Enhanced Geothermal Reservoir Recovery System EGRRS
E2E Energy Solutions plans to lead the new green economy to a profitable future, not only in Alberta but Canada, by developing power plants on both producing and non-producing oil and gas reservoirs with strong geothermal dynamics using its patent pending EGRRS process. Our EGRRS process is novel and will create a breakthrough in the geothermal economic profitability, that has the potential to unlock large amounts of geothermal energy previously unrecoverable. All generated electricity will be used to power several high value revenue streams, including:
- Green hydrogen via electrolysis
- Blue hydrogen via SMR and carbon capture
- Lithium from reservoir brine
- Crypto currency mining
- Sustainable greenhouse
- Clean Water
Our goal is to design and build projects that repurpose yesterday’s oil and gas infrastructure to produce tomorrow’s green energy, while maintaining a green bottom line.
E2E has developed a process that takes qualifying producing and non-producing oil and gas reservoirs having thermal temperatures at a minimum of 80 degrees Celsius and enhancing them to temperatures above 200 Celsius via its EGRRS processes, which greatly increasing the electrical generation potential. Specifically, wells that are located on a non-producing natural gas reservoir that still contain large amounts of currently unrecoverable hydrocarbons due to the high pressure and large amounts of brine in the reservoir.
E2E’s geothermal processes significantly reduces the volume of brine while simultaneously dropping the reservoir pressure which in turn liberates the trapped hydrocarbons in the reservoir for recovery at surface. The recovered hydrocarbons provide an important additional revenue stream for the economics of the project as well provides the methane feed stock to produce blue hydrogen via the SMR + carbon capture process. In summary, the goal of the project is to create several high value revenue streams powered by the generated electricity from the geothermal power plant.
EGRRS will be the first commercial scale to economically sustain green energy project and is now protected by our Patent Pending status.
Environmental Impact
EGRRS Economic Advantages
EGRRS Economic Advantages
- Reduced carbon footprint by converting existing reservoirs from producing hydrocarbons to green energy
- Repurposing existing infrastructure: Roads, power lines, and well-bores No surface water required to produce energy
- No chemical emission
EGRRS Economic Advantages
EGRRS Economic Advantages
EGRRS Economic Advantages
- Provide constant production sustainability
- Multiple high value revenue streams
- Replacing greenhouse gases with clean energy
- Create jobs and repurposes oil and gas infrastructure
- Numerous qualifying reservoirs in Western Canada that can be converted to produce green energy
- Reduces carbon footprint while satisfying green energy needs
- Commercial scale hydrogen production
- Global opportunity
E2E Will...
EGRRS Economic Advantages
E2E Will...
- ...be using revenues generated from multiple renewable energy streams to build an economically sustainable renewable green energy future.
- ...be repurposing existing oil and gas infrastructure E.g.: existing oil and gas wells, pipelines, deep earth directional drilling
- ...be helping to create new green energy jobs by repurposing the skills, techniques, and workers displaced from the shift from oil and gas to renewables.
ADVANTAGES OF GEOTHERMAL ENERGY
Thanks to long-lasting, safe, reliable plants, geothermal energy is increasingly low risk and brimming with untapped potential. It is silent, always available, has little impact on the landscape and is versatile. It can even be used for cooling and creates more jobs than any other green energy.
“Aside from being essentially unlimited like many other renewables, geothermal energy is always available. It is not impacted upon by whether it is day or night like solar energy, and does not depend on season, climate or weather conditions like wind and solar power.” - Enel Power