Verification of performance of novel ultra-sonic flow meter through controllable, variable, real-world application

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Title
Verification of performance of novel ultra-sonic flow meter through controllable, variable, real-world application

CoPED ID
0f7ba4dc-5536-4302-8bae-964e29817aed

Status
Closed


Value
£63,700

Start Date
Jan. 1, 2022

End Date
March 31, 2022

Description

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In the transition to a net zero-emission energy system, hydrogen will play a major role in a smart combination with other energy vertical. The use of pure hydrogen & blends with natural-gas/bio-gas is a very attractive proposition in decarbonising heat as is the use of fuel grade hydrogen for decarbonising transport, particularly for difficult to decarbonise sectors such as heavy transport (air, marine, rail, & heavy road vehicles). However, there are many challenges (both technical and commercial) that need to tackled to establish a well-developed energy infrastructure for hydrogen, from production to distribution, storage and end-use, to fully benefit from this transition.

Established in January 2021, Hy-Met Limited is an innovative deep-tech company that aims to tackle complex energy measurement challenges. Our vision is to support the emerging and future energy sectors to bring clean, sustainable, & affordable energy to all, by our advanced hydrogen measurement platform that combines state-of-the-art instrument hardware with bespoke analysis software.

Taking Hy-Met's existing core metering technology and testing its performance thoroughly in a range of gases (including pure hydrogen and various methane/hydrogen/nitrogen blends) at a highly accurate/traceable test facility such as NEL is critical to perform further design/parameter optimisation for safe, accurate and reliable operation in these future energy gases.

HY-MET LIMITED LEAD_ORG
TUV SUD LIMITED PARTICIPANT_ORG
HY-MET LIMITED PARTICIPANT_ORG

James Smith PM_PER

Subjects by relevance
  1. Hydrogen
  2. Future
  3. Renewable energy sources
  4. Energy production (process industry)
  5. Fuels
  6. Energy
  7. Warehousing
  8. Energy technology

Extracted key phrases
  1. Sonic flow meter
  2. Future energy gas
  3. Advanced hydrogen measurement platform
  4. Complex energy measurement challenge
  5. Fuel grade hydrogen
  6. Pure hydrogen
  7. Future energy sector
  8. Emission energy system
  9. Verification
  10. Novel ultra
  11. Energy vertical
  12. Energy infrastructure
  13. Affordable energy
  14. Performance
  15. World application

Related Pages

UKRI project entry

UK Project Locations