Gas Turbine Inlet Cooling upstream Air Filtration System

燃烧空气每冷却1摄氏度，燃气轮机的输出平均增加0.5%。因此，有严重的经济和环境方面的考虑，能够冷却燃烧空气在一个有竞争力和安全的方式。设想的系统将使燃气轮机运营商能够在夏季或炎热的国家以安全的方式增加高达10%的输出（大型GT每小时25兆瓦），而不会危及燃气轮机部件的完整性，这是雾系统在这个市场上不成功的唯一原因。如果研发项目被认为是成功的，TT(E)可能会渴望向燃气轮机制造商和燃气轮机运营商大量供应包括雾发生器和空气过滤系统在内的系统。

Gas Turbine output increases on average by 0.5% for every 1degC cooling of the combustionair. Therefore, there are serious economic and environmental considerations to be able to coolthe combustion air in a competitive and safe manner.The system envisaged would enable Gas Turbine operators to increase the output in thesummer or in hot countries by up to 10% (25MW per hour for a large GT) in a safe manner,without jeopardising the integrity of the Gas Turbine parts, which is the only reason for whichfog system are not as successful in this market.If the R&D project was deemed as successful, TT(E) could aspire to supply systems thatinclude fog generators and air filtration systems in high volumes to both gas turbinemanufacturers and gas turbine operators.