The ETN Project Board

ETN has a Project Board which provides a consultative forum and independent support to new initiatives or issues that are brought to the ETN platform. Its role is to maximise the potential of initiatives and to provide technical & strategic advice and support in the project development process. The role of the Project Board is not to block a proposal, but rather to help present it clearly and positively to the ETN platform, where the Project proposal will be evaluated through the display of interest among the members.

Please click here to see the Project Board Terms of Reference.

The current members of the Project Board are

  • Peter Jansohn, Paul Scherrer Institute

    Fundamentals of Combustion
    Gas Turbine Cycles; Process Technologies
    Integrated Power Generation Systems
    Environmental systems (for exhaust gas clean-up and emission reduction)

  • Abdulnaser Sayma, City University London

    Computational Fluid Dynamics code development
    Compressor and Turbine Aerodynamics
    Micro-gas turbines, analysis, design and testing
    Waste heat recovery using organic Rankine cycle

  • Peter Breuhaus, NORCE

    Fundamentals of aero and thermodynamics
    Gas Turbine technology and design
    Power plant monitoring and diagnostic systems
    Power systems and systems integration
    Process technologies

  • Dominique Orhon, Total

    Turbomachinery design, integration in process, operation and troubleshooting
    Gas turbine qualification as new product for Company
    Oil and gas plant design, construction, commissioning and operation

  • Nicola Rossi, Enel

    Power Generation
    Heat transfer
    Emission control
    Monitoring systems and predictive diagnostics

  • Marco Ruggiero, BHGE

    Turbomachinery Experimental Verification
    Test Systems Engineering
    Measuring Techniques
    Gas Turbines design and operation
    Centrifugal Compressors design and operation
    Control systems and instrumentation

  • Grant Terzer, Capstone

    Grid interconnections certifications
    Exhaust recovery
    Fuel conditioning and compression
    Combustion with the fuels and emission standards

  • Olaf Bernstrauch, Siemens

    Turbomachinery package development (GT, ST, Gen, Aux)
    Storage technologies and plant integration
    Hybrid plants
    (Waste) Heat recovery (sCO2, ORC, HTHP, …)
    Co-Generation CHP

  • Rene Vijgen, Sulzer

    Gas turbine service business
    Gas turbine repair, field service and new manufacturing technology
    Materials and coatings

  • Peter Kutne, DLR

    Gas turbine combustion
    Optical and laser based diagnostics
    Micro gas turbines
    Decentralised combined heat and power
    Innovative gas turbine cycles
    Utilisation of biomass based and renewable fuels

  • Chris Dagnall, DNV-GL

    Gas Turbine performance and emissions
    Compressor performance
    Condition monitoring and vibration

  • Yiguang Li, Cranfield University

    Gas Turbines Performance
    Gas Turbine Diagnostics and Prognostics
    Gas Turbine Life Consumption Analysis
    Combined Cycle Gas Turbines (CCGT)
    Gas Turbine Performance Design and Tests
    Combined Heat and Power (CHP)
    Computational Fluid Dynamics (CFD)

  • Olaf Brekke, Equinor

    Gas Turbines and auxiliary systems
    Gas Turbine performance, operation and condition monitoring
    Turbomachinery in the Oil & Gas industry




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