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.
Improve geothermal drilling with solutions that perform in hard rock and high temperatures
Well delivery comprises everything from the people to the processes, equipment, and materials across the full well construction operation—your operation. In geothermal applications, drilling makes up 25% to 50% of total project costs, so you need to reduce those costs for better economics. Combining our geothermal experience and well construction expertise, we can help you elevate operational success.
We know rock and how to crush it. We use a wealth of global drilling know-how and a portfolio of drill bits designed for optimal drilling performance in different geologies.
We have technologies that are built for durability and long-term stability in high-pressure and high-temperature cycles to ensure you can drill continuously and efficiently.
We provide the capabilities to reliably and precisely land your targets, whether drilling a relatively shallow, simple well for building heating or a complex set of multilateral wells for an enhanced or advanced geothermal systems (EGS and AGS).
We understand that drilling geothermal wells does have differences—such as larger borehole diameters, different flow rates, and other distinctions that require differentiated technologies and expertise.
Geothermal webinar series
Join Davide Fanti, product champion for Well Construction Drilling at SLB, as he explores the results of an extensive global review of the world’s largest drilling data repository of 1,200+ geothermal wells. He will discuss how the drill bit’s evolution over the last few decades has made a significant impact on lowering well construction costs.
Now available on-demand
Check out the full geothermal webinar series.
High-temperature endurance for drilling geothermal wells
Leveraging geothermal experience and technologies to drill geothermal wells consistently, faster, and more efficiently
Reduce drilling risk in challenging geothermal environments
Resilience in extreme geothermal environments
Flexible systems for use in geothermal drilling and production