Revolutionary Geothermal Project in Utah: Insights into Fluid Movements and Connections with Tracer Technology

The geothermal project involving RESMAN is a significant step towards sustainable energy solutions. Despite the uncertainties involved, the company is confident in the transformative impact of their tracer technology. By April 8th, 2024, RESMAN had completed tracer injections for all fracking stages and continues to conduct meticulous sampling and analysis to evaluate connectivity and circulation. Stakeholders eagerly anticipate the wealth of knowledge that this ongoing project will generate, potentially reshaping the geothermal landscape.

Located near Milford in Utah, on the western flank of the Mineral Mountains, the FORGE site is striving to perfect drilling, stimulation, injection-production, and subsurface imaging technologies. These advancements are essential for establishing and maintaining continuous fluid flow and energy transfer from an EGS reservoir. The project expects monthly updates with near-term goals focused on refining core technologies to enable sustainable geothermal energy production.

As part of this project, RESMAN hopes to gain detailed insights into fracture stimulation stages using tracer technology to understand fluid movements and connections better. This information will ultimately improve decision-making in geothermal operations. Despite the challenges involved in this industry, RESMAN remains committed to providing critical data on fluid movements and connection integrity within the geothermal system through their range of tracer technology options that are aligned with required temperature stability and can withstand high temperatures.