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Energy Generation from Municipal Solid Waste by Innovative Technologies-Plasma Gasification

机译:通过创新技术 - 等离子气化从市政固体垃圾产生能源

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The growing population all around the world has increased the quantum of solid waste the disposal of which has become a complex task to the municipal authorities. In search of a suitable remedy to this problem we have arrived at a number of varieties of waste management methods and strategies for dealing with municipal solid waste. These technologies help to generate energy in the form of heat, electricity and fuel and also remarkably reduce the diversion of biomass waste from landfill. The process of plasma gasification is one among those successful proven technologies of producing energy from waste. Gasification is a process in which a solid material containing carbon, such as coal or biomass, is converted into a gas called syngas which contains hydrogen and carbon monoxide. The focus of the paper is to analyze the process of plasma gasification and also to propose a critical assessment of MSW. It also aims to compare the performance of the process to that of the conventional energy recovery methods.
机译:世界各地的人口越来越多的人口增加了固体废物的量,所以已经成为市政当局的复杂任务。为了搜索适当的补救措施,我们已经到了许多品种的废物管理方法和处理城市固体废物的策略。这些技术有助于以热量,电力和燃料的形式产生能量,并且也显着减少垃圾填埋场的生物质废物的转移。等离子体气化的过程是从废物中产生能量的成功经过验证的技术中的一种。气化是一种方法,其中含有碳的固体材料如煤或生物质,转化为含有氢和一氧化碳的含有氢和一氧化碳的气体。本文的重点是分析等离子体气化的过程,并提出对MSW的关键评估。它还旨在将过程的性能与传统能量回收方法的性能进行比较。

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