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‘Green' polymers

机译:“绿色”聚合物

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摘要

The utilisation of waste polymers by mechanical recycling and incineration have ecological limitations. Consequently, degradable polymers are gaining acceptance in biological recycling in areas of agricultural technology and packaging where the waste product is located in a microbially active environment. The ecological benefits of the synthetic polymers, particularly the polyolefins, are compared with hydro-biodegradable polymers made from renewable resources with emphasis on energy utilisation, environmental pollution and land utilisation. It is concluded that polymers that degrade by peroxidation followed by bioassimilation of the oxi- dation products (oxo-biodegradable polymers) are in general more environmentally acceptable (‘green') than the biologically produced hydro-biodegradable polymers.
机译:通过机械回收和焚化利用废聚合物具有生态限制。因此,可降解聚合物在农业技术和包装领域(废物位于微生物活跃的环境中)在生物循环利用中获得认可。将合成聚合物(尤其是聚烯烃)的生态效益与由可再生资源制成的可水解生物降解的聚合物进行了比较,重点是能源利用,环境污染和土地利用。结论是,与生物生产的水可生物降解的聚合物相比,通过过氧化然后氧化同化产物的生物同化作用降解的聚合物(氧可生物降解的聚合物)通常更环保(“绿色”)。

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