Photanol BV and RENOLIT SE form a strategic partnership to develop polymers by using CO2 absorbed from the air in a direct, fully circular and CO2 -neutral conversion process without the usage of (fossil) oil and gas. As such, this innovative process is an optimal solution to contribute to the reduction of global warming while still enjoying the benefits of virgin high performance polymers.
Clariant and Duslo’s research institute VUCHT are transforming waste into wealth. Using a proprietary technique and Clariant’s HYDEX E next-generation hydro-dewaxing catalyst, VUCHT has successfully converted plastic waste into premium winter fuel distillate. The efficacy of this groundbreaking process has now been proven in a pilot plant in Slovakia. As plastics and fuels are both mainly composed of natural gas or crude oil, turning one into the other has major implications for sustainable and lucrative fuel production.
Sustainable technology company Anellotech has announced that R Plus Japan Ltd., a new joint venture company, will invest in the development of Anellotech’s cutting-edge Plas-TCat technology for recycling used plastics. R Plus Japan was established by 12 cross-industry partners within the Japanese plastics supply chain. Member partners include Suntory MONOZUKURI Expert Ltd. (SME, a subsidiary of Suntory Holdings Ltd.), TOYOBO Co. Ltd., Rengo Co. Ltd., Toyo Seikan Group Holdings Ltd., J&T Recycling Corporation, Asahi Group Holdings Ltd., Iwatani Corporation, Dai Nippon Printing Co. Ltd., Toppan Printing Co. Ltd., Fuji Seal International Inc., Hokkaican Co. Ltd., Yoshino Kogyosho Co. Ltd..
Nouryon has completed its previously announced acquisition of the carboxymethyl cellulose (CMC) business of J.M. Huber Corporation. The transaction will significantly broaden Nouryon’s portfolio of products in CMC, a sustainable, bio-based water-soluble polymer used as a thickener, binder, stabilizer and film former.
Green hydrogen is a beacon of hope in the energy transition, both as a carbon-free fuel for industry and transportation, and as a key raw material for the chemical industry. Green hydrogen is produced from water by electrolysis using electricity generated from renewable resources. It is still much more expensive than conventional hydrogen, which is generally obtained from methane gas in a process that releases carbon dioxide. As well as sufficient low-cost electricity generated from renewables, investment in the electrolyzer is a key factor in cost-efficient production of green hydrogen.
Neste and Jokey, a leading international manufacturer of rigid plastic packaging, started collaborating with a target to develop the market for rigid packaging from sustainable renewable and recycled materials for food and non-food applications.
U.S. industrial biotech company Geomatica won the prestigious 2020 Green Chemistry Challenge Award given by the U.S. Environmental Protection Agency (EPA) for its Brontide® natural butylene glycol. Honoring groundbreaking scientific solutions to real-world environmental problems, the win for Brontide natural butylene glycol marks the third EPA award held by Genomatica and makes them one of only four companies to win the award three times in the program’s 25-year history.
LanzaTech, a leading biotech company and carbon recycler headquartered in Illinois (USA), has successfully launched LanzaJet, Inc., a new company that will produce sustainable aviation fuel (SAF) for a sector requiring climate friendly fuel options as it starts to recover from the impacts of COVID-19. With its approach to commercialization of SAF, LanzaJet is creating regional jobs while enabling global decarbonization of the aviation sector.
UPM Raflatac launched UPM Raflatac Forest Film PE™ to complement its range of sustainable film labeling solutions. The new PE film label takes UPM Raflatac forward in its quest for a smarter future beyond fossils, decreasing the use of fossil-based virgin raw materials in home and personal care labeling applications.
Beiersdorf and Evonik have reached an agreement on a research partnership. Its aim is to develop sustainable raw materials for care products, using carbon dioxide (CO2) as the starting material. Beiersdorf is on the lookout for new sources of raw materials that will also reduce the company’s carbon footprint. One option here is artificial photosynthesis technology. The idea: with the aid of electricity from solar energy and bacteria, valuable raw materials are produced with water and CO2, drawing on natural photosynthesis as a model. The joint research project of Evonik and Beiersdorf is being funded by Germany’s Federal Ministry of Education and Research (BMBF) in the amount of around €1 million.
