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A comparative life cycle assessment based evaluation of greenhouse gas emission and social study: natural fibre versus glass fibre reinforced plastic automotive parts

机译:基于比较的生命周期评估基于温室气体排放和社会研究的评估:天然纤维与玻璃纤维增强塑料汽车零件

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摘要

Current atmospheric CO2 concentration in our atmosphere is already over 400 ppm, which is 50 ppm beyond our planetary boundary. Every single step towards reducing our carbon emission is important. Fuel saving due to the light weighting of the automotive materials will reduce greenhouse gas emission in the transportation sector, if the light weighting roots from a by-product natural fibre, such as sawdust or agricultural waste, the emission reduction would be more effective. The current study is a comparative life cycle assessment based evaluation of greenhouse gas emission of the current plastic engine beauty cover, and natural fibre reinforced counterpart. This study also analyses the questionnaire results gotten from 600 new car owners (or leaser) as a small sample of a buyer society.
机译:我们大气中的电流大气二氧化碳浓度已经超过400ppm,超出了我们行星边界的50 ppm。 减少碳排放的每一步都很重要。 由于汽车材料的轻量级导致的节省燃料将减少运输部门的温室气体排放,如果副产品天然纤维等光加权根,如锯末或农业废物,减排将更有效。 目前的研究是基于比较的生命周期评估,基于温室气体排放的电流塑料发动机美容盖和天然纤维增强对应物的评估。 本研究还分析了从600名新车所有者(或香油)的调查结果,作为买方社会的一个小型样本。

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