[Scientific and technological innovation in the field of textile raw materials accelerates green development]
Release date:[19:35:01] Read a total of [90] time

At present, scientific and technological innovation in the field of textile raw materials is promoting the development of the fiber industry in the direction of green and high quality.

Shao Changjin, chairman of Xinxiang Egret Investment Group Co., LTD., Xinxiang Chemical Fiber Co., LTD., said in an interview with a reporter from China Textile News that Xinxiang Egret has always upheld the concept of collaborative innovation, integrated development and win-win cooperation, and established a collaborative innovation alliance with the help of corporate resources, scientific research units, strategic partners and other advantages. Committed to green low-carbon, recycling, fashion and other aspects of cooperation, has achieved fruitful results.

In cooperation with Southwest Jiaotong University, Xinxiang Egret adopted DT green composite solvent to recycle waste cotton textiles, realized the recycling of waste linen and turned waste into treasure, and found a new path for the green and low-carbon development of the industry; In cooperation with the Institute of Process Engineering of the Chinese Academy of Sciences to develop ionic liquid fiber, this new type of recycled cellulose fiber is also a new green material, will bring changes to the recycled cellulose industry. The company actively explores the source of non-wood raw cellulose fiber, and the use of fungus for fiber manufacturing can realize the substitution of grass for wood, which can not only improve the industrial chain and supply chain security, achieve pollution reduction and carbon reduction synergies, but also effectively solve the raw material shortage in China, which will bring innovation in the regenerative cellulose fiber industry.

Shao Changjin introduced that from the preparation of fungus pulp to a variety of fungus fiber preparation methods, the company has declared a number of national invention patents. At present, the use of mycelium to make spinning pulp and its production method and the ionic liquid method to make mycelium fiber and its method have been authorized for invention patents, while mycelium fiber related technologies have also declared a number of international patents.

Shao Changjin said that Egret will further adhere to the demand-oriented and consumption-led technological innovation, and strengthen the work of increasing varieties, improving quality and creating brands; Adhere to the domestic market as a strategic basis, accelerate the transformation of technology into products; It will further strengthen innovation cooperation with universities, research institutes and industrial chain enterprises, promote the transformation of scientific and technological achievements, and strive to cultivate new advantages of industrial chain innovation in the construction of a new development pattern.

"At present, the Bailu New Materials Research Institute has successively overcome a number of scientific research problems such as mycelium pulping and spinning, and mastered a full set of industrial technologies from a grass to a silk." Xie Yueting, chief engineer of Xinxiang Chemical Fiber Co., LTD., said that at present, the company's ionic liquid fiber has built a demonstration line of 100 tons, and by the first half of next year, it will also build the world's first ionic liquid cellulose fiber production line of 1,000 tons.

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