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The optimum configuration method which lays out the mist discharge nozzle optimumly in the gas turbine air intake tower

机译:在燃气轮机进气塔中布置出最大排放喷嘴的最佳配置方法

摘要

Topic The burnup air which is supplied to the gas turbine the effect and, the optimum configuration method of the gas turbine air intake tower and the said discharge nozzle which have the mist kind of discharge nozzle which uniformly can be cooled is offered. SolutionsAs for air intake tower 10, the inlet section the air cleaner chamber 13 which encloses the air cleaner 14 which purifies 11 where it can provide the air-intake 11a which incorporates the gas turbine combustion air from in the atmosphere and the air and inlet section concatenating 11 and the air cleaner chamber 13, the duct section multiple mist discharge nozzles 21 and, it has inside 12 which forms the air intake aisle and the air intake aisle. Mist discharge nozzle 21 inlet section 11 or is laid out inside the air intake aisle of duct section 12. As for the quantity of mist discharge nozzle 21 being proportionate to the wind velocity inside air intake aisle, adjusting, in order the mist concentration which atomization is done to become uniform in the air cleaner front 14a, the mist discharge nozzle is laid out optimumly. Choice figure Drawing 1
机译:发明内容本发明提供一种供给至燃气轮机的燃尽空气的效果,以及具有能够均匀地冷却的雾状的排气喷嘴的燃气轮机进气塔和所述排气喷嘴的最佳构成方法。解决方案关于进气塔10,进气部分的空气滤清器室13包围净化空气的空气滤清器14,在空气净化器室13中可以提供进气11a,该进气11a结合了来自大气的燃气轮机燃烧空气以及空气和进气部分连接部11与空气滤清器室13连接,在管道部上形成有多个喷雾喷嘴21,在其内部具有形成吸气通道和吸气通道的内部12。雾状排出喷嘴21的入口部11或配置在管道部12的进气通道的内部。雾状排出喷嘴21的量与进气通道内的风速成比例,从而调整雾化的雾状浓度。为了使空气滤清器前部14a内的空气变得均匀,雾滴喷嘴被最佳地布置。 <选择图>图1

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