London Geothermal Consortium delivers end‑to‑end deep geothermal and low‑temperature ground‑source heat solutions for power, heating, and cooling across the UK. Using a full‑stack EPC‑F model, it handles feasibility, drilling, design, construction and financing—often via ESCO heat‑purchase agreements and green bonds—to enable commercial, public‑sector and utility clients to adopt geothermal with minimal upfront capital while reducing carbon emissions.
Funding
Funding not disclosed
Founders
Product
Problem
UK heating and cooling demand relies heavily on fossil fuels, leading to high energy costs, significant carbon emissions (heating accounts for 37% of UK emissions), and vulnerability to geopolitical supply disruptions. Geothermal adoption is limited due to high upfront capital, technical uncertainty, and a lack of integrated financing and delivery models.
Solution
London Geothermal provides a full‑stack approach to unlock deep geothermal and low‑temperature ground‑source heat for power, heating, and cooling across the UK. The company conducts site‑specific feasibility studies, geoscience exploration, and deep slim‑hole drilling to validate resources, then designs and builds the energy system. Through its EPC‑F (Engineering, Procurement, Construction, and Finance) model, it structures project finance using green bonds, ESCO heat‑purchase agreements, PPPs, and other climate‑funding mechanisms, allowing clients to adopt geothermal with minimal or no capital outlay. Integrated services also include seismic risk assessment, ESG impact analysis, and hybrid solutions that combine geothermal with solar, wind, or waste‑heat sources, delivering reliable, low‑carbon energy while de‑risking investments for developers, building owners, and public‑sector entities.
Target Audience
Primary customers are commercial developers, building owners, housing and infrastructure projects, and public‑sector bodies seeking low‑carbon heating, cooling, or power solutions, as well as utilities and district‑energy operators planning 5th‑generation heat networks.
Features
- Deep slim‑hole drilling (300 m–2,500 m) for low‑cost thermal gradient and reservoir validation
- End‑to‑end EPC‑F delivery covering feasibility, design, permitting, construction, and long‑term operation
- ESCO model with 10–20 year heat‑purchase agreements, enabling pay‑as‑you‑save financing
- Integrated seismic hazard and risk assessment using traffic‑light systems and continuous reservoir monitoring
- Hybrid net‑zero solutions that combine geothermal with solar, wind, waste heat, and ORC CHP for optimized energy mix
- Underground Thermal Energy Storage (BTES/ATES) design and deployment for seasonal heat/cold storage
- Investment‑grade business cases with CAPEX/OPEX breakdown, IRR/NPV scenarios, and green‑finance structuring
- ESG impact assessments and compliance with UK Net‑Zero, Green Finance Taxonomy, and international sustainability standards