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IEC:2023多源固废能源化:固废耦合发电系统白皮书(中译版)(50页).pdf

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1、Municipal solid waste to energy:coupled power generation with MSWTechnology and Market Outlook PaperWe support the Sustainable Development Goals3Executive summaryWith the continuous growth of global population and the concomitant energy demand,the challenges posed by environmental pollution and the

2、need to ensure a stable energy supply are affecting the development of the global economy.As such,a major focus of contemporary discussion is the required global effort to broaden the sources of energy supply,enrich the energy supply system,stabilize overall energy supply,and solve the problem of en

3、vironmental pollution.Municipal solid waste to energy(MSWtE)refers to the technique of energy recovery from municipal solid waste,especially organic waste.The residual energy is recovered in the form of various energy products through a variety of technical means,such as thermal treatment,thermo-che

4、mical treatment and bio-chemical treatment.In addition,the MSWtE technology constitutes one of the mature sources of energy supply at present.With the continuous development of science and technology,the integration of advanced power generation and the technology of MSWtE,also called coupled power g

5、eneration with MSW,will play a more significant role in solving the problem of growing municipal solid waste.In addition,this integration will ameliorate the power generation system and be conducive to achieving the zero-carbon roadmap.In summary,MSWtE is a potential technology for achieving sustain

6、able development goals in the future.This paper summarizes the existing technologies and applications of MSWtE,while highlighting the current status,challenges and standardization of MSWtE technologies.This paper is dedicated to achieving the UN Sustainable Development Goals and clarifying the role

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本文主要讨论了城市固体废物(MSW)转化为能源(MSWtE)的技术和市场前景。文章首先概述了全球面临的能源挑战,指出MSWtE在解决环境污染和确保稳定能源供应方面的重要性。MSWtE技术包括焚烧、热化学处理和生物化学处理等,可将有机废物转化为各种能源产品。文章详细介绍了这些技术,并讨论了最新技术进展和未来技术展望。 文章进一步探讨了与MSWtE相结合的联合发电技术(CPG-MSW),包括与燃煤、燃气、太阳能、风能和核能系统的结合,并分析了这些结合在环境管理和能源供应方面的作用。文章还讨论了CPG-MSW面临的挑战,如废物管理、温度控制、湿度控制和排放管理。 最后,文章分析了现有的相关标准化活动,并基于行业未来发展趋势,提出了未来标准化发展的计划。总体而言,MSWtE和CPG-MSW是实现可持续发展目标的重要技术,需要进一步的技术创新和标准化工作。
垃圾焚烧技术如何实现能源转换? 垃圾热化学处理技术有哪些优势? 垃圾生物化学处理技术包括哪些方面?
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