Breathable "Leather Leather" Has Won The Technology Award.

< p > > a href= "http://www.91se91.com/news/index_c.asp" > 2013 Presidential Green Chemistry Challenge Award < /a > announced this week. The US Environmental Protection Department commended 5 innovative technologies that have made important breakthroughs in safety, cleanliness and sustainable development.

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< p > in recent decades, industry has been relying on many toxic, resource consuming or environmental threatening synthetic materials and manufacturing technology development.

The goal of a href= "http://www.91se91.com/news/index_c.asp" > green chemistry < /a > is to develop new technologies that are not only environmental protection but also have economic value.

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< p > these companies and their technology awards are not because they have great potential, but because they demonstrate the potential to achieve these potentials, "said Jim Jones, an environmental protection agency's chemical safety and pollution control executive assistant." what really surprised me was that some of the winners this year have been successful in the industry, "Jim Jones said.

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< p > Richard Wuhrer Wool, a professor of chemical engineering from University of Delaware, won the prize for making synthetic materials from chicken feathers, vegetable oils, flax and other biological materials. "Richard"

These synthetic materials can replace plastics and other petroleum products, and can be used in many kinds of products, such as adhesives, foams and computer chip boards.

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< p > the other invention of the winner was breathable "< a href=" http://www.91se91.com/news/index_c.asp > Su Ge < /a >, which can be free from the traditional tanning process.

His company is working with several synthetic leather shoe companies to promote the new material.

Since 1992, he has received 5 patents, and a chemical company has already put into operation the synthetic resin invented by him, which is sold worldwide.

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< p > related links: < /p >

< p > according to the definition of "green chemistry" (GreenChemistry) in the US, green chemistry means that when making and applying chemical products, we should make good use of (best renewable) raw materials, eliminate wastes and avoid using toxic and dangerous reagents and solvents.

Today's green chemistry refers to the chemical technology that can protect the environment. It can avoid environmental burdens and avoid harmful substances through the use of natural energy. The development of solar energy and photocatalyst and hydrogen energy manufacturing and storage technology are also considered. Energy conservation, resource saving and waste reduction are also considered.

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< p > green chemistry is also known as "environmentally benign chemistry", "environment-friendly chemistry" and "clean chemistry". Green chemistry has only developed and developed in the past ten years, and it is a "new chemical baby".

It involves organic synthesis, catalysis, biochemistry, analytical chemistry and other disciplines.

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< p > green chemistry is characterized by the use of scientific means of pollution prevention at the beginning. Therefore, both processes and terminals are zero emission or zero pollution.

Many countries in the world regard "green chemistry" as one of the main directions of chemical development in the new century.

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< p > green chemistry has put forward a new challenge for chemists, which is very important in the world.

In 1996, the United States set up the "Green Chemistry Challenge Award" to commend those enterprises and scientists who made outstanding achievements in the field of green chemistry.

Green chemistry will pform the chemical industry and bring benefits to future generations.

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