Objectives

ETN Working Groups connect the key stakeholders in the gas turbine community to address issues through projects of common interest.

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ETN's Technological Roadmap

ETN's Projects & Initiatives

ETN Working Groups

Additive Manufacturing Working Group

  • Objectives:
    • Strengthen cooperation between stakeholders of the turbomachinery value chain on additive manufacturing (AM) topics
  • Current Activities:
    • AM equipment and process database
    • Product quality and control
    • R&D roadmaps

Air Filtration Working Group

  • Objectives:
    • Provide a single point of reference for state-of-the-art filtration technology
    • Address air filtration issues through projects of common interest
  • Current Activities:
    • Harmonization of different testing procedures for static filter systems in the marine and offshore environment

Life Assessment and Extension Working Group

  • Objectives:
    • Evaluate Component Life
    • Understand Rotor Integrity
    • Assess Compressor Integrity
    • Advance Non-Destructive Inspection Techniques
    • Address Thermal Fatigue and Creep
  • Current Activities:
    • Evaluating the remaining cyclic life of gas turbine parts and exploring the possibility of extending maintenance intervals for units operating under cyclic duties,
    • Rotor and Rotor Disc Lifing,
    • Evaluation of compressor integrity and reliability. This involves developing a comprehensive inspection and risk assessment method for compressor components to reduce the risk of unplanned outages.

Decentralized Energy Systems Working Group

  • Objectives:
    • Identify and assess promising applications for gas turbine integration in decentralized energy systems
    • Evaluate the technical and economic feasibility of integrating gas turbines with advanced control and energy management systems
    • Address challenges of intermittent renewable energy with gas turbine solutions
  • Current Activities:
    • Identification of open issues and gaps to close from the users’ point of view
    • Report on advanced Decentralized Energy Systems capable of facilitating Carbon-Neutral Energy Solutions for Gas Turbines.

Hydrogen and Alternative Fuels Working Group

  • Objectives:
    • Share technical knowledge and experiences to advance safe and flexible low-carbon solutions for hydrogen blends and sustainable fuels like ammonia.
    • Collaborate on research and best practices for operational and maintenance aspects.
    • Accelerate development and implementation of economically viable solutions for retrofit and new technologies.
    • Address user community’s needs for hydrogen and sustainable fuel integration.
  • Current Activities:
    • Updating the hydrogen project database.
    • Task force working on updating the report on hydrogen gas turbines.
    • Working group focusing on the safety of gas turbine enclosures.
    • Conducting a webinar series on Carbon Capture and Storage (CCS).
    • Collaborative effort on a master thesis related to CCS.
    • Project or task related to hydrogen and ammonia integration.
    • Working on an extended paper addressing alternative fuels.

Supercritical CO2 Working Group

Objectives: 

  • Highlight potential use, applications, and benefits of supercritical CO2 power cycles.
  • Identify research needs for sCO2-based power cycles to contribute to their deployment in future energy systems.
  • Address operational issues and effects on components like turbomachinery, heat exchangers, and combustion systems.
  • Assess and address operational safety aspects of supercritical CO2-cycles based power plants. 

Current Activities:

  • Continuing the webinar series on sCO2 technologies.
  • Initiating a series of reports to assess the techno-economic feasibility of sCO2 power systems in selected applications.
  • Developing a matrix identifying outstanding challenges in technology, supply chain, and standard/regulatory aspects for sCO2 technology deployment in the market.
  • Creating a roadmap for constructing a demonstrator of a small, modular sCO2 power system for Waste Heat Recovery (WHR) applications, prioritizing compactness and weight, and seeking co-funding from public and private sources.
 
 

Events

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