Geothermal projects borrow heavily from oil-and-gas stimulation, cementing and intervention engineering to de-risk wells. KEMISIM aligns reservoir analogue study design with how geothermal developers actually plan, execute and audit field programs.
A reservoir analogue study compares a target field with structurally, depositionally and fluid-similar producing fields worldwide to de-risk development, recovery factor and EOR decisions — especially when subsurface data on the target field is sparse. The way geothermal developers apply reservoir analogue study differs from other segments — driven by their portfolio scale, governance model and the timelines under which they take engineering decisions.
KEMISIM Analogue Study Software lets reservoir teams query a structured global analogue database, run similarity scoring on key reservoir descriptors, and export a defensible analogue set in a single workflow. For geothermal developers, this translates into faster design cycles, auditable engineering and a defensible technical narrative for partners, regulators and lenders.
Geothermal projects borrow heavily from oil-and-gas stimulation, cementing and intervention engineering to de-risk wells. KEMISIM is structured to drop into the engineering workflows geothermal developers already run — without forcing platform changes.
Yes. KEMISIM has been used by geothermal developers for reservoir analogue study design, training and post-job evaluation across multiple regions.
Yes. Direct licensing, hybrid engineering-plus-software engagements and full project delivery are all supported.
Every design decision is traceable to inputs, assumptions and physics — producing documentation geothermal developers can defend to partners, regulators and finance.
Yes. Workshops, certification and structured capability-transfer programs are part of most enterprise engagements.
A KEMISIM engineer will walk you through the workflow on data that looks like yours — no slides, no generic decks.