Mitsubishi Chemical Corporation
Mitsubishi Chemical Corporation (MCC), based in Tokyo, has signed a licensing deal with Kuraray, a Japanese chemical and fibers producer, for the relevant patent, which includes an MCC-owned fundamental patent on a biomass-based polyester. Polyethylene terephthalate (PET), which is made from renewable biomass resources, is one of the goods covered by the agreement.
PET is used in a range of industries, including the production of fibers. In contrast to traditional, petroleum-derived polyesters, MCC and Kuraray claimed in a joint release that this biomass-based polyester can help reduce greenhouse gas emissions.
MCC’s patent is a substance patent for a biomass-based, high-quality polyester, and it is the foundational patent necessary for businesses engaged in the production or sale of this material. MCC has filed for patents in Japan, the United States, the European Union, and China.
According to the press release, MCC holds a slew of other biomass-related patents. MCC will not only continue to expand its own business but will also promote collaborative efforts and licensing arrangements with other companies to foster the adoption of biomass-derived materials that impose lower environmental loads, thereby contributing to the creation of a sustainable carbon society.
UGG has introduced a new version of its clog design, the Otzo clog, featuring an innovative wool lining made using…
Black in Marine Science and the Black Fiber & Textile Network have partnered to explore how sargassum seaweed can be…
Clemson University and University of Georgia will develop cotton varieties that require fewer resources such as water, fertilizers, pesticides, and…
Mohawk Flooring has announced that its SmartStrand collection has become the first treated carpet product to receive the Asthma &…
USDA has announced the Great American Cotton Plan to strengthen the U.S. cotton industry, supporting cotton growers, expanding domestic textile…
Researchers at DITF have developed a textile-based climate control system to improve comfort and safety for workers performing physically demanding…