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Current status & future perspective of Research & Development on bio-based polymers

机译:生物基聚合物的研究现状与展望

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As a result of the Tohoku earthquake and tsunami of 11th March 2011 and the subsequent nuclear power disaster, the energy question has come under close public scrutiny. There can be little doubt that the shift to utilisation of solar cells, wind generation and other forms of renewable energy is accelerating. Even before the unprecedented events of 2011, as the problem of global warming attracted increasing public interest, the production of energy and plastics from biomass had begun to arouse attention as a move towards the construction of a recycling society [1, 2]. The reason is that biomass is fixed carbon dioxide and despite the emission of carbon dioxide in using or burning the energy or products made from biomass, the global carbon dioxide concentration does not rise. Energy or plastics derived from biomass are thus seen as carbon neutral, and theirexploitation has additional importance in countering the depletion of fossil energy resources. Unlike C2 based oil refinery plastics, biomass plastics are C3-C6 based products, for which new supporting technology must be developed.
机译:由于2011年3月11日的东北地震和海啸以及随后的核电灾难,能源问题受到了公众的严格审查。毫无疑问,向利用太阳能电池,风力发电和其他形式的可再生能源的转变正在加速。甚至在2011年史无前例的事件发生之前,由于全球变暖问题引起了越来越多的公众关注,从生物质生产能源和塑料已经开始引起人们的关注,这是朝着建设回收型社会的方向迈进的[1,2]。原因是生物质是固定的二氧化碳,尽管在使用或燃烧由生物质制成的能源或产品时会排放二氧化碳,但全球二氧化碳浓度并未上升。因此,源自生物质的能量或塑料被视为碳中性的,其开发在应对化石能源的枯竭方面具有额外的重要性。与基于C2的炼油厂塑料不同,生物质塑料是基于C3-C6的产品,为此必须开发新的支持技术。

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