Natural Gas Power Plants Contribute to Efficiency and Sustainability by Shortening the Steam Turbine Commissioning Time
The commissioning process of the Bandırma Natural Gas power plants was thoroughly examined, and the specifics of the 35.2% improvement achieved in
two years were discussed.
Bandırma-1 Natural Gas Combined Cycle Power Plant's installed power of 930.6 MW is made up of two gas turbines and one steam turbine. The
commissioning process of a steam turbine and a gas turbine, which is the first of two main stages of the power plant's commissioning process, was
examined from start to finish by performing process data analysis based on upper limit values. The Power Plant Hot Start activation process was
improved by 35.2% in two years as a result of optimising the potential steam energy of the waste heat boiler, increasing the steam turbine
turnover speed, and relaxing the HP steam temperature criterion, which is one of the conditions for the steam turbine start permit. The presentation
includes technical details about this study as well as the results obtained.
Konuşmacılar
Dr. Kahraman Çoban
Bandırma Process Monitoring and R&D Studies Deputy Manager, Enerjisa Üretim
Detaylı BilgiDr. Kahraman Çoban
Dr. Kahraman Çoban
Bandırma Process Monitoring and R&D Studies Deputy Manager, Enerjisa Üretim
Kahraman Çoban, who works as Deputy Manager of Process Monitoring and R&D Studies at Enerjisa Üretim Bandırma Energy Base, is a graduate of METU Aviation Engineering. He has a PhD degree with his studies in the field of Gas Turbines, biofuels and Sustainability, and has publications in national / international conferences / journals. He worked at TEI for many years in the field of development, testing and product development / new test systems installation project management of Gas Turbine engines.
At Bandırma Energy Base, where he started working in 2019, he started working on maintenance planning and coordination, and lastly, he carries out engineering activities with monitoring of operating process data, performance calculations. He carries out research and collaboration studies on sustainable new technologies, and is especially involved in project work in the field of Hydrogen.