Hestia Project
HESTIA PROJECT: UTILIZING OXY-FUEL TO DECARBONIZE UPSTREAM OIL FIELD OPERATIONS
The Hestia Project has commenced preliminary front-end engineering design (Pre-FEED) to assess and demonstrate two North American emission-free power projects utilizing Clean Energy System’s proven Oxy-Fuel burner technology. The Oxy-Fuel burner technology is licensed by Valverde and owned by Clean Energy Systems (“CES”), a global leader in the development and deployment of carbon-reducing energy systems. The scalable CES Oxy-Fuel solution is designed to provide 10 MW to 100 MW of emission-free electrical power to meet the customer’s specific project requirements.
The Canadian project utilizes pipeline-quality natural gas in an enhanced oil recovery (EOR) operation. The U.S. project utilizes a natural gas return-stream contaminated with CO2, also in an EOR operation. Upon completion, each project will generate carbon-free electrical power used in oil field operations and for sale to the grid, while the CO2 is safely sequestered in the oil and gas reservoir for 100% capture of the GHG emissions.
VPS serves as project manager for the two Hestia projects. The Hestia Project participants include:
- Malaysian international shipping company, MISC Berhad (misc.com.my)
- Norwegian engineering and service company, Aker Solutions (https://www.akersolutions.com/ )
- Oxy-Fuel technologist, Clean Energy Systems (cleanenergysystems.com) and;
- Valverde Power Solutions
Oxy-Fuel Benefits to Oil and Gas Operators
- Additional CO2 provided extends economic life of reserves in the ground and can lower lease operating expense (LOE)
- Reduced carbon footprint
- Can attract carbon credits and investment tax credits (ITCs) in Canada
- Can qualify for Low Carbon Fuel Standards (LCFS) in the US
- Now qualifies for 45Q under the new CO2 threshold under Inflation Reduction Act of 2022 applicable in the US
- Eliminates or reduces electricity draw from the grid
- Reduced or eliminated emissions can help meet ESG requirements