According to the U.S. Biomass Technology Roadmap, bio-based chemicals will replace 25% of organic chemicals and 20% of petroleum fuels in 2030;
According to the EU's "Industrial Biotechnology Vision Plan", in 2030, bio-based raw materials will replace 6%-12% of chemical raw materials and 30%-60% of fine chemicals will be made of bio-based materials;
China plans to have the output value of its modern bio-manufacturing industry exceed 1 trillion yuan in the future, with bio-based products accounting for 25% of all chemical production.
The global nylon market is about 10 million tons. Except for a few special nylons, the proportion of bio-based nylon products is very low. Bio-based nylon 56 or nylon 5x has the opportunity to replace part of the bulk nylon market due to its comprehensive advantages in performance, cost, etc. If With a 5% replacement ratio, there will be a market size of 500,000 tons.
Using recyclable plant raw materials, lysine is converted into pentamethylenediamine through biological fermentation technology, and then made into high-quality bio-based nylon materials, which are applied in the textile and clothing field to promote sustainable fashion.
Using recyclable plant raw materials, lysine is made into high-quality bio-based nylon materials through biological fermentation.The company has biological fermentation technology and can produce bio-based PDA with a purity of up to 99.9%, bio-based nylon salt solution, and glossy, semi-dull, and fully-dull bio-based nylon slices.Higher purity ensures more stable manufacturing and product quality in downstream spinning, weaving, dyeing and finishing processes.
Wanze Textile breaks through the production bottleneck of traditional fossil-based source nylon and obtains USDA BioPreferred certification.
Bio-based content reaches 48%. Use biotechnology to replace petrochemical technology and significantly reduce the use of non-renewable resources.
