About Generator air inlet filtration
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6 FAQs about [Generator air inlet filtration]
What is an inlet air filtration system?
An inlet air filtration system is essential for the successful operation of a gas turbine. The filtration system protects the gas turbine from harmful debris in the ambient air, which can lead to issues such as FOD, erosion, fouling, and corrosion.
How does air quality affect a gas turbine inlet filtration system?
The potential air quality variations will impact the operational efficiency of the gas turbine inlet filtration system. An inlet system that is designed primarily for dusty climates, for example, may not perform well if steam or water droplets are continuously entrained with the gas turbine inlet air.
What is a gas turbine filtration system?
The filtration system protects the gas turbine from harmful debris in the ambient air, which can lead to issues such as FOD, erosion, fouling, and corrosion. These issues if not addressed will result in a shorter operational life and reduced performance of the gas turbine. Modern day filtration systems are comprised of multiple filtration stages.
What are gas turbine air inlet filers?
Gas turbine air inlet filers are essential to prevent fouling, erosion and corrosion of compressor components, and undergo stringent testing. The ARAMCO laboratory test which is described utilises a full-scale pilot plant and measures efficiency and pressure drop under the worst possible operational conditions.
Are gas turbine inlet filters safe?
The gas turbine inlet filters will not remove gas phase contaminants and large volumes of entrained gas may lead to turbine control problems and operation leading to out-of-compliance emissions or turbine damage. Gas, steam or other fluid piping with flanged connections may leak after years of safe operation.
How does a gas turbine inlet conditioning system work?
A number of inlet conditioning options are also available to maximize gas turbine performance. GE Distributed Power gas turbines use a three-section inlet air filter that mounts directly above the turbine enclosure, conserving space and providing compact, low-pressure loss ducting to the turbine inlet. Figure 1 provides an illustrative example.
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