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Hot corrosion is a source of nonrecoverable degradation in gas turbines. It is a chemical reaction among salts, sulfur, and heat, where the damages can reduce an engine’s life by up to 75%. One of the most effective methods is to eliminate the contaminants triggering the chemical reaction. This paper examines the causes of hot corrosion and assesses various methods of mitigation.

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As energy providers help combat climate change, gas turbine manufacturers can rise to the challenge by designing cleaner and more efficient equipment. To meet ambitious energy efficiency and sustainability targets set by gas turbine manufacturers, embracing digitalization is essential. Download our executive brief to learn how building a holistic digital twin with gas turbine simulation software enables improved gas turbine designs.

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As energy providers help combat climate change, gas turbine manufacturers can rise to the challenge by designing cleaner and more efficient equipment. To meet ambitious energy efficiency and sustainability targets set by gas turbine manufacturers, embracing digitalization is essential. Download our executive brief to learn how building a holistic digital twin with gas turbine simulation software enables improved gas turbine designs.

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Accelerometers and pressure sensors for use on combustion turbines require special consideration during design and manufacturing processes. Typical applications for high temperature sensors include condition monitoring of power generation turbines, gas turbine bearing health monitoring and turbine/compressor sets in oil & gas pipelines.

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Hot corrosion is a source of nonrecoverable degradation in gas turbines. It is a chemical reaction among salts, sulfur, and heat, where the damages can reduce an engine’s life by up to 75%. One of the most effective methods is to eliminate the contaminants triggering the chemical reaction. This paper examines the causes of hot corrosion and assesses various methods of mitigation.