POWER GENERATION

Harnessing energy to power the future

 

Fueling nations and empowering industries, power generation lies at the heart of global progress, spanning thermal, hydro, and renewable sources. Each form of energy demands precision, reliability, and robust engineering to operate at peak efficiency.

At Kirloskar Pneumatic, we support the power generation sector with a comprehensive range of solutions that enable efficient operations across diverse environments.

Our Air Compressor Division plays a critical role in supporting power plants, whether it’s coal drying, ash handling, combustion air supply in thermal plants, valve automation and turbine cooling in hydro power, or cleaning systems in renewables. With centrifugal air compressors, vertical and horizontal reciprocating models, and gas compressors, we deliver consistent performance in even the most demanding applications.

Our Air Conditioning and Refrigeration systems that include steam-driven, hot water-driven, direct-fired, and exhaust-driven double-effect vapour absorption chillers to help maintain stable temperatures and efficient heat recovery in auxiliary systems, contributing to the overall operational efficiency of power plants.

In the field of Transmission, our high-speed gearboxes, hydro turbine gearboxes, windmill gearboxes, planetary drives, and railway transmissions ensure optimal power transfer and performance be it for driving turbines or supporting renewable infrastructure.

At Kirloskar Pneumatic, we are building the future of energy with engineered resilience, sustainable performance, and unwavering reliability.

Power Generation

Harnessing energy to power the future

Fueling nations and empowering industries, power generation lies at the heart of global progress, spanning thermal, hydro, and renewable sources. Each form of energy demands precision, reliability, and robust engineering to operate at peak efficiency.

At Kirloskar Pneumatic, we support the power generation sector with a comprehensive range of solutions that enable efficient operations across diverse environments.

Our Air Compressor Division plays a critical role in supporting power plants, whether it’s coal drying, ash handling, combustion air supply in thermal plants, valve automation and turbine cooling in hydro power, or cleaning systems in renewables. With centrifugal air compressors, vertical and horizontal reciprocating models, and gas compressors, we deliver consistent performance in even the most demanding applications.

Our Air Conditioning and Refrigeration systems that include steam-driven, hot water-driven, direct-fired, and exhaust-driven double-effect vapour absorption chillers to help maintain stable temperatures and efficient heat recovery in auxiliary systems, contributing to the overall operational efficiency of power plants.

In the field of Transmission, our high-speed gearboxes, hydro turbine gearboxes, windmill gearboxes, planetary drives, and railway transmissions ensure optimal power transfer and performance be it for driving turbines or supporting renewable infrastructure.

At Kirloskar Pneumatic, we are building the future of energy with engineered resilience, sustainable performance, and unwavering reliability.

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Shunting Locomotives Drives

Shunting locomotives control brake systems for both locomotive and coupled wagons facilitating shunting operations. The railway transmission for locomotives is integral to help control speed, torque and the direction of motion, ensuring efficient and safe shunting operations.

Turbine

Turbines use pneumatic systems for starting gas engines and running tools by using compressed air into motion. Planetary drives are used to increase the speed of the turbine's rotation to align with the requirements.

Wind Turbine

Gearboxes are used to convert the slow, high-torque rotation of the blades into high-speed, low torque ones to enable the generator to produce electricity.

Boiler Feed Pump

Boiler Feed Pump provides water to the boiler and enables steam production for efficient power generation.

Steam Turbine

Steam turbines use compressed air to control or augment operations for starting, load control, or in hybrid systems. High speed gearboxes help reduce the high rotational speed of the steam turbine to a lower, optimised speed.

Inlet Air Cooling

Inlet Air Cooling is the cooling of intake air to improve turbine efficiency.

Control Room Cooling

Control Room Cooling maintains a comfortable and stable environment for equipment and operators.

Cold Blowing

Compressed air is used to clean pipelines, boilers, and heat exchangers by blowing out debris and dust without the need for heat.

Water Treatment

Compressed air plays a crucial role in water treatment for mixing, agitation, and aeration, as well as for backwashing filters and cleaning membranes.

Pulverization

Compressed air assists in operating coal pulverisers for grinding coal into fine particles, improving combustion efficiency in boilers.

Coal Handling

Compressed air powers pneumatic systems for operating coal conveyor belts, hoppers, and crushers in coal handling plants.

Ash Handling

Compressed air is utilised to transport fly ash from boilers to ash silos via pneumatic conveying systems for efficient waste management.

Service Air

Compressed air is used for general maintenance tasks like cleaning equipment, debris removal, and operating pneumatic tools in power plants.

Instrument Air

Compressed air powers pneumatic instruments and control systems for valves, actuators, and critical operations in thermal power plants to ensure precise monitoring and automation.

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