Power Generation

Air Compressor Applications in Power Stations and Wind Turbine Construction

Air compressors are essential in both power stations and the manufacturing and assembly of wind turbines. Their reliability, versatility, and efficiency make them critical to a wide range of operations, from system control to heavy component handling.

Control Systems in Power Stations
Compressed air powers pneumatic actuators for control valves and instrumentation throughout power stations. These air-driven systems support automation, enhance process reliability, and ensure safe and responsive plant operation.

Material Handling During Wind Turbine Assembly
In the construction of wind turbines, compressed air is used to operate lifting devices and position large components such as rotor blades and tower sections. Pneumatic tools and systems provide the control and strength needed for safe and efficient assembly.

Filter Cleaning in Power Station Ventilation Systems
Compressed air is used in reverse pulse-jet systems to clean air filters in ventilation and dust collection units. This helps maintain proper airflow, extend filter life, and minimize downtime in critical plant systems.

Component Drying and Surface Preparation
Compressed air accelerates drying processes and is used to clean surfaces during equipment maintenance and turbine blade manufacturing. This ensures high-quality finishes and prepares components for coating, painting, or bonding.

Pneumatic Tooling for Wind Energy Manufacturing
A wide range of pneumatic tools—such as grinders, sanders, and torque wrenches—are powered by compressed air during wind turbine production. These tools offer consistent performance and are well-suited to large-scale manufacturing environments.

Blower and Vacuum Applications in Power Generation

Blower and vacuum systems play a vital role in various critical processes within power stations. From supporting combustion and gas removal to enabling effective pollution control, these systems contribute significantly to operational efficiency, emissions reduction, and regulatory compliance.

Bed Combustion Fluidization
Circulating fluidized bed (CFB) technology enables the combustion of high-sulfur fuels while keeping sulfur and nitrogen oxide emissions within regulated limits. Positive displacement blowers supply the fluidization air required for outlet beds, siphons, and ash coolers, ensuring stable and efficient combustion.

Condenser Evacuation
Vacuum systems are used to evacuate air and other non-condensable gases from the steam space within power plant condensers. This is essential for maintaining low turbine backpressure, which directly impacts plant efficiency. Reliable vacuum equipment is critical for optimal performance in both fossil fuel and nuclear power stations.

Flue Gas Desulphurisation (FGD)
To reduce sulfur dioxide emissions from flue gases, power plants use a continuous flow of low-pressure air in the desulphurisation process. Blower systems must be energy-efficient and highly dependable to support uninterrupted operation and effective environmental compliance.