石化厂热电联产使用正常燃除气体的影响

S. Boljevic, N. Barry, J. Loughane
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引用次数: 0

摘要

定制设计的热电联产(CHP)电厂服务于工业现场,形成现场发电能力的支柱。通过采用热电联产,一家主办公司,在这个案例中是康菲石油公司,怀特盖特炼油厂,取代了现有的现场蒸汽提升厂,并在很大程度上用使用“内部气体”的现场发电取代了商业电力供应,否则这些气体将被燃烧掉。热电联产项目的其他好处包括减少温室气体排放,由于不依赖国家电网供电,提高了炼油厂的可靠性。自安装热电联产系统以来,取得了显著的经济效益。本文讨论了这些发现和结果,以便全面了解热电联产对电力和热能供应的影响,以及对温室气体排放的影响,特别是二氧化碳排放,炼油厂使用“内部”气体。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Impact of a Combined Heat & Power Plant Using Normally Flared-Off Gases in a Petrochemical Plant
Custom-designed combine heat and power (CHP) plants, serving an industrial site, form the backbone of on-site generation capacity. By adopting CHP, a host company, in this case ConocoPhillips, Whitegate Refinery, replaced an existing on-site steam raising plant and substituted to a large extent the commercial electricity supply with on- site generation using "in-house gas", which would otherwise be flared off.. Other benefits of the CHP project include reduction of greenhouse gas emissions, increased refinery reliability due to non-dependence on the national grid power supply. Significant financial benefits have been achieved since the CHP was installed. The paper discusses the findings and results in order to give a full insight on CHP impact on electrical and thermal energy supply and also the impact on emission of greenhouse gases, particularly emission of CO2, gas from the refinery using "in-house" gas.
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