首页 > 资料下载 > 对拟议的先进混合颗粒收集器项目重大影响FINDING OF NO SIGNIFICANT IMPACT FOR THE PROPOSED ADVANCED HYBRID PARTICULATE COL
对拟议的先进混合颗粒收集器项目重大影响FINDING OF NO SIGNIFICANT IMPACT FOR THE PROPOSED ADVANCED HYBRID PARTICULATE COL 对拟议的先进混合颗粒收集器项目重大影响FINDING OF NO SIGNIFICANT IMPACT FOR THE PROPOSED ADVANCED HYBRID PARTICULATE COL

对拟议的先进混合颗粒收集器项目重大影响FINDING OF NO SIGNIFICANT IMPACT FOR THE PROPOSED ADVANCED HYBRID PARTICULATE COL

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  • 更新时间：2021-09-09
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摘要:美国能源部(DOE)准备了一份环境评估报告(EA)， DOE/EA-1418，以分析参与一个项目的潜在环境后果，该项目旨在展示先进的混合微粒收集器(AHPC)技术，该技术有可能实现从烟气中去除99.99%以上的微粒物质，无论颗粒大小。这种先进的微粒收集器技术结合和集成了静电除尘器和织物过滤器的特点，实现了微粒收集的协同性能改进。AHPC系统将被改造成现有静电除尘器的外壳，安装在Otter Tail Power Company位于SD格兰特县的450兆瓦燃煤大型石料发电厂。

SUMMARY: DOE has prepared an Environmental Assessment (EA), DOE/EA-1418, to analyze the potential environmental consequences of participating in a project to demonstrate Advanced Hybrid Particulate Collector (AHPC) technology potentially capable of achieving greater than 99.99% removal of particulate matter from flue gas, regardless of particle size. This advanced particulate collector technology combines and integrates features of electrostatic precipitators and fabric filters in a manner that achieves synergistic performance improvements for particle collection. The AHPC system would be retrofit into the housing of the existing electrostatic precipitator at Otter Tail Power Company's 450-megawatt, coal-fired, Big Stone Power Plant in Grant County, SD.

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