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Evaluation of Air Filtration Options for an Industrial Gas Turbine

There is long-term interest in evaluating the life-cycle cost of various gas turbine air filters. The work described in this paper is designed to help form the basis for a life-cycle cost evaluation.

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How to Select the Optimal Inlet Air Filters for Your Engine

This article reviews the basics of inlet air filtration and offers a guide for choosing the preventive strategy to optimize the performance and health of your engine.

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Economic Optimization of Inlet Air Filtration for Gas Turbines

This paper provides an integrated, quantitative, and transparent approach to life cycle cost analysis for gas turbine inlet filtration. This work also serves as a technical summary of the underlying physics models that lead to the development of EPRI’s Air Filter Life Life-Cycle Optimizer (AFLCO) software.

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Using Data Analytics for Gas Turbines: Basics, Potential Pitfalls, and Best Practices

This extensive course provides an overview of common analytics types and machine learning, a standard process for model creation, and examples of use cases.

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Consideration of Artificial Intelligence Application and Impact for the Electric Power Gas Turbine Industry

When applied properly, AI has a multitude of powerful uses. This presentation introduces application of AI to gas turbine industry and provides a summary of machine learning archetypes.

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Gas Turbines: Emissions, Combustion and Fuels

This paper describes how variations in fuel composition influence gas turbine emissions, operability, and operational range (turndown), and further explains resulting fuel composition sensitivities as well as approaches for identifying and mitigating operational risk.

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How Natural Gas Fuel Variability Impacts GT Operation

This article focuses on operability issues those Turbine Logic routinely observes when performing root cause analyses, pose risks to gas turbines and are closely tied to operating conditions and fuel composition.

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Gas Turbine Combustion: Emission and Operability

This presentation reviews the role of combustor within larger energy system and explains the fundamentals of emissions and operability issues.

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