2 results listed
Organic rankine cycle (ORC), special fluids are used which can evaporate at relatively low temperature instead of water as the vehicle fluid. In this way it is possible to produce electricity from waste heat sources at low temperatures.
In this study, it was investigated that the required thermal energy for the ORC was achieved by burning gases in a combustion chamber (Flare) in a low-emission hot water boiler. The electricity generated at the end of the cycle is theoretically calculated. The main components of the system are the boiler, turbine, and cooling unit has been examined. Cost, feasibility and emission analyzes of the system are made; according to TURKEY and USA conditions, the repayment period and internal rate of return are calculated. As a result of the application, it is seen that electricity production can be done at 76,5 kWe power from 118 Nm3/h waste gas.
International Iron & Steel Symposium
UDCS
Emrecan ERCAN
Cabir KÜÇÜK
Durmuş KAYA
ORC turbines, which have been developed for the production of electricity from low temperature thermal sources, have been used in high temperature applications in recent years together with the developing technology. These machines, which can generate heat and power, are the preferred technology for biomass power plants with high thermal efficiency rates. Biomass energy is a kind of cheap, clean and renewable energy whose existence dates back to years B.C. In this study, thermal oil obtained from biomass fired hot oil boiler in a factory and production of electricity and hot water from this thermal oil by ORC turbine were investigated. At the end of the cycle, the information about the purpose of using the electricity and heat energy produced in the plant is given. The main components of the system are boiler, turbine and other auxiliary elements. The cost and feasibility analyzes of the system were made and the repayment period and internal profitability ratios of the project were calculated within the framework of YEKDEM Law.
International Science and Engineering Application Symposium on Hazards
ISESH
Emrecan ERCAN
Durmuş KAYA
Filippo Vescovo