Energy Technologies for a Sustainable Future
Thank you for your interest in Clarke Energy.
Below you can find more information on Clarke Energy’s range of flexible power solutions with biogas, biomethane and hydrogen.
Hydrogen Ready Gas Engines
INNIO Jenbacher gas engines can operate on up to 100% hydrogen
Biogas Upgrading with CO2 Recovery
Purification of biogas for pipeline injection, compression or transportation
Biogas Combined Heat and Power
Gas engine technology to produce renewable electricity and heat from biogas
Hybrid Power Solutions and Microgrids
Combine rapid power dispatch with renewable technologies
CHP Solutions on the Road to Net-Zero
Combined heat and power (CHP) can work alongside other renewable technologies and energy storage as part of a hybrid energy solution
Watch the video and find out more about the The Green Recovery with The Association for Decentralised Energy
EPC Power Project Delivery Specialists
Low carbon, hybrid and flexible energy solutions, backed by strong balance sheet and aftersales support.
- £3b global power projects
- £700m UK deployed assets
- 400 UK employees with 24/7 national service support coverage
Project feasibility, specification, and planning assistance to detailed design, construction & aftersales support
Learn more about Clarke Energy’s EPC capabilities here
CHP Exhaust Carbon Capture and Utilisation Project
Clarke Energy are to demonstrate a carbon negative carbon capture system at Severn Trent Water’s site in Derby.
- The CECCU project will unlock a key technological innovation that will enable the water sector in England and Wales to meet its Net-Zero carbon commitment.
- The demonstration facility is anticipated to recover 85-95% of carbon dioxide from the biogas engine’s exhaust and net reduce carbon dioxide in the atmosphere.
- Clarke Energy part of consortium including Severn Trent, CCM, Brunel University, United Utilities Southern Water and Scottish Water that win Ofwat’s “Water Breakthrough Challenge”.
Read more about the first of its kind carbon capture project here