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ROLLS ROYCE/ALLISON 501 -K GAS TURBINE ANTI-FOULING COMPRESSOR COATINGS SHIPBOARD EVALUATION: PHASE Ⅰ

机译:劳斯莱斯/艾里森501 -K燃气轮机防污压缩机涂料船舶评价:Ⅰ阶段

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Naval Surface Warfare Center Carderock Division (NSWCCD) Gas Turbine Emerging Technologies Code 9334 conducted a land-based evaluation of fouling-resistant compressor coatings for the 501-K17 Ship Service Gas Turbine Generator (SSGTG). The purpose of this evaluation was to determine whether such coatings could be used to decrease the rate of compressor fouling and associated fuel consumption. Based upon favorable results from the land-based evaluation, a similar coated compressor gas turbine engine was installed onboard a United States Navy vessel. Two data acquisition computer (DAC) systems and additional sensors necessary to monitor and compare both the coated test engine and an uncoated control engine were added. The goal of this shipboard evaluation was to verify land-based results in a shipboard environment. Upon completion of the DAC installation, the two gas turbine engines were operated and initial data was stored. Shipboard data was compared to land-based data to verify validity and initial compressor performance. The shipboard evaluation is scheduled for completion in June 2003, at which time data will be analyzed and results published.
机译:海滨战中心Carderock部门(NSWCCD)燃气轮机新兴技术代码9334对501-K17船舶燃气涡轮发电机(SSGTG)进行了抗污垢压缩机涂层的陆基评价。该评估的目的是确定这些涂层是否可用于降低压缩机污垢和相关燃料消耗的速率。基于基于陆地评估的良好结果,在美国海军船上安装了类似的涂层压缩机燃气轮机。添加了两个数据采集计算机(DAC)系统和额外的传感器,以监控和比较涂层的测试发动机和未涂层控制引擎。本船用评估的目标是验证陆地的结果在船上环境中。在完成DAC安装后,操作两个燃气轮机发动机,并储存初始数据。船上数据与基于陆基数据进行比较,以验证有效性和初始压缩机性能。船上评估计划于2003年6月完成,此时将分析数据并发布结果。

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