Hu Yongqin: Making Chinese Textiles The World's Lowest Carbon Index And Water Index

A few days ago, from Taiwan, China.

General manager

Sir, in

On how to make textiles do

Gave a speech.

Mr. Hu Yongqin, general manager of spinning and weaving industry

The forum was held in Nanxun, Huzhou, Zhejiang province.

At the meeting, many experts and scholars, textile industry chiefs and other guests on the "construction of Chinese professional clothing green intelligent ecological circle" has carried on the thorough discussion.

Mr. Hu Yongqin, general manager of spinning and weaving industry, takes the example of green energy fiber practice.

From three aspects, I have discussed my own views. One is chemical fiber: water dyeing and finishing is used instead of water dyeing and finishing, and inorganic powder is used to replace organic dyes. Two is natural type (silk, linen, cotton, wool, viscose, etc.): Using Tissue Culture (non genetic improvement) to obtain consistency of plant color, so that natural raw materials have the feasibility of industrialization. The three is to use polymer polymerizing way to use textile waste not to burn or bury, and use more feasible way to start environmental protection and save energy.

Hu Yongqin said that the use of water free dyeing and finishing technology (raw liquid dyed yarn) to replace the original water based media dyeing and finishing methods, so that textiles can significantly reduce water consumption and reduce emissions, the key is that the color powder must choose inorganic powder (mostly from natural minerals, and certified non-toxic organic matter), but also to overcome the powder refinement, grinding and dispersion and other problems, and the collocation of organic toner is also through the safety of non-toxic testing can be used.

Water free dyeing and finishing process (complete in 6 hours)

Natural fibers (silk, linen, cotton, wool, viscose, etc.):

For thousands of years, mankind has been using plants as the source of dyeing and finishing. However, after the industrial revolution, due to the large amount of production and standardization, the color of natural plants can not be reproduced and conformed because of the influence of nature (climate, land and sunshine), so that it can not be standardized and can not be produced efficiently. The organic toner obtained slowly by chemical method also takes the place of the application of plant toner, and the pollution of textile is also caused by the pollution and reprocessing of waste water, resulting in the destruction of the environment and the rising cost of textiles.

Because it is impossible to control the growth of plants, it is impossible to reproduce the color. Therefore, plants must be selected for superior breeding. However, pgenic methods should not be used, because they will destroy the original ecology. Therefore, cloning technology, that is, the principle of orchid planting, can be used to produce a higher survival rate of plants. Proper selection of seedlings to avoid risks can make the color reproducible. A plant dye that can be eaten is a new direction for dyeing and finishing.

Selective breeding of selected plants

The proper way of production can enable plants to get higher survival rate.

GM will destroy the original ecosystem (cloning technology).

Edible vegetable dyes are the future direction of dyeing and finishing.

"We know that the textile blended fabric can not be recycled and recycled. The waste cloth and leftover materials that can not be recycled can only be burned except for burying, and the land pollution and air pollution caused by it are enormous.

Therefore, we can use polymer polymerization method to make the blended waste textiles into standardized wood imitation materials. It is a kind of polymer composite material which combines plastic and plant fiber. It has the natural and beautiful texture of wood, easy to process, and has the characteristics of plastic material, pest control and corrosion resistance. It can be produced in large quantities.

On the one hand, the technology can solve the pollution problem of the waste from the blended textiles, and on the other hand, it can reduce the cutting of the forest trees, which can reduce the pollution sources of the land and reduce the carbon emissions.

Mr. Hu Yongqin talked.

Imitation wood materials made from waste textiles

The existing machine can be produced after changing the formula.

"Green mountain" is Jinshan Yinshan.

It should first be guided by policies to popularize this technology to uniforms or clothing for students, and then to each park to form scale (cost reduction), and then lead to the one way policy (about 70% of the world's textile production capacity).

Mr. Hu Yongqin said.

In terms of global layout, we should formulate the world's lowest carbon index and water index textile standards, formulate standard color cards that meet the requirements of this standard, formulate standards, carry out and follow up relevant supporting standards, such as testing and related businesses around the world, and set standards for China to guide the world's lowest carbon index and water index textile norms, leading China from a textile power to a textile power.

Finally, Mr. Hu Yongqin concluded that industrial upgrading must be self assertion and argumentation so that it can be combined with national conditions timely and appropriately, and blindly introduce new equipment from abroad. Sometimes, it will only cause repeated waste of resources. The new concept of "energy conservation is not equal to environmental protection" must be implemented and popularized, and energy conservation and environmental protection must be standardized.