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baner Home / About etn / ETN Project Board

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ETN Project Board
ETN Project Board

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 Turbines
  • Power Generation Systems
  • Environmental systems; exhaust gas clean-up and emission reduction
  • Process Technologies

Abdulnaser Sayma

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

Peter Breuhaus

International Research Institute Stavanger 
  • 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

  • Turbomachinery design, integration in process, operation and trouble shooting (including gas turbine)
  • Gas turbine qualification as new product for Company
  • Oil and gas plant design, construction, commissioning and operation.

John Oakey

Cranfield University

  • Materials and coatings for boilers and gas turbine systems
  • Fossil fuel and biomass/waste combustion and gasification systems
  • Corrosion, deposition, component life modelling and life extension
  • CO2 capture and transport technologies and materials
  • Advanced power technologies - oxy-combustion, chemical looping and hot gas cleaning

Mark George

Cullum Detuners 
  • Turbomachinery design
  • Emissions Reduction Technology
  • Gas Turbine Filtration
  • Gas Turbine Exhaust Systems
  • Noise Control and Noise Management
  • Aerodynamics
  • Gas Turbine Safety


Nicola Rossi

  • Energy
  • Power Generation
  • Combustion
  • Heat transfer
  • Emission control
  • Monitoring systems and predictive diagnostics