Geo Transition Energy provides advanced subsurface energy storage expertise to support grid stability, renewable integration, and long-term energy security. Our solutions focus on storing energy safely and efficiently within geological formations such as depleted reservoirs, saline aquifers, and engineered caverns.
By combining geoscience, reservoir engineering, and data-driven modelling, we help clients evaluate storage capacity, predict performance, manage risks, and ensure regulatorycompliance. Our work enables large-scale storage of hydrogen, compressed gases, CO₂, and other energy carriers critical for the low-carbon energy transition.
We begin by understanding your energy storage objectives, whether for hydrogen, compressed air, CO₂, or hybrid systems. Our team reviews regional geology, existing infrastructure, well data, and basin-scale characteristics to identify suitable subsurface storage options.
A tailored storage concept is developed, incorporating reservoir type, pressure constraints, geochemical compatibility, and operational requirements. Designs are optimised to ensure safety, scalability, and long-term performance.
We conduct targeted in-situ testing such as injectivity tests, pressure monitoring, fluid sampling, and integrity assessments to validate real reservoir behaviour and storage feasibility.
Advanced modelling tools are used to simulate multiphase flow, pressure evolution, plume migration, deliverability, and long-term containment. This step ensures reliable performance predictions under real operating conditions.
We deliver comprehensive technical reports covering storage capacity, operational limits, safety metrics, and economic feasibility. Our experts support regulatory permitting, stakeholder engagement, financing discussions, and full-scale project implementation.
