Steam Cogeneration in Turbines
What Is the Importance of Turbine-Based Cogeneration?
Turbine-based cogeneration plays a crucial role in industry by providing an efficient and sustainable solution to meet the simultaneous demands for electricity and heat.
This innovative approach optimizes energy production by generating electricity while capturing and reusing waste heat—resulting in more efficient resource utilization and a significant reduction in operating costs.
At the heart of turbine cogeneration is the gas turbine, a key component that drives both power generation and heat production. Gas turbines are well known for their ability to convert natural gas into mechanical power, making them an efficient option for energy production.
In a cogeneration plant, natural gas is used as fuel in the gas turbine. The energy released in this process is not only converted into electricity but also harnesses the generated heat. This waste heat is used for producing steam or hot water, which can be utilized in industrial processes or supplied as heating for nearby facilities.
