PowerBlade - Blade Compressor Concept Exploration for Power Generation Feasibility Study

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Title
PowerBlade - Blade Compressor Concept Exploration for Power Generation Feasibility Study

CoPED ID
a65ea969-4849-473b-a7ae-a16291c4c365

Status
Closed


Value
£415,878

Start Date
Feb. 1, 2017

End Date
Jan. 31, 2018

Description

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10-12% of all power generated in the UK is used for compressed air. Air compressors are heavily relied upon within the Power Generation industry in many ways that impact on the energy trilemma. The Powergen industry requires reliable, efficient, low cost compressor technologies to (1) Minimise C02 emissions of the power generation operation itself (2) Avoid wasting energy that could be sold (3) Assist in making renewables a viable and reliable solution. LONTRA'S innovative and proven Blade Compressor® concept has demonstrated efficiency gains of >20% with better reliability compared to lobe compressors in wastewater treatment. This offers significant savings to the Powergen industry.

This project will explore the technical and commercial feasibility of a new version of the Blade Compressor concept to address the needs in Power Generation further advancing energy efficiency & affordability, and initial exploration for compressed air energy storage. This will be achieved through a scaled design of the Blade Compressor® concept, mathematical modelling including temperature and pressure limits.

Lontra Limited LEAD_ORG
Lontra Limited PARTICIPANT_ORG

Kiran Tailor PM_PER
Kiran Tailor PM_PER

Subjects by relevance
  1. Compressors
  2. Energy efficiency
  3. Emissions
  4. Compressed air
  5. Energy
  6. Environmental effects
  7. Pneumatic machines
  8. Power plants
  9. Energy production (process industry)
  10. Innovations

Extracted key phrases
  1. Power Generation Feasibility Study
  2. Blade Compressor Concept Exploration
  3. Power Generation industry
  4. Blade Compressor concept
  5. Compressed air energy storage
  6. Blade Compressor&reg
  7. Air compressor
  8. PowerBlade
  9. Energy efficiency
  10. Low cost compressor technology
  11. Energy trilemma
  12. Powergen industry
  13. Power generation operation
  14. Lobe compressor
  15. Efficiency gain

Related Pages

UKRI project entry

UK Project Locations