEO of Gelatex Technologies, emphasized the unique properties of their halospun scaffolds in combination with Profuse's specialized media supplements. He noted, “The unique properties of our halospun scaffolds, combined with Profuse's specialized media supplements, can significantly accelerate the path to commercial viability for cultivated meat.”

Profuse and Gelatex now present cultivated meat producers with a comprehensive solution for optimizing muscle growth. This comprehensive solution includes a complete suite of Gelatex's halospun nanofiber scaffolds, coupled with detailed protocols outlining their seamless integration with Profuse's media supplements for achieving optimal muscle growth. The collaboration between Profuse Technology and Gelatex Technologies stands as a milestone in the evolution of cultivated meat production, offering a pathway to more sustainable, efficient, and nutritious alternatives in the global meat industry.

BASF Introduces BVERDE GP 790 L, a Sustainable Breakthrough in Laundry Detergent Ingredients

BASF, a global leader in chemical innovation, has unveiled its latest achievement in sustainable chemistry with the introduction of BVERDE^® GP 790 L. This cutting-edge addition enriches BASF's diverse portfolio of ingredients specifically tailored for laundry detergent applications. The novel anti-redeposition polymer is not only designed to meet but exceed customers' increasing demand for sustainable products while maintaining uncompromised performance standards. Amita Gupta, Vice President Business Management for Home Care and Industrial Solutions North America, emphasized BASF's commitment to pushing the boundaries of innovation in sustainability. “The launch of the BVERDE readily biodegradable polymer demonstrates our unwavering commitment to bringing innovative, sustainable ingredients to the market,” said Gupta. “BASF's team of experts works tirelessly to ensure that we stay ahead of the curve when it comes to cutting-edge technology and new ingredients, restating our commitment to our customers and the environment.”

BVERDE GP 790 L is 79% biobased and readily biodegradable, setting a new standard for ecological compatibility in laundry detergent formulations. What sets it apart is its ability to match the anti-redeposition performance of acrylate polymers while offering a superior ecological profile. This innovation ensures a clear and homogenous product, making it more compatible with standard detergent formulations than traditional acrylic-based chemistry.

Topsoe Secures Partnership with Santa Maria Renewable Resources for Renewable Fuels Project in Texas

Topsoe, a prominent player in carbon emission reduction technologies, has joined forces with Santa Maria Renewable Resources LLC (Santa Maria) to spearhead a transformative project in Texas. Through licensing and engineering agreements, Topsoe will provide its cutting-edge HydroFlex™ and H2bridge™ technologies for the development of a groundbreaking renewable fuels facility. The state-of-the-art plant, set to be constructed in East Texas, is poised to produce an impressive 3,000 barrels per day (bbl/d) of renewable diesel and Sustainable Aviation Fuel (SAF). With a projected startup in 2026, the facility represents a significant stride in addressing the increasing demand for sustainable alternatives in the transportation and aviation sectors.

The renewable fuels project will leverage various renewable feedstocks to create a combination of renewable diesel and SAF, aiming to contribute substantially to the reduction of emissions in long-distance transportation and aviation. The initiative aligns with the pressing need for a rapid scale-up of SAF production, as underscored by the World Energy Outlook 2023, which reveals that aviation currently accounts for over 2% of all energy-related emissions, with SAF constituting less than 0.01% of aviation fuel.

Topsoe's HydroFlex™ process layout, integrated with the innovative H2bridge™ technology, will be pivotal in minimizing the carbon intensity of the renewable jet and diesel produced at the facility. This strategic collaboration between Topsoe and Santa Maria underscores a shared commitment to advancing sustainable solutions and addressing the challenges posed by emissions in critical sectors.

Pat Sanchez, Founder and CEO of Santa Maria Renewable Resources LLC, highlighted the value of Topsoe's technical services in advancing their renewable fuels project. Sanchez stated, “Topsoe offers the optimal package of technical services for us to develop our renewable fuels project. The Topsoe team understands our value proposition and was very responsive towards deploying their proven technology in our integrated circular economy project.”

ZymoChem Secures $4 Million Grant from U.S. Department of Energy for Biobased Polymers Production

ZymoChem, the pioneering developer of Carbon Conserving (C2) technology aimed at converting renewable feedstocks into environmentally sustainable, high-value materials, has been awarded a $4.0 million grant from the U.S. Department of Energy's (DOE) Bioenergy Technologies Office (BETO). Chosen as one of only five programs nationwide, ZymoChem's innovative efforts will play a crucial role in advancing bioprocessing research and scale-up, aligning with the DOE's Industrial Decarbonization Roadmap. This roadmap is designed to foster emission reductions within the U.S. industrial sector while positioning it as a global leader in innovation.

Since its establishment in 2015, ZymoChem has been utilizing patented technologies to replace petroleum-based ingredients in everyday consumer goods, ranging from personal hygiene items to textiles. The company's Carbon Conserving technology ensures a seamless transition to renewable feedstocks without compromising cost, performance, scalability, or sustainability. Jon Kuchenreuther, Co-Founder, and Chief Scientific Officer at ZymoChem expressed gratitude for the DOE's support, stating, “ZymoChem is grateful to be a part of the Department of Energy's innovative investment portfolio. This collaboration showcases how ZymoChem's technology can reimagine chemical manufacturing for the 21st century in a more efficient and environmentally sustainable manner.”

The DOE, in its press release regarding the grant funding, emphasized the importance of decarbonizing the industrial sector, underscoring its alignment with equity goals. The department highlighted its long-term objectives of advancing high-impact technologies to create well-paying jobs, support underserved economies, and accelerate the growth of the U.S. bioeconomy. As ZymoChem continues to lead the way in sustainable chemical innovation, this grant will undoubtedly contribute to the realization of these shared objectives.

Algenesis Corporation Secures $5 Million in Funding, Led by First Bight Ventures and Circulate Capital

Algenesis Corporation, a leading plant-based material science company, has successfully raised $5 million in a funding round led by First Bight Ventures and Circulate Capital, along with participation from MIH Capital, Diamond Sports Group, RhinoShield, and others. Algenesis, at the forefront of biobased plastics development, is known for its patented Soleic^® technology, which stands as the world's first renewable, high-performance, fully biodegradable, and backyard compostable bioPolyurethane (bioPU) made from plants and algae. Polyurethane (PU) is a widely used material, with an annual production of 25 million tons, constituting 6% of total plastics. However, conventional PU is challenging to recycle, often ending up in landfills or as environmental microplastics. In stark contrast, Algenesis' Soleic^® bioPU boasts compostability within months and lacks harmful PFAS chemical additives present in traditional plastics. Additionally, its production process results in up to 50% lower greenhouse gas emissions compared to petroleum-based PU.

Steve Mayfield, Founder and CEO of Algenesis, expressed excitement about the funding, stating, “We are excited to take this next step in our growth journey, and this funding will support us to scale production and meet the growing demand for Soleic^® PU systems.” Currently available in soft foam applications, such as midsoles and insoles for footwear, Soleic^® PU is set to expand its product lines into breathable waterproof textiles and injection-molded products like phone cases. The funds will also be utilized to bolster Algenesis' supply chain by internalizing more processes, aiming to meet the escalating demand from various consumer-facing brands.

First Bight Ventures and Circulate Capital led the seed round, reinforcing their commitment to supporting innovative companies like Algenesis in developing highly sought-after biobased alternatives to petroleum-based plastics. Veronica Wu, Founder of First Bight Ventures, emphasized the significance of this investment, stating, “We invest in Industrial BioManufacturing, and Algenesis is an excellent representation of new companies creating a highly demanded product, such as bioPU, that comes from Biology versus Petroleum. This is a win for the industry, sustainability, and the world. To save our planet and ourselves, we must move away from petroleum-based plastics and toward biobased alternatives. Algenesis is clearly at the forefront of making this possible.”

Senators Klobuchar and Moran Introduce Bipartisan Bill to Boost Biorefinery and Biomanufacturing Support

U.S. Senators Amy Klobuchar (D-MN) and Jerry Moran (R-KS) have jointly introduced the Agricultural Biorefinery Innovation and Opportunity Act, a bipartisan legislation aimed at fortifying the Biorefinery, Renewable Chemical, and Biobased Products Assistance program. The proposed act seeks to enhance support for the development of biofuels, renewable chemicals, and biobased products by updating the loan guarantee program and reinstating a grant program to encourage public-private partnership investments in pilot and demonstration-scale facility development.

Klobuchar emphasized the significance of advancing America's biomanufacturing capabilities, stating, “Developing America's biomanufacturing capabilities is good for our farmers and good for our economy. This legislation will strengthen the Biorefinery, Renewable Chemical, and Biobased Products Assistance program and will continue to create jobs and solidify America as a leading manufacturer of these products.” Moran highlighted the potential of biofuels to provide new markets for farmers and contribute to U.S. energy independence, stating, “Investing in biofuels will provide new markets for our farmers while helping the U.S. to become more energy independent.”

The proposed legislation includes provisions to update the biorefinery grant program, offering cost-share grants for up to 50% of the pilot-scale facility construction costs. It includes $100 million in mandatory funding over five years, along with a discretionary component. Several organizations and industry leaders have expressed support for the legislation. Jamaica Gayle, Acting Executive Director of the Plant Based Products Council, commended the critical step in promoting the Biorefinery, Renewable Chemical, and Biobased Product Manufacturing Assistance Program. John Bode, President and CEO of the Corn Refiners Association, emphasized the program's vitality for U.S. competitiveness in the ag bioeconomy, anticipating economic growth, job creation, and improved circularity.

Robin Bowen from the Ag Bioeconomy Coalition and Lloyd Ritter from the Ag Energy Coalition also lauded the efforts to modernize the program, highlighting its role in supporting rural communities and facilitating innovations in biobased products and renewable chemicals. The proposed legislation comes as part of broader bipartisan efforts to strengthen the agricultural and bioeconomy sectors. Klobuchar has been an advocate for biofuels and biomanufacturing, having introduced several bills to bolster related programs and initiatives.

In July, Klobuchar, along with Senators Joni Ernst, Debbie Stabenow, and Pete Ricketts, introduced the Biomanufacturing and Jobs Act to strengthen the USDA BioPreferred program. In June, she introduced the Sustainable Aviation Fuels Accuracy Act to solidify the future of American-grown sustainable aviation fuels. Additionally, Klobuchar, along with Senators Tammy Duckworth, Deb Fischer, Chuck Grassley, and Joni Ernst, introduced the Consumer and Fuel Retailer Choice Act of 2023 in March, enabling the year-round, nationwide sale of ethanol blends higher than 10 percent.

The Agricultural Biorefinery Innovation and Opportunity Act demonstrates bipartisan commitment to fostering sustainability, innovation, and economic growth in the agriculture and bioeconomy sectors.

Compostable Coffee Capsules with Ingeo Biopolymer Deemed Most Sustainable, According to Wageningen University

A recent study by Wageningen Food & Biobased Research, part of Wageningen University & Research (WUR), has revealed that coffee capsules crafted from NatureWorks' Ingeo™ PLA biopolymer outshine aluminum, traditional plastics, and other compostable capsules in terms of sustainability. The independent study meticulously examined the environmental impact and circularity of single-use coffee capsules across various end-of-life scenarios, including industrial composting, recycling, incineration, and landfill.

Compostable coffee capsules, specifically those using Ingeo biopolymer, emerged as the most sustainable option, considering both greenhouse emissions and material circularity. The study also factored in the fate of spent coffee grounds within the capsules and found that compostable variants maintain both the coffee grounds and capsule materials in a closed loop through organics recycling.

The thermoformed Ingeo-based capsules, integral to the study, were produced by Flo SpA, NatureWorks' partner and a renowned food packaging producer. Erwin Vink, Sustainability Director at NatureWorks, emphasized the comprehensive nature of the study, stating, “The Material Circularity Indicator (MCI) integrates critical factors such as recycling rates, recycled content, recycling process yield, biobased content, reusability, and average product lifespan. The MCI is the most comprehensive tool for measuring the circularity of materials and offers scientifically based insights for guiding sustainable material choices.”

Ingeo, derived from annually renewable, plant-based resources, showcased a low impact on global warming, contributing to the favorable sustainability metrics of the compostable capsules. When composted, these capsules achieved an MCI of 100%, signifying full circularity, as both the capsule material and coffee grounds undergo organic recycling. Even in scenarios of improper disposal, where consumers discard capsules into other waste streams, compostable capsules made with Ingeo maintained robust sustainability metrics.

Flavio Di Marcotullio, Strategic Marketing Manager at NatureWorks, highlighted the study's significance in encompassing the entire life cycle of the capsule and its contents. He stated, “It clearly shows that compostable capsules made with Ingeo are, bottom line, the most sustainable material for single-use coffee capsules, outperforming recycling scenarios for both conventional plastic and aluminum while also making disposal simple for consumers.”

NatureWorks has collaborated with Flo SpA since 2018 to develop Ingeo PLA-based compostable coffee capsules. Rigorous testing for quality and compostability has been a priority, ensuring that the capsules not only offer sustainability benefits but also deliver a positive end-user brewing experience. Compostable coffee capsules enable consumers to discard both the packaging and spent coffee grounds into a single waste stream, diverting them from landfills or incinerators to industrial composting. In this process, the materials are transformed into a valuable soil amendment that enhances soils through carbon sequestration and water retention.

Braskem Expands Presence in Asia with Tokyo Representative Office, Advancing Biopolymer Development

Braskem, a global leader in biopolymer production, announces the inauguration of its Representative Office in Tokyo, Japan, underscoring its commitment to the Japanese market and the ongoing advancement of biopolymer solutions based on renewable feedstock. This strategic move aligns with Braskem's dedication to carbon neutrality and its proactive role in addressing climate change. For more than 15 years, Braskem has been a key provider of biopolymers to Japan, offering sustainable solutions in line with the country's ambition to establish a carbon-neutral circular economy.

Braskem's flagship biopolymer, I'm green biobased Polyethylene (PE), plays a pivotal role in fostering a carbon-neutral society and combating climate change. The product boasts a negative carbon footprint, from sugar cane cultivation to polymer production. The innovative process involves the removal of CO₂ from the atmosphere through photosynthesis, with the captured carbon stored in the biopolymer. This material can undergo mechanical or chemical recycling, contributing to a circular economy.

The company recently augmented its biopolymer production capacity in Brazil by 30% and entered into a joint venture with SCG Chemicals to spearhead a project in Thailand, further enhancing the regional availability of I'm green biobased Polyethylene (PE) in Asia. Walmir Soller, VP of Braskem for Europe & Asia and Global Leader for the I'm green biobased PE business, expressed enthusiasm about the expansion, stating, “We are always seeking opportunities to extend the reach of I'm green biobased PE and offer low-carbon alternatives to our clients, in line with the growing societal demand for sustainable solutions. Our Representative Office in Japan will serve as Braskem's ambassador, collaborating with local stakeholders and advocating for the development of low-carbon solutions. We aim to be an active partner in Japan's journey towards net zero by contributing sustainably sourced plastics from renewable feedstock.”

I'm green biobased Polyethylene is a plastic derived from sugar cane ethanol, adhering to a responsible sourcing protocol encompassing requirements related to biodiversity, labor rights, social responsibility, and best agricultural practices. Widely used in various products, including packaging for food and beverages, personal and home care items, toys, houseware, and safety equipment, I'm green biobased PE epitomizes Braskem's commitment to sustainable and responsible polymer solutions.

Origin Materials Marks Milestone with Commercial-Scale Production Launch at Origin 1 Plant

Origin Materials, Inc., the global leader in carbon-negative materials, has taken a significant stride towards sustainable materials with the official commencement of commercial-scale production at Origin 1, situated in Sarnia, Ontario, Canada. This facility stands as the world's pioneering commercial plant of its kind. The cutting-edge Origin 1 plant signifies a substantial upscaling of the company's core technology platform. The technology is designed to convert sustainable wood residues into intermediate chemicals, encompassing chloromethylfurfural (CMF), hydrothermal carbon (HTC), and oils and extractives. Origin 1, at commercial scale, facilitates the production of Origin's versatile chemical building blocks for the first time. These building blocks hold the potential to decarbonize and enhance the performance of diverse end-products. The range includes biobased apparel and textiles, green tires for the automotive industry, and biobased, fully recyclable packaging, addressing a market valued at approximately $1 trillion.

“This start of production at Origin 1 is a key inflection point in our effort to decarbonize the world's physical goods,” says John Bissell, Co-Founder, and Co-CEO of Origin Materials. “As an operating chemical plant, Origin 1 proves our technology's scalability and brings online an important manufacturing capability that helps us meet the growing demand for our technology and products as the world moves aggressively to a zero-carbon future. We are excited to expand the deployment of our platform now that we have achieved commercial-scale production.”

Erik Ripple Assumes Leadership as President and CEO of NatureWorks

NatureWorks, a forefront manufacturer of polylactic acid (PLA) biopolymers derived from renewable sources, welcomes Erik Ripple as the new President and Chief Executive Officer. This appointment follows Jill Zullo's interim tenure since March 2023 when former CEO Rich Altice retired from NatureWorks. Erik Ripple brings a wealth of experience to NatureWorks, having previously served as Chief Strategy Officer at Nexeon, Ltd. in the United Kingdom, where he played a pivotal role in the successful launch of their first commercial product for electric vehicle batteries. Prior to that, Ripple served as the Chief Growth and Innovation Officer at Ingevity, spearheading innovation efforts and designing acquisition strategies for the company.

With a background spanning 18 years at Eastman Chemical Company and leadership roles in innovation, business management, and corporate development, Ripple is poised to lead NatureWorks during a period of significant growth and innovation. His global business acumen and strategic capabilities align with NatureWorks' commitment to driving the adoption of sustainable biomaterials worldwide.

“We are pleased to welcome Erik as the new CEO of NatureWorks. Erik has a strong track record of global business leadership, building innovative teams, and driving growth in new markets,” stated Narongsak Jivakanun, NatureWorks Board Chair, PTTGC. “As NatureWorks continues to drive the global adoption of sustainable, performance biomaterials, we are confident that Erik's strategic capabilities will further build upon the company's strong foundation.” Ripple's appointment comes as NatureWorks embarks on constructing a new 75,000-ton-per-annum (kta) Ingeo biopolymer manufacturing facility in Thailand, reinforcing the company's commitment to sustainable, biobased materials.

Sasol Chemicals and Solugen Collaborate to Assess Sustainable Ingredients for Care Chemicals Applications

Sasol Chemicals, a business unit of Sasol Ltd., and Solugen have officially entered into an agreement to explore and potentially commercialize new solutions in response to the surging consumer demand for sustainable ingredients in home and personal care products. This strategic collaboration aims to evaluate the efficacy of Solugen's proprietary products, blends, and derivatives in Sasol Chemicals' formulations for household, personal care, and industrial and institutional cleaning surfactants, with an initial focus on chelating agents. Jonathan Ward, Senior Manager of Strategy and Sustainable Growth for Sasol's Essential Care Chemicals business division, stated, “This agreement is an example of our approach to partnering to find innovative solutions for our customers. Our focus is delivering high-performing products with lower carbon footprints at competitive prices, and we are eager to see how Solugen's products might help us do that.”

Solugen produces high-performing and cost-competitive materials used in various applications, including detergents, cleaning products, and personal care items. These ingredients are manufactured at Solugen's Bioforge facility in Houston, employing a groundbreaking chemienzymatic process to convert plant-derived substances into essential materials traditionally derived from fossil fuels—with minimal to no emissions and waste. Gaurab Chakrabarti, CEO of Solugen, expressed enthusiasm about the partnership, stating, “We are thrilled to partner with Sasol Chemicals, one of the world's largest producers of surfactants, to drive positive impact in the home and personal care market. Sasol's commitment to sustainability makes it an ideal partner for Solugen. We look forward to leveraging our combined strengths in technology, production, and market development to meet increasing consumer demand for our high-performance, biobased solutions.”

Sasol Chemicals Unveils CARINEX and LIVINEX Biosurfactant Brands for Sustainable Personal and Home Care Solutions

Sasol Chemicals, a key business unit of Sasol Ltd. (JSE: SOL; NYSE: SSL), has officially introduced CARINEX and LIVINEX, two groundbreaking biosurfactant brands, marking a significant expansion of Sasol's sustainable product portfolio. The initial offerings under these brands, CARINEX SL and LIVINEX SL, represent Sasol's commitment to delivering eco-friendly and high-performing solutions.

Sasol Chemicals, recognized globally as one of the largest surfactant manufacturers, has been at the forefront of seeking alternatives to traditional surfactants. The company's strategic partnership with Holiferm Limited, announced in March 2022, aimed at developing sophorolipids—a fermentation-derived biosurfactant known for its substantial reduction in carbon footprint compared to petroleum or biobased surfactants. Leveraging Holiferm's proprietary technology, Sasol's sophorolipids are entirely derived from natural palm-free oils and/or sugars, ensuring environmentally friendly products without compromising performance.

Eric Stouder, Senior Vice President of Sasol Chemicals, emphasized the role of partnerships in driving sustainable innovation and transformation, stating, “As Sasol continues to find ways to offer our customers lower-carbon footprint products, we believe partnerships are the key to unlocking and accelerating sustainable innovation and transformation. Combining Holiferm's advanced technology with Sasol's unique chemistry and global reach, we can now offer our customers mass-produced, high-performing, and more sustainable solutions at competitive prices.”

CARINEX is specifically designed for the personal care market, while LIVINEX targets customers in the home care, technical, institutional, and industrial cleaning sectors. Both CARINEX and LIVINEX sophorolipids (SL) are fully biodegradable and well-tolerated by aquatic organisms. They function as detergents, dispersants, emulsifiers, foaming agents, or wetting agents, catering to various needs in daily personal care products, such as shampoos and conditioners, as well as cleaning and technical applications like detergents and degreasers.

Debut Secures Over $40 Million in Additional Series B Funding to Transform the Fragrance Industry with Advanced Biomanufacturing

Debut, a pioneering synthetic biology company specializing in advanced biomanufacturing, has closed a substantial $40 million in its Series B funding round led by BOLD, the venture capital fund of L'Oréal. This significant capital injection will drive Debut's mission to develop bio-identical and innovative fragrance molecules, propelling the fragrance industry toward a sustainable future.

As a vertically integrated synthetic biology firm, Debut utilizes cutting-edge biomanufacturing approaches to unlock a new era of cosmetic bioactive ingredients. Building on its successful scaling of biotechnology in skincare, the company now aims to address critical challenges within the fragrance sector.

Debut Founder and CEO, Joshua Britton, Ph.D., emphasized the unique position of Debut's advanced biomanufacturing processes. He stated, “Only Debut's proprietary advanced biomanufacturing processes can reconcile two diametrically opposing needs: the innate consumer drive for naturalness, and the unsustainable pressure on the planet's dwindling natural resources.” The funding will empower Debut to leverage its proprietary biomanufacturing platform for a strategic entry into the fragrance category. The goal is to establish Debut's biotech fragrance model as the benchmark for sustainability in the fragrance industry. The company aims to enable fragrance brands to transition to biobased formulas while preserving the olfactive integrity of their products.

Debut's advanced biomanufacturing offers a groundbreaking solution, allowing the replication of the scent signature and precise characteristics of natural ingredients. This includes structurally complex elements that are challenging to source and exist in trace amounts in nature. The company will also focus on the development of novel fragrance molecules, opening new creative horizons for the industry.

Britton highlighted the urgency of the fragrance industry's need for sustainable solutions, stating, “Debut's ability to manufacture natural, safe, and sustainable fragrance molecules at the highest standards of purity will safeguard the perfumer's palette and halt the extraction of ingredients from the planet.” Debut's bio-identical ingredients, generated through genetic facsimiles of molecules found in nature, promise to revolutionize fragrance manufacturing. The biomanufacturing process ensures natural inputs, a natural vehicle, and a natural end-product, providing petrochemical-free, renewable, and supply-chain-stable molecules.

Shell GameChanger Accelerator Announces New Cohort Focused on Carbon-Negative Technologies

The Shell GameChanger Accelerator™ Powered by NREL (GCxN) has unveiled the participants for its sixth cohort, selecting DTE Materials, Hexas Biomass, Invizyne Technologies, and ZILA BioWorks. Developed in collaboration between Shell GameChanger and the U.S. Department of Energy's National Renewable Energy Laboratory (NREL), GCxN supports early-stage cleantech startups in advancing cleaner technologies with the goal of reducing technology development risk and accelerating commercialization.

The startups in the latest cohort focus on pioneering technologies to sequester carbon into construction materials and convert waste or bio-renewable feedstocks into energy and chemical products. The selection process involves referrals from Channel Partners, an extensive cleantech ecosystem, and a rigorous review by technology experts, NREL, and Shell representatives.

The fourth startups to join GCxN's program are:

DTE Materials (Fresno, CA): Specializing in converting agricultural and forest waste into sustainable, carbon-negative construction materials. GCxN will assist in a life cycle analysis and bio-aggregate production using NREL's steam explosion reactor.

Johanna Jamison, GCxN program manager at NREL, emphasized the collaboration's potential impact, stating, “We're fostering collaborations in unprecedented areas to advance cutting-edge cleaner technologies with the potential to dramatically impact the future energy landscape.” Yesim Jonsson, Shell's GCxN program manager, highlighted the importance of technologies that remove carbon dioxide, stating, “The companies in GCxN's sixth cohort embody these objectives and have the potential to usher in a more sustainable future.”

GCxN's sixth cohort marks a total of 23 portfolio companies, collectively raising over $317 million since joining the program. The leverage ratio of $67 raised for every dollar of Shell project funding showcases the program's significant impact on the cleantech ecosystem, with startups entering at a 3.6 Technology Readiness Level and graduating at a 5.6 on average. The portfolio companies have created 285 jobs, further demonstrating the program's positive influence on the cleantech job market.

Provectus Algae Tackles Livestock Methane Emissions with Breakthrough Biomanufacturing Plant

Provectus Algae has ventured into the realm of livestock methane reduction, marking a pivotal moment with the commissioning of its first demonstration biomanufacturing plant in October. The 30,000 L facility is dedicated to scaling up the production of Asparagopsis feed additives, positioning Provectus Algae as a major player in mitigating methane emissions from livestock. Provectus Algae specializes in biomanufacturing approaches utilizing carbon-capturing algae. The company's comprehensive technology platform has the capability to produce various photosynthetic algae, even those traditionally challenging to cultivate. While initially developed for microalgae, the platform has demonstrated success in producing complex macroalgae species.

Methane, a potent greenhouse gas, holds over 25 times the heat-trapping capacity of carbon dioxide. Livestock, particularly through ruminant methanogenesis, is a crucial focus area for reducing methane emissions to align with global climate goals, as emphasized by the UN Global Methane Pledge.

Asparagopsis, discovered and patented by Australia's Commonwealth Scientific and Industrial Research Organization (CSIRO), James Cook University, and FutureFeed, has emerged as a promising solution for curbing livestock methane emissions. Extensive research spanning the past decade has shown the red algae's effectiveness in reducing enteric methane emissions by up to 95%. However, commercial-scale production of Asparagopsis has faced challenges, including slow growth in traditional aquaculture and ocean farming systems, as well as variations in bioactive compound concentrations. These obstacles have hindered efforts to achieve scale and price competitiveness with synthetic alternatives, despite the apparent economic threshold of below 50 cents per daily dose.

Provectus Algae's Precision Photosynthesis™, a fundamental element of its technology stack, enables faster production of these algae while maintaining consistent control over the expression of bioactive compounds. This breakthrough promises a significant reduction in the cost of goods. Nusqe Spanton, founder and CEO of Provectus Algae, emphasizes the importance of affordability, stating, “Given that the agricultural industry typically operates on tight margins, the reality is that without offering a viable product at a low cost per dose, it will be difficult for farmers to adopt.” With its scalable, modular, closed production system, Provectus Algae can cultivate Asparagopsis anywhere globally. This approach allows production near farms, minimizing shipping costs, reducing carbon footprints, and preventing efficacy loss from prolonged storage and transportation.

Backed by sustainability leaders like Hitachi Ventures and CJ Cheiljedang, Provectus views livestock methane reduction as an ideal application for its technologies. The company plans to scale Asparagopsis production from its 10 kL pilot operation to the newly commissioned 30 kL demonstration plant, with the capacity to produce over 700 doses per day. This could potentially remove over 4 metric tons of CO2 equivalent enteric emissions daily. Provectus Algae envisions expanding the demonstration plant to 160 kL and initiating the construction of a large-scale facility in 2024, aiming to supply doses to over 250,000 animals in 2025 and reduce enteric emissions by more than 500,000 metric tons of CO2 equivalent annually. Pete Bastien, Partner at Hitachi Ventures, applauds Provectus Algae's approach, stating, “Provectus Algae's Asparagopis bioproduction approach is a major proof point in their photosynthetic bioprocess that can bring tangible impact to a global problem while transforming the sustainable biomanufacturing landscape.”

Fermbox Bio and BBGI Join Forces for State-of-the-Art Precision Fermentation Synbio Plant in Southeast Asia

Fermbox Bio and BBGI have officially entered into a strategic joint venture agreement to establish cutting-edge precision fermentation facilities in Thailand and Southeast Asia. The collaboration aims to pioneer advanced biotechnology, with an initial focus on enzyme production and an expansion into innovative Synthetic Biology (Synbio) products to cater to global clientele. The joint venture, named BBFB, is set to become the first large-scale advanced biotechnology plant (CDMO) in Southeast Asia, designed to contribute to the Bio-Circular-Green Economy Model. The anticipated total fermentation capacity of up to 1 million liters will be complemented by state-of-the-art upstream and downstream equipment, with an estimated phased investment of $82 million.

Mr. Subramani (suBBu) Ramachandrappa, Founder of Fermbox Bio, expressed the collaborative model's potential impact: “Fermbox Bio provides contract development and manufacturing services to global customers. We believe that by joining forces with partners worldwide, like our joint venture, BBFB in Thailand, we can amplify our impact, accelerate innovation, and drive the sustainable transformation of industries.”

BBGI's CEO, Mr. Kittiphong Limsuwannarot, highlighted the strategic significance of the venture: “BBGI has entered a joint venture agreement with Fermbox Bio to mutually establish BBFB, the first large-scale advanced biotechnology plant (CDMO) in Southeast Asia and Thailand to produce bioproducts with precision fermentation processes to support the Bio-Circular-Green Economy Model. The BCG model is expected to enhance sustainability in biological resources and build inclusiveness in Thailand's economy, society, and environment.” Fermbox Bio will bring its expertise in synthetic biology and manufacturing processes to the collaboration, while BBGI will contribute its extensive experience in large-scale project execution, operational capabilities, and funding. The partnership seeks to leverage the strengths of both entities to drive innovation and contribute to the advancement of sustainable technologies in the region.

Virent and Johnson Matthey Power Historic 100% SAF Trans-Atlantic Flight

In a groundbreaking achievement for the aviation industry, Virent and Johnson Matthey's BioForming^® Sugar to Aromatics (S2A) technology has enabled the world's first drop-in 100% Sustainable Aviation Fuel (SAF) trans-Atlantic flight by a commercial airline. This milestone flight, conducted by Virgin Atlantic on a Boeing 787 powered by Rolls-Royce Trent 1000, marks a significant advancement in the aviation sector's pursuit of a lower carbon future.

The Virgin Atlantic flight, a historic journey powered exclusively by 100% SAF, utilized BioForm^® Synthesized Aromatic Kerosene (SAK), a drop-in replacement for traditional jet fuel, derived solely from sustainable feedstocks. The achievement is attributed to a new biobased aromatic jet fuel blending component developed through Virent and Johnson Matthey's collaborative BioForming^® process. Aromatics, essential for jet fuel, play a crucial role in enhancing fuel system performance, increasing lubricity, and preventing fuel leakage by interacting with polymer seals.

Originally invented by Virent and jointly developed by Johnson Matthey for commercialization, the BioForming^® process converts sustainable plant sugars into bio-aromatic products, including BioForm^® Synthesized Aromatic Kerosene (SAK). SAK serves as a key component for jet fuel, offering the potential to be blended with various SAF, facilitating the transition from conventional fuel to sustainable alternatives compatible with existing aviation technology. Demonstration flights using BioForm^® SAK have not only showcased its efficacy but also demonstrated its role as a 'normalizer' to meet aviation performance criteria when blending different SAF sources.

Maurits van Tol, Chief Executive of Catalyst Technologies at Johnson Matthey, emphasized the significance of BioForming^® technology: “BioForming^® technology is at the heart of this breakthrough; it's the key to unlocking a future-ready solution for air travel with much higher levels of decarbonization. The successful Virgin Atlantic flight is a testament to what we can achieve. It is a call to action to accelerate SAF production. At Johnson Matthey, we're committed to working with partners, such as Virent, and driving sustainable innovation and contributing to the global fight against climate change.”

BioForm^® SAK offers the required aromatics for jet fuel without the need for any infrastructure modifications, allowing for a seamless transition to a complete 100% SAF solution. This transformative technology holds the potential to significantly reduce carbon emissions, marking a pivotal moment for the aviation industry and global environmental initiatives.

Sabic and CJ CheilJedang Pioneer Renewable PP in Food Packaging

Sabic, a global leader in diversified chemicals, and CJ CheilJedang Corp., a South Korean food company, have joined forces to introduce packaging bowls made with certified renewable polypropylene (PP) resins in the Asia-Pacific (APAC) region. Sabic's food-contact grade from the Trucircle portfolio is utilized in the production of rigid white rice packaging bowls, marking a significant breakthrough as the first-of-its-kind application of certified renewable PP in ready-to-eat-rice packaging. The move towards using certified renewable PP in food packaging aligns with the growing global demand for sustainable materials that enable food brands to reduce their carbon footprint without compromising packaging performance, convenience, or food safety. Mohammed Al-Zahrani, Vice President of Sabic's Polypropylene Business, emphasized this shift, stating, “Food brands around the world are increasingly looking for materials that will help them reduce their carbon footprint without compromising the performance, convenience and food safety of their packaging.”

Sabic's renewable polymers, part of the Trucircle portfolio, are derived from biobased, second-generation sources, ensuring they do not compete with food or feed production. The production process adheres to the mass balance accounting recommendations outlined by the International Sustainability & Carbon Certification (ISCC) PLUS program. This program establishes transparent rules for tracking material flow across intricate supply chains, from feedstock to final applications. This collaboration between Sabic and CJ CheilJedang represents a significant stride towards sustainable packaging solutions in the APAC region. The integration of certified renewable PP in ready-to-eat-rice packaging bowls not only responds to the environmental imperative but also underscores the importance of innovation in creating a more sustainable and responsible packaging ecosystem.

Neste and Mitsui Chemicals Join Forces for Sustainable Biobased Packaging Solutions

Neste Oyj, Mitsui Chemicals Inc., and Mitsui affiliate Prime Polymer Co. have embarked on a collaborative journey to revolutionize sustainable food packaging solutions for CO-OP, a brand under the Japanese Consumers Co-operative Union (JCCU). The partnership aims to replace fossil-based materials with biobased raw materials in the production of packaging materials, starting with a seaweed snack, and subsequently expanding the use of biobased materials to encompass a broader range of products. In the initial phase of this strategic collaboration, Neste will supply feedstock for polymers derived from biobased raw materials. Leveraging Mitsui Chemicals and Prime Polymer's expertise, the feedstock will undergo processing to yield renewable polypropylene, which will, in turn, be transformed into food packaging tailored for JCCU.

Neste underscores that packaging crafted from renewable materials maintains the same high quality and performance benchmarks as packaging produced from fossil feedstock. The differentiating factors lie in the reduced carbon footprint of the packaging and the substitution of fossil materials during the production process. The implementation of a mass balancing approach ensures the accurate allocation of renewable material to the plastic packaging, further underlining the commitment of Neste and Mitsui Chemicals to sustainable practices.

As the collaboration evolves, the companies intend to extend the use of biobased raw materials to revolutionize the packaging across various products. This collaborative effort exemplifies the proactive steps taken by industry leaders to embrace sustainability, reduce environmental impact, and drive positive change within the packaging landscape.

Mitsui Chemicals Attains Certification for Mass-Balance Biobased TDI Production

Mitsui Chemicals Inc., headquartered in Tokyo, proudly announces its certification under the ISCC Plus system for the production of biobased toluene diisocyanate (TDI) through mass-balance accounting at its Omuta Works facility in Japan. This accreditation represents a significant step forward in the company's commitment to sustainable and biobased solutions in the chemical industry. Mitsui Chemicals had previously secured ISCC Plus certification for its Osaka Works, Ichihara Works, and Iwakuni-Ohtake Works, all located in Japan. These facilities were certified for the production of a diverse range of biobased hydrocarbons. While currently, only Mitsui's Osaka Works is engaged in hydrocarbon production from biomass, the recent certification empowers the company to extend its production of biobased derivatives to additional facilities in the future.

In March 2023, Mitsui Chemicals unveiled plans to streamline its TDI capacity at the Omuta Works, reducing it from 120,000 metric tons per year to approximately 50,000 metric tons per year starting from July 2025. TDI, a crucial raw material for polyurethanes, is synthesized from toluene. By obtaining ISCC Plus certification for its Omuta Works, Mitsui Chemicals underscores its commitment to advancing sustainable practices in the chemical industry. The certification allows Mitsui to apply mass-balance accounting methodologies to its TDI production, a key component in the pursuit of biobased alternatives and the reduction of environmental impact.

The company's strategic move towards biobased TDI aligns with the broader industry trend, emphasizing the importance of transitioning towards renewable and sustainable solutions. Mitsui Chemicals' commitment to expanding its biobased production capabilities across multiple facilities reinforces its role as a pioneer in sustainable chemical manufacturing.

UPM and Dongsung Chemical Collaborate for Biobased MEG Distribution in South Korea

UPM Biochemicals GmbH, based in Leuna, Germany, has appointed Dongsung Chemical Co. as the exclusive distributor of its bio-monoethylene glycol (MEG), marketed under the brand UPM BioPura, in South Korea. This strategic collaboration aims to leverage UPM's sustainable and biobased MEG product in the burgeoning South Korean ethylene glycol (EG) market. UPM's BioPura is produced from hardwood sourced from forests surrounding the Leuna region. The company emphasizes that this biomass originates from non-food resources, ensuring its sustainability and alignment with responsible sourcing practices.

The partnership with Dongsung Chemical opens doors for UPM to tap into the significant South Korean EG market, which is approximately two-thirds the size of the European Union's EG market. UPM has already forged multiple industry partnerships in sectors such as automotive, fashion, and packaging, facilitating the transition from fossil-based materials to renewable alternatives. Dongsung Chemical, headquartered in Seoul, shares UPM's commitment to environmental responsibility and sustainable practices. The collaboration allows Dongsung to contribute to carbon emissions reduction and enhance Environmental, Social, and Governance (ESG) management by incorporating UPM's bio-monoethylene glycol into environmentally friendly product development.

UPM is making significant strides in the biobased industry by investing €1.18 billion in establishing the world's first industrial-scale biorefinery at its Leuna site. This pioneering facility will play a pivotal role in converting sustainably sourced and certified hardwood into next-generation biochemicals. The aim is to catalyze the shift from fossil-based to renewable materials across diverse industries. The collaboration between UPM and Dongsung Chemical signifies a shared commitment to driving sustainability, innovation, and the adoption of biobased alternatives in the South Korean market. As global industries increasingly prioritize eco-friendly practices, partnerships like these contribute to a greener and more sustainable future.

Arkema Achieves 46% Reduction in Carbon Footprint for Biobased Nylon 11 Grades

Arkema SA has successfully slashed the carbon footprint of its biobased Rilsan nylon 11 grades by an impressive 46%, achieving a level of less than 2 kg CO₂e/kg. This substantial reduction was accomplished through the adoption of renewable and low-carbon energy sources, coupled with energy-efficiency enhancements implemented across Arkema's production facilities. The significant improvement signifies a remarkable 70% reduction compared to traditional nylon resins that rely on fossil-based raw materials and conventional energy sources, highlighting Arkema's commitment to advancing sustainable practices within the polymer industry.

Erwoan Pezron, Senior Vice President of High-Performance Polymers at Arkema, emphasized the global scope of this achievement, stating, “The lower carbon footprint… applies to our entire global production, not just a particular set of grades or a certain location.” Furthermore, Arkema has outlined an ambitious action plan aimed at further decarbonizing its nylon 11 range. The company has set a target to reduce the carbon footprint by an additional 50% by the year 2030. This accomplishment underscores the company's dedication to driving positive change within the polymer industry and aligns with broader global efforts to enhance the eco-friendliness of manufacturing processes. Arkema's strategic focus on sustainability and ongoing efforts to meet future targets contribute to the advancement of green technologies and practices across the polymer landscape.