Tech Paper OLGA Modeling Results for Single Well Reinjection of Non-Condensable Gases and Water
This paper studies a simultaneous gas and water reinjection system for a high temperature geothermal project.
Tap into Earth's heat as a reliable, sustainable resource
It’s projected that by 2050, two‐thirds of total energy supply will come from wind, solar, bioenergy, hydroenergy, and geothermal.* Of these, geothermal energy—the heat beneath our feet—is the only resource virtually unaffected by available land, weather, and seasons. That's continuous, reliable energy. But for it to be a viable and accessible energy solution at scale, technology innovation and sound knowledge of Earth's subsurface, both shallow and deep, is key.
We can help.
*IEA (2021), Net Zero by 2050, IEA, Paris
SLB works together with you to enable cost-effective geothermal development.
SLB brings regional and subsurface understanding to your objectives, giving building owners, municipalities, and nations access to secure, sustainable energy.
SLB technology is robust, increasing well flow rates at geothermal power plants to deliver reliable, renewable electricity to the grid.
SLB installations for heating and cooling buildings reduce surface footprint by up to 90% compared with standard technology.
Full-spectrum geothermal power resource development—from power plant design and construction to maintenance and operational support
Ground source heat pump systems that can cover 80% to 100% of thermal comfort needs for buildings while saving energy costs
Enablement for district heating and hot-water supply
Innovative mix of SLB hardware and digital solutions designed specifically for optimizing your geothermal project
Heat and cool buildings while reducing CO2 emissions by up to 90%. View
Generate reliable electricity by tapping into hot water and steam zones. View
Thought leaders from around the world share their vision and experiences.
As we approach 2050, digital tech will play a critical role in delivering oil and gas to businesses and consumers with the lowest possible carbon output.
How can we ensure a global energy transition that is fair and inclusive for the different countries and people it stands to impact?
It might seem like a paradox, but electrification across operations is increasingly viable for reducing the carbon intensity of oil and gas production.
Asia is entering a new chapter of rapid energy tech adoption, attractive investment policies, and a healthy dose of collaboration.
We’re diverse and insightful, pushing the boundaries on a global stage.