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Sensors applications in 21st century fossil-fuel based power generation

机译:传感器在21世纪化石燃料的发电中的应用

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The primary mission of the National Energy Technology Laboratory (NETL) is to assure U.S. fossil energy resources can meet increasing demand for affordable energy without compromising the quality of life for future generations of Americans. In this mission, NETL has historically focused on the development of advanced technologies as part of or in support of larger programs, such as the Clean Coal Power Initiative, FutureGen, the Solid State Energy Conversion Alliance (SECA), and the Turbines program. Power generation research at NETL covers many areas, including coal and oil gasification and gas cleanup, turbine combustion, high temperature fuel cells, internal combustion engines for stationary power, and hybrid fuel-cell turbine power systems. Advancement in these areas either requires or would benefit from advances in sensor technology for harsh environments. This presentation discusses opportunities for sensors in modern fossil-fuel based power generation, challenges posed by the operating environments, and summarizes research at NETL on a sensor for in-situ monitoring of gas turbine combustors.
机译:国家能源技术实验室(NetL)的主要使命是向美国进行保证,可以满足对经济适用能量的日益增长的需求,而不会影响未来几代美国人的生活质量。在这项任务中,Netl历史上专注于高级技术的开发,作为更大计划的一部分或支持较大的程序,例如清洁煤电计划,uforegen,固态能量转换联盟(SECA)和涡轮机程序。 NetL的发电研究涵盖了许多领域,包括煤和石油气化和气体清洁,涡轮燃烧,高温燃料电池,用于固定电源的内燃机,以及混合燃料 - 电池电力系统。这些领域的进步要么需要或将受益于传感器技术的进步,用于恶劣环境。本演示文献探讨了现代化石燃料的发电中传感器的机会,经营环境提出的挑战,并总结了在燃气轮机燃烧器的原位监测的传感器上的NetL研究。

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