- Geothermal energy has the potential to meet global energy demands 140 times over while being a clean power source. - Google Cloud announced a collaboration with SLB and Project Innerspace to promote global geothermal energy adoption. - The partnership will integrate Project Innerspace's GeoMap data with SLB's geothermal consulting expertise to accelerate resource identification and development. - Energy demands are rising due to economic growth, with geothermal energy being second only to solar among clean technologies. - The collaboration will provide valuable insights on geothermal potential for various stakeholders. - SLB's geothermal expertise and Project Innerspace's advanced technologies aim to facilitate rapid project assessments and deployments. - Jamie Beard from Project Innerspace emphasized the importance of involving the oil and gas industry in geothermal development for economic growth. - The GeoMap tool, which combines extensive research and is hosted on Google Earth Engine, will help visualize and analyze geothermal resources. - This collaboration is designed to streamline the identification and deployment of geothermal energy solutions globally. - Kyle Jessen of Google Cloud noted the significance of the partnership in meeting future energy needs through widespread geothermal deployment. - The project builds on Google's initiatives to develop advanced geothermal technologies for continuous clean energy supply. - Businesses can learn more about the project through various Google Cloud platforms and initiatives. - Both SLB and Project Innerspace are part of the Google Cloud Ready Sustainability Ecosystem to support sustainability goals while transforming businesses.

Google Cloud, Project Innerspace and SLB Collaborate to Accelerate Global Geothermal Energy Adoption:


Geothermal energy has the capacity to power the world's energy demands 140X over, with the added benefit of being a clean firm power source

SUNNYVALE, Calif., March 6, 2025 /PRNewswire/ -- Google Cloud today announced a collaboration with SLB and Project Innerspace to drive the adoption of global geothermal energy. This new collaboration will combine the extensive geothermal data set from Project Innerspace's innovative GeoMap, with the expertise of SLB's GeothermEx's geothermal consulting services, in order to accelerate the identification and development of geothermal resources globally.

Energy demand is increasing, driven by economic growth and industrialization. A recent IEA report, produced in partnership with Project Innerspace, indicates that geothermal energy has the potential to meet global electricity demands 140 times over, second only to solar photovoltaic among clean energy technologies. This collaboration of established energy technology companies such as SLB, and organizations like Project Innerspace, will provide insightful information about geothermal potential to a variety of ecosystem stakeholders.

"SLB's deep geothermal expertise, combined with Project InnerSpace's advanced visualization and analysis, can significantly accelerate the development of geothermal assets worldwide," said Irlan Amir, vice president, Renewables and Energy Efficiency at SLB. "This synergy empowers industry players to leverage the available data and SLB's GeothermEx team's expertise to rapidly assess project viability and drive faster deployment of this critical clean and firm energy source."

"A central component of our theory of systemic change at Project Innerspace is the conviction that leveraging the technologies, capabilities, speed, and scale of the oil and gas industry is necessary to grow geothermal into a thriving global powerhouse. Indeed, should the oil and gas industry engage in geothermal at scale, it would be transformational for global economic growth, stability, and prosperity," said Jamie Beard, executive director, Project Innerspace. "It is our ambition as we build on this collaboration that we shift the massive potential of geothermal from the abstract into high impact reality. It's time to get boots on the ground."

The tool in use throughout the collaboration – GeoMap – was developed by Project Innerspace with the support of a global team of more than 100 researchers and scientists, and is hosted on Google Earth Engine. The tool also leverages Google Cloud's scalable infrastructure, BigQuery and Vertex AI. GeoMap integrates diverse datasets, allowing users to visualize and analyze geothermal potential across different regions, effectively pinpointing promising locations for development. By combining Project Innerspace's mapping technology, SLB's geothermal expertise, and Google Cloud's powerful computing resources, the collaboration aims to simplify the process of identifying, developing, and deploying geothermal energy solutions globally.

"This collaboration paves the way for widespread geothermal deployment on a global scale and will help meet future energy needs," said Kyle Jessen, managing director, Energy Sector, Google Cloud. "By bringing Project Innerspace's GeoMap, built on Google Cloud's AI and data technologies, and SLB's expertise in geothermal energy, businesses will have access to the tools and experience needed to grow geothermal energy programs around the world."

This work builds on Google's leadership to support development of advanced geothermal technologies that can provide around the clock clean energy. In 2024 Google announced a new model to commercialize this technology in partnership with our electric utilities.

To learn more, businesses can register for a Google Cloud visit at CERAWeek, and keep up with the latest news on our newsroom and blog. Both SLB and Project Innerspace are members of the Google Cloud Ready Sustainability Ecosystem, to help companies meet sustainability goals while driving business transformation. For more information, please visit slb.com/geothermal and projectinnerspace.org for Innerspace.

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SOURCE Google Cloud