Energy & Power

ENERGY AND POWER Industry

AS Engineers blower has served in the power generation industry for a long time. Various applications include a forced draft fan, induced draft fan, exhausting fan, primary air fan, and secondary fan of industrial boiler systems, or used as a dust removal fan, desulfuration fan, or denitration fan of the gas purification system. Our blowers have provided a wide range of fan systems with reliable performance and stable operation for our customers in the power generation industry.

We can provide blowers that can run on various fuel sources like coal-fired electricity fans, biomass fuel-powered fans, garbage incineration power fans, and other thermal power fans. Our engineers will provide high-quality customized design services to our customers for heavy-duty fan systems used in power generation.

India is one of the leading countries in the list of power-generating giants, but still, its per capita consumption rate is relatively low. We supply all types of centrifugal fans for the boiler applications of the power station boilers like FD, ID, PA and SA fans. Conventional boilers are run by resources such as coal, gas, fire etc. and circulating fluidized bed boilers (CFB boilers, fossil fuel or biomass fired). We manufacture various types of fans like Boiler draught fans, forced draught, induced draught, primary air and gas recirculation fans, Centrifugal Fans or Auto variable pitch flow axial fans, which are prominent in the field of Energy generation. At AS Engineers, we also design and manufacture cooling fans for chiller plants and towers.

Some of the well-known terms of the fans for this particular industry are

  • Flue Gas Desulphurization (FGD) fans
  • Booster fans (wet or dry booster fans)
  • Selective Catalytic Reduction (SCR) fans
  • Combined Cycle Gas Turbine (CCGT) fans 
  • Combined Heat and Power (CHP) fans
  • Cooling fans for mechanical draught cooling towers. 
  • Fans for supplementary and helping units (HRSG).

Centrifugal Blower

Blowers play a crucial role in the energy and power industry by providing airflow for various processes and applications. Some of the critical uses of blowers in the energy and power industry include:

  • Flue gas scrubbing: In power plants, blowers are used to scrub flue gases, which are the gases that are released during the burning of fossil fuels. This helps to remove harmful pollutants and reduce emissions.
  • Forced draft: Blowers are used in forced draft systems to provide a continuous air supply to fuel-burning processes, helping maintain a consistent and efficient burn rate.
  • Induced draft: Unlike forced draft systems, induced draft systems use blowers to draw air out of fuel-burning processes, helping to remove excess heat and prevent overheating.
  • Air pollution control: Blowers are often used in the energy and power industry to help control air pollution by providing the necessary airflow for air pollution control systems. These systems may include scrubbers, baghouses, and electrostatic precipitators, which remove particulate matter, gases, and other contaminants from the air.
  • Gas boosting: Blowers are also used in the energy and power industry to increase the pressure of gases, such as natural gas, in pipelines and other systems. This helps to ensure that the gas is delivered at the appropriate pressure and flow rate to meet the system’s needs.
  • Ventilation: Blowers are frequently used in the energy and power industry to providing ventilation in power plants, industrial facilities, and other settings. This helps to ensure that the air quality in these environments is safe and healthy for workers and other personnel. In the energy and power industry, blowers are also used to ventilate control rooms, switchgear rooms, and generator rooms to remove excess heat and maintain a safe working environment.
  • Combustion air: Blowers are used to providing the necessary airflow for combustion in a variety of applications, including power plants, boilers, and industrial furnaces. This helps to ensure that the fuel is burned efficiently and effectively, maximizing the system’s energy output.
  • Drying: Blowers are also used in the energy and power industry to dry materials, such as coal, biomass, and other fuels. This helps to remove moisture from the material, which can improve its handling and storage properties, as well as its combustion efficiency.
  • Forced draft for combustion systems: Blowers are often used in power plants and other industrial facilities to provide forced draft for combustion systems. This helps to improve the efficiency of the combustion process and reduce emissions.
  • Air and gas handling: Blowers are also used for various air and gas handling applications in the energy and power industry, including ventilation, air pollution control, and pneumatic conveying.
  • Waste heat recovery: In some cases, blowers are used to recover waste heat from industrial processes and use it to generate electricity or power other systems.
  • Fuel gas boosting: In gas-fired power plants, blowers are used to increase the pressure of the fuel gas to ensure proper combustion.
  • Carbon capture and storage: Blowers are also used in carbon capture and storage systems, designed to capture and store carbon dioxide emissions from industrial processes to reduce greenhouse gas emissions.

AS Engineers is a leading manufacturer of blowers for the energy and power industry, with a reputation for engineering excellence and superior output. Our blowers are known for their high performance, durability, and versatility and are suitable for various applications. If you are in the energy and power industry and need reliable and efficient blower equipment, we encourage you to contact AS Engineers to see how we can help.

Paddle Dryer

AS Engineers is a leading manufacturer of paddle dryers for the energy and power industry, with a reputation for engineering excellence and superior output. Our paddle dryers are designed to meet the specific needs of our customers in the energy and power industry and are suitable for a wide range of applications.

  • Drying of biofuels: Paddle dryers are ideal for use in the drying of biofuels such as wood chips, grass, and straw, as they can handle high moisture content and can operate at low temperatures to prevent thermal degradation of the material.
  • Drying of coal: Paddle dryers are also well-suited for use in the drying of coal, as they can handle high capacities and operate at high temperatures to ensure complete drying of the material.
  • Drying of sludge: Paddle dryers can also be used to dry sludge produced in power plants and waste-to-energy facilities, helping to reduce the volume of waste and improve its disposal options.
  • Drying of biomass: In addition to wood chips, paddle dryers can also be used to dry other types of biomass such as grass, straw, and agricultural waste, helping to increase the energy content of these materials and making them more suitable for use as fuel.
  • Cooling of materials: Paddle dryers can also be used to cool materials such as coal and biomass, helping to reduce the risk of spontaneous combustion and making them safer to handle and transport.
  • Converting wet materials into a more manageable and transportable form in power plants and waste-to-energy facilities. Reducing moisture content in materials improves their calorific value and makes them more suitable for use as fuel. Recovering solvents and other valuable products from waste streams in power plants and waste-to-energy facilities. Reducing waste volumes and reducing the environmental impact of power plants and waste-to-energy facilities

One of the key advantages of using a paddle dryer in the energy and power industry is its ability to handle a wide range of materials and handle them efficiently and effectively. Paddle dryers are also known for their high thermal efficiency, which means they can effectively dry materials while minimizing energy consumption.

In conclusion, paddle dryers are a versatile and effective solution for various drying and cooling applications in the energy and power industry. At AS Engineers, we offer a range of paddle dryers specifically designed to meet the needs of this industry and are backed by our team of experienced engineers who can provide expert guidance and support. Suppose you are in the energy and power industry and need a reliable and efficient drying or cooling solution. In that case, we encourage you to contact AS Engineers and see how our paddle dryers can help.


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