
In a gas turbine power plant, heat and thermal equipment are essential for converting fuel energy into high-speed rotational power. Key components such as combustors, heat exchangers, recuperators, and exhaust heat-recovery systems manage the intense thermal loads generated during combustion. The turbine draws in and compresses air, mixes it with fuel, and ignites it to produce high-temperature gases that drive the turbine blades. Recuperators and waste-heat recovery units capture residual heat from exhaust gases to improve overall cycle efficiency and reduce fuel consumption. These integrated thermal systems ensure stable operation, improved performance, and lower emissions in modern gas turbine power generation.
Burnovate Energy Systems Pvt. Ltd. designs and develops the following thermal systems (used for energy & heat transfer equipment) in the Gas Turbine Power Plant
- Compressor (axial or centrifugal)
- Compressor intercooler (in multi-stage/advanced cycles)
- Combustion chamber / combustor
- Fuel injectors / fuel nozzles
- Pilot burner
- Fuel supply system (gas, liquid, or dual-fuel)
- Economizer
- Evaporator
- Superheater
- Superheater
- Reheater (optional)
- Fuel gas heating system
- Air-cooled heat exchangers
- Water injection system for NOx control



