生物质气化热电联产系统带来的新机遇

A. Demirbaş
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引用次数: 5

摘要

热电联产(COGEN)被定义为在一个工艺过程中结合生产两种形式的能源(电力或机械动力加上有用的热能)。与传统系统相比,COGEN被认为是实现可观节能的主要选择。发电过程中产生的热量被捕获并用于家庭生产,并可用于蒸汽涡轮机以产生额外的电力。拥有COGEN系统的设施使用它们来产生自己的高水平和低水平蒸汽。目前,先进的生物质气化和燃气轮机联合循环已被发现是一种很有前途的生物质燃料热回收的热电联产转化技术。未来以生物燃料为基础的热电联产发电的增加显然取决于新的高性能技术的性能和投资成本的改善,以及旨在促进该技术的政策工具的性质。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New Opportunities Resulting from Cogeneration Systems Based on Biomass Gasification
Abstract Cogeneration (COGEN) is defined as the combined production of two forms of energy (electric or mechanical power plus useful thermal energy) in one technological process. The COGEN is considered worldwide as the major option to achieve considerable energy saving with respect to traditional systems. The heat produced from the electricity generating process is captured and utilized to produce domestic purposes and can be used in steam turbines to generate additional electricity. Facilities with COGEN systems use them to produce their own high and low level steam. Currently, advanced biomass gasification and gas turbine combined cycle has been found to be a promising cogenerative conversion technology for the recovery of heat present in biomass fuel. Increased biofuel based cogenerative power production in the future is clearly dependent on the improvement of both performance and investment costs of new high performance technology, and on the nature of policy instruments designed to promote the technology.
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