As a kind of material with excellent performance and low cost,plastics have been widely used,and their global annual production reaches 400 million tons,of which approximately 90%derives from non-renewable fossil fuel...As a kind of material with excellent performance and low cost,plastics have been widely used,and their global annual production reaches 400 million tons,of which approximately 90%derives from non-renewable fossil fuels[1].Since plastics are difficult to degrade under natural conditions and their castoff poses a high risk of causing environmental pollution and resource waste[2],constructing efficient material recovery systems to re-integrate end-of-life plastics into the chemical/material industry is a promising strategy for achieving sustainability[3].展开更多
文摘As a kind of material with excellent performance and low cost,plastics have been widely used,and their global annual production reaches 400 million tons,of which approximately 90%derives from non-renewable fossil fuels[1].Since plastics are difficult to degrade under natural conditions and their castoff poses a high risk of causing environmental pollution and resource waste[2],constructing efficient material recovery systems to re-integrate end-of-life plastics into the chemical/material industry is a promising strategy for achieving sustainability[3].
