IBM and Stanford University researchers say they have developed a new type of help to the development of new polymers and plastics recycling methods catalyst technology.
According to the researchers, the new biodegradable biocompatible polymer through organic catalysis possible. The technology is expected to promote medical and microelectronics and many other sustainable development initiatives on the market.
Researchers in the “Polymer” Sciences published a paper detailing the activity of a plastic packaging number of environmentally friendly organic catalysts family developments. They can be converted into a renewable resource and base metal catalysts made from traditional materials to compete with existing products.
The paper also describes the life cycle can be closed to minimize the environmental impact of the regeneration strategy. packaging design
In addition, the research team has developed a strategy to produce cyclic polyesters and medical uses of new biocompatible polymer family.
IBM alumni, as IBM Almaden lab in California’s vice president of research JosephineCheng said in a press release: “We are exploring new technology application methods, play on our expertise in materials science, and to create an enabling environment contribute to a sustainable future. plastic case
????She added: “The development of new organic catalysts that green chemistry is more multifaceted family adaptability, as well as opens the door to innovative applications, such as the production of biodegradable plastics, improving the regeneration process and administration, etc..”
????PET recycling as researchers can benefit from the new catalyst is a major fields. They said, nowadays, disposable plastic bottles faced with a very serious environmental challenges. They said that such bottles renewable only once, and then in the form of carpets and other secondary products to be disposed of in a landfill.
????An industry spokesman for PET bottles in the regeneration and limits plastic package to make a strong argument to refute.
????The National Association for PET Container Resources (NAPCOR) Executive Director DennisSabourin in a telephone interview, said: “We encourage the development of new PET recycling technology, but please do not put them groundlessly attributed not have renewable. Such an argument is simply ridiculous to the talk about. “California ALMADEN news (22 March 2010) IBM and Stanford University researchers say they have developed a new type of help to plastics products the development of new polymers and plastics recycling methods catalyst technology.
????According to the researchers, the new biodegradable biocompatible polymer through organic catalysis possible. The plastic trays technology is expected clamshell packaging to promote medical and microelectronics plastic box and many other sustainable development initiatives on the market.
????Researchers in the “Polymer” Sciences published a paper detailing the activity of a number of environmentally friendly organic catalysts family developments. They can be converted into a renewable resource and base metal catalysts made from traditional materials to compete with existing products.
????The paper also describes the life cycle can be closed to minimize the environmental impact of the regeneration strategy.
????In addition, the research team has developed packaging company a strategy to produce cyclic polyesters and medical uses of new biocompatible polymer family.
????IBM alumni, as IBM Almaden lab in California’s vice president of research JosephineCheng said in a clear plastic box press release: “We are exploring new technology application methods, play on our expertise in materials science, and to create an enabling environment contribute to a sustainable future. ”
????She added: “The development of new organic catalysts that green chemistry is more multifaceted family adaptability, as well as opens the door to innovative applications, such as the production of biodegradable plastics, improving the regeneration process and administration, etc..”…

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