The hottest low-carbon biomaterial industry univer

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The low-carbon biomaterial industry university research innovation alliance was officially established

not long ago, the third China International Symposium on the application of bioplastics was held in Guangzhou. Experts at the meeting pointed out that if the degradation of bioplastics caused by oxidation is used to replace the three traditional synthetic polymer materials in China, the net emission of carbon dioxide can be reduced by hundreds of millions of tons. Therefore, bioplastics will play an important role in promoting a low-carbon economy

on October 25, the inaugural meeting of low-carbon biomaterial industry university research innovation alliance was officially held in Xili resort, Nanshan District, Shenzhen. The low-carbon biomaterial industry university research innovation alliance is jointly initiated by Shenzhen Guanghua Weiye Industry Co., Ltd. and Shenzhen plastic industry association, and jointly initiated by more than 30 units engaged in the low-carbon biomaterial industry, including well-known enterprises, universities, scientific research institutions, industry organizations, media, etc. The low-carbon biomaterial industry university research innovation alliance is committed to "advocating low-carbon environmental protection, building the biomaterial industry, promoting and developing the low-carbon biomaterial economy, and building a harmonious and beautiful life between man and nature". The enterprise units of the alliance involve biomass renewable resources, machinery and equipment, product packaging, automobile, building materials, furniture and many other industries

low carbon bioplastics include degradable and non degradable bioplastics. At present, there are six types of degradable bioplastics under development and industrialization, including natural polymer modification, polyhydroxyalkanoates, aliphatic polyesters, etc; Non degradable and partially degradable bioplastics mainly include polyester, nylon, starch/non degradable plastic modification, fiber/plastic blending and cellulose. According to the prediction of the European bioplastics Association, the total global production of bioplastics is expected to reach 1.46 million tons in 2013, which will maintain an average annual growth of more than 20%. By 2025, Asia will be the leader in the bioplastics market, accounting for about 32% of the market, 31% in Europe and 28% in the United States. China's bioplastics production will account for more than 40% of Asia's production and more than 12% of the global production. At that time, China will become the main producer and exporter of bioplastics in Asia. Industry experts believe that through the establishment of industry university research innovation alliance, technology and accurate wiring can be achieved; And cost breakthrough. If we cooperate with policy support and improve the concept of national environmental protection, we can achieve market breakthrough

Yang Yihu, the president of the alliance, said: "the low-carbon bioplastics industry university research innovation alliance is currently the only industrial alliance in the field of biomaterials in China. The alliance will combine advantageous resources to screw together the forces of the government, enterprises, scientific research institutions and industry associations, so as to jointly promote the expansion and strengthening of China's bioplastics industry."

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