Tech Paper Pore-To-Process Design for Geothermal Power Plant Assessment
It presents a seamless digital solution for geothermal systems, covering reservoir, network, and power plant.
Geothermal subsurface modeling and evaluation
Trust your geothermal project to leading software and expertise
Overview
Deeper insight and greater impact for your geothermal project
Tapping into the energy beneath Earth’s surface is no small task. But as a leader in the subsurface, SLB has the capabilities and know-how to deliver complete geothermal reservoir modeling and evaluation solutions.
SLB’s digital platforms and technologies are made to optimize your geothermal project. We create detailed, data-based conceptual models to improve well targeting. And with innovative simulators, we’ll build a complete view of your reservoir, so you can develop your operations with confidence.
Featured technologies
Petrel subsurface software
Enable discipline experts to work together and make the best possible decisions from exploration to production
Eclipse Industry-Reference Reservoir Simulator
Black oil, compositional, thermal, and streamline reservoir simulation
Intersect high-resolution reservoir simulator
New insights with high-resolution reservoir simulation
Visage
Finite-element geomechanics simulator
Olga dynamic multiphase flow simulator
The industry-standard tool for dynamic multiphase flow simulation
Delfi
Digital platform
Expert solutions for the life of the well
Illuminating the reservoir with detailed understanding
Improve geothermal drilling with solutions that perform in hard rock and high temperatures
Connecting to the geothermal resource
Optimize performance for the long term
Extend the life of your geothermal wells
Geothermal Webinar Series
Hear directly from our experts about solutions that optimize your geothermal project.
Explore all webinarsSweet Spot Mapping at Utah FORGE
Sri Mulyani, senior geologist at SLB, explores how a multidomain and integrated geoscience study including fracture characterization, fracture modeling, and geomechanics provides crucial data to better understand geothermal reservoir conditions, reduce uncertainty, and optimize well targeting in geothermal fields, particularly in EGS applications.
Now available on-demand
Subsurface Fracture Characterization Case Study from Utah FORGE
Join Erik Borchardt, New Energy business development manager, and Andy Wray, North America borehole geology domain champion, as they discuss how characterizing, initiating, and sustaining interconnected fracture networks is crucial to the success of developing large-scale, economically sustainable enhanced geothermal system (EGS) reservoirs.
Now available on-demand
