Title
The impact of hydrogen on gas turbine power generation

CoPED ID
f1369f0a-4557-4596-9049-5a6eee4de6eb

Status
Active

Funders

Value
No funds listed.

Start Date
Sept. 30, 2019

End Date
Sept. 29, 2023

Description

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As we aim to reach our societal goal of net zero, it is necessary to decarbonise all heavy industries. The power sector has made great inroads with this aim with a large influx of renewables energy sources. However, renewables induce instabilities on grid due to their reliance on temporal conditions. Gas turbines are used to manage these instabilities on grid due to their ability to operate ancillary services as they are a flexible generating source. Therefore, to decarbonise the power sector, the gas turbine industry must also be decarbonised.

RWE Generation own and operate 9 GT26 gas turbines across the UK. This research project investigates how the hydrogen capability of the GT26 can be extended aiming to reach pure H2 combustion. This investigation will take the form of experimental studies on the phenomena that the GT26 operates on and determines how hydrogen will effect the running regime. This project will give insight as to how the hydrogen capability of the GT26 can be extended, maintaining the economic viability of GT26 sites and contributing to RWE's net zero goals by 2040.

Cardiff University LEAD_ORG
RWE nPower STUDENT_PP_ORG

Richard Marsh SUPER_PER
James Bain STUDENT_PER

Subjects by relevance
  1. Renewable energy sources
  2. Hydrogen
  3. Gas turbines
  4. Sources of energy
  5. Energy policy

Extracted key phrases
  1. Gas turbine power generation
  2. GT26 gas turbine
  3. Gas turbine industry
  4. Hydrogen capability
  5. Power sector
  6. GT26 site
  7. Renewables energy source
  8. Flexible generating source
  9. Aim
  10. Heavy industry
  11. Societal goal
  12. Impact
  13. Research project
  14. Pure H2 combustion
  15. RWE Generation

Related Pages

UKRI project entry

UK Project Locations