OLI Systems Partners with California Energy Commission to Enhance Geothermal Power Operations

Advancing Geothermal Energy: OLI Systems Join Forces with California Energy Commission

Introduction
In a monumental step towards enhancing geothermal energy efficiency, OLI Systems has been named a pivotal collaborator in a project spearheaded by the California Energy Commission (CEC). This initiative aims to elevate the performance of geothermal plants situated in the Salton Sea region, a pivotal area for geothermal energy production in California. This partnership will leverage state-of-the-art technology and research to drive down costs and increase operational efficiency in geothermal energy generation.

Project Overview and Funding
Under the CEC award EPC-24-028, this initiative is focused on developing a sophisticated smart brine management system aimed at improving the operational efficiency of geothermal plants. This project marks OLI Systems' first research subcontract under the California Energy Commission, establishing their role in the transition towards sustainable energy. The program operates in collaboration with DNV USA, which serves as the prime contractor, alongside other industry players such as Cyrq Energy, Thermochem, Corr Instruments, MC Consult, and Cal Poly Pomona.

Louis O’Loughlin, the Chief Engineer at OLI, expressed enthusiasm for the collaboration, emphasizing the potential to unlock substantial improvements in geothermal plant performance through targeted research and development.

Innovative Technologies in Focus
One of the project's cornerstone elements involves refining electrolyte chemistry models with the latest lab and field data. By enhancing the accuracy of predicting corrosion and scaling behaviors, these advancements will allow for lowered maintenance costs and improved reliability of geothermal assets. Dr. Andre Anderko, OLI's Chief Technology Officer, mentioned, "We are providing operators with vital tools to understand and mitigate corrosion and mineral scaling within geothermal energy production, crucial elements for ensuring safe and efficient operations."

In combination with an innovative multi-electrode array sensor developed by Corr Instruments, OLI's models will be incorporated into a system-level digital twin. This will enable real-time insights and predictive analytics, representing a significant technological advancement in the geothermal industry. François Ayello, principal engineer at DNV and the project’s main investigator, noted that this represents a pioneering achievement in the field.

A Focus on Sustainability and Knowledge Transfer
With more than fifty years of expertise in electrolyte modeling, OLI Systems is poised to make significant strides in sustainable industrial systems. Vineeth Ram, OLI’s Chief Sustainability Officer, highlighted that the project underscores the transformative power of predictive chemistry in facilitating cleaner industrial operations. Additionally, the initiative will include a phase dedicated to knowledge transfer and training, thereby simplifying implementation and fostering widespread adoption across the geothermal sector.

Long-term Impact and Sustainability Goals
The three-year project signifies a strategic commitment to bolstering California’s clean energy framework while supporting nationwide goals for transitioning to greener energy sources. The advancements brought about through this collaboration are expected to have a lasting impact on the geothermal energy sector, focusing on environmentally sound practices that contribute to economic growth and sustainability.

Conclusion
OLI Systems’ collaboration with the California Energy Commission heralds a new chapter in the evolution of geothermal power. By harnessing cutting-edge technology and fostering partnerships with leading industry players, OLI is setting the stage for enhanced efficiency in geothermal operations, paving the way for more resilient and economically viable renewable energy solutions. This initiative not only addresses immediate operational challenges but aligns with broader objectives for a sustainable future.