High-pressure heat recovery captures the thermal and kinetic energy from gas streams under pressure, converting it into electricity at the source. This process transforms a waste output into a valuable energy input for industrial operations.
Geo-Engines make it possible to recover energy directly from HPHT (high-pressure, high-temperature) gas without additional fuel or external infrastructure. The result is reliable, low-emission electricity that powers essential systems on site.
When HPHT gas is released, it carries a significant amount of pressure and heat. Geo-Engines are installed to harness this energy, converting it into electricity through mechanical and thermal processes.
That electricity can then be used to support:
- Local operations and equipment
- CO₂ compression and injection
- Hydrogen production via electrolysis
- Other on-site power needs
Because the process captures energy that would otherwise go unused, it boosts overall efficiency while lowering environmental impact
- Captures wasted energy: Makes use of pressure and heat that would otherwise be lost
- Reduces emissions: Supports cleaner operations with no additional fuel
- Cuts emissions: Supports clean operations with no additional fuel
- Increases site value: Adds power generation capacity without large infrastructure investment
High-pressure heat recovery allows operators to take control of their energy use by turning byproducts into electricity. It supports cleaner, more efficient systems that align with both operational and sustainability goals.
Geo-Engines bring this capability to life with scalable, modular deployment that fits into existing site configurations.
