top of page
power gen.png

Filtration Applications for the Power Generation Industry 

Anchor 1

NATURAL GAS 

power gen2.png

The performance and efficiency of a Natural Gas fired turbine is directly related to the quality and condition of the fuel gas. We design and specify coalescing filtration systems to ensure maximum removal of liquid and solids particulate from fuel gas streams.

power gen 3.png

We also offer fuel gas conditioning skid packages that incorporate filtration, heating, pressure control, and metering to meet the fuel gas criteria established by the turbine manufacturer.

Anchor 2
power gen 5.png
power gen4.png

AIR INTAKE 

Combustion is the basic chemical process of releasing energy from a fuel and air mixture. While it is key to have clean, contaminant-free fuel, it is equally as important to provide combustion turbines with clean air.

Intake Air is often filtered in multiple stages, with each filtration stage optimized for maximum air delivery and particulate removal. Our knowledge of filtration has helped many power generators reduce costly maintenance and improve generation efficiency.

WATER

Anchor 3
power gen 6.png
chemical 10.png

Water filtration is key in various types of power generation systems.

    intake water

​

    protection of cooling towers & condensers

​

    gland seal water

​

    boiler make up water

In Nuclear Power Generation water is used for temperature control within the reactor, spent fuel pools, and other process controls.

power gen 8.png
Anchor 4

HYDRAULIC & LUBE OIL 

The Hydraulic and Lubrication Oil circuit systems are vulnerable to a variety of contaminants that result in inefficiency, downtime, and excessive repair costs.

power gen 9.png

Filtration plays a key role in protecting and maintaining these sensitive components.

power gen 10.png

Proper filtration is pivotal for employee safety, environmental safety, and overall plant efficiency.

POWER GEN 14.JPG

How can we help you? | 763-541-9711 |  

bottom of page