首页> 外文会议>International conference on nuclear engineering;ASME power conference >STEAM TURBINE, BOILER, AND VALVE OPTIMIZATION STRATEGIES TO RECOVER PARASITIC LOAD AND PROVIDE LIFE EXTENSION
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STEAM TURBINE, BOILER, AND VALVE OPTIMIZATION STRATEGIES TO RECOVER PARASITIC LOAD AND PROVIDE LIFE EXTENSION

机译:汽轮机,锅炉和阀门的优化策略,以恢复寄生负载并提供寿命

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Coal-fired power plants that survive into the future and avoid being displaced by combined cycle plants and wind turbines will require air quality control (AQC) equipment to conform to EPA requirements per the Cross State Air Pollution Rule (CSAPR). This AQCS can consume 5-10% parasitic load of a coal-fired unit's output. This paper will provide discussion on recent industry trends of utilities pushing to implement modernization projects for parasitic load recapture and also other benefits such as life extension, improved maintenance, better efficiency, availability, and reliability. The three main strategies discussed will be: 1. Boiler and Turbine Optimization options 2. Steam Turbine Modernization with the latest technology steam path 3. Steam Valve Modernization Coal-fired plants have been careful to implement these types of projects without additional heat input in-order to avoid any new source review issues. Recent industry examples and development efforts will be discussed in this paper to provide an overview of these options current available or that will be available in the near future for coal-fired power plants.
机译:生存到未来并避免被联合循环电厂和风力涡轮机取代的燃煤电厂将需要空气质量控制(AQC)设备,以符合《跨州空气污染规则》(CSAPR)的EPA要求。该AQCS可以消耗燃煤机组输出的5-10%的寄生负载。本文将讨论公用事业的最新行业趋势,这些行业正在推动实施现代化项目以实现寄生负载捕获,以及其他好处,例如寿命延长,维护改善,效率更高,可用性和可靠性更高。讨论的三个主要策略将是:1.锅炉和涡轮机的优化选项2.使用最新技术的蒸汽路径进行蒸汽轮机的现代化3.蒸汽阀的现代化燃煤电厂在不增加额外热量输入的情况下,谨慎地实施了这些类型的项目。为了避免任何新的来源审查问题。本文将讨论最新的行业示例和开发工作,以概述当前可用或不久将在燃煤电厂中使用的这些选项。

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