绿色高分子复合材料技术综述

M. Padhy, P. Achary
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引用次数: 0

摘要

化石资源的迅速枯竭,对能源的高需求和全球变暖共同促使我们寻找低碳的可再生聚合物项目。“绿色单体”可以从生物精炼厂、生物废物或可再生石油、塑料废物中提取。由这种绿色单体得到的聚合物是可再生的,可以显示出与传统聚合物相当或有时优于现有聚合物的良好特性。绿色科技是一项全球运动,旨在创造充满活力和可持续发展的城市。绿色技术体现了社会、经济和环境价值,创造了绿色经济。绿色科技的基础是通过管理和回收废物,将废物用于有益的目的。该技术涉及垃圾处理、焚烧和管理。许多制成绿色复合材料的材料在减少电力和水的消耗方面具有成本效益,同时显著减少二氧化碳排放和固体废物的产生。本文综述了生物聚合物、天然纤维增强材料等绿色复合材料的有效技术、难点、应用及相关信息、各种绿色复合材料的性能及建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Polymer Composites in Green Technology: A Review
Rapid depletion of fossil resources, high demand for energy and global warming together encourage us to look for renewable polymer items with low carbon. ‘Green monomers’ could be derived from bio-refineries, biowastes or renewable oil, plastics-waste. The polymer obtained from such green monomers are renewable and can display good characteristics equivalent to the traditional polymers or sometimes better than the existing polymers. Green technology is a global movement to create vibrant and sustainable cities. Green technology addresses social, economic and environmental values and creates a green economy. Green technology is based on the process of using waste materials for beneficial purposes by managing, and recycling the waste. This technology involves the waste treatment, incineration and management. Many materials prepared form green composites are cost effective in-terms less consumption of electricity, and water, at the same time a significant decrease in CO2 emission, and solid waste generation. The present review presents the effective techniques, difficulties, applications & information on bio-polymers, natural fiber reinforcements, properties of the different green composites and recommendations.
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