Reabold Resources plc (RBD) has announced the completion of a Stage 1 feasibility study into an integrated gas-to-power and co-located data centre at its West Newton gas field in the UK, with the study concluding that the concept is technically and commercially feasible at concept level. The study estimates an operating power cost of £44–54/MWh — substantially below the £217.8/MWh reference price paid by extra-large users of UK grid electricity. The proposed scheme could support approximately 67 MW of IT computing capacity, with first power targeted for the second half of 2030. Investors will be watching whether Reabold can convert this concept-level validation into firm commercial partnerships and financing.

Key Points

  • Reabold Resources plc (RBD) — UK-based upstream gas investment company focused on European energy security
  • Stage 1 feasibility study validates concept-level technical and commercial viability of an integrated gas-to-compute project at West Newton
  • Concept capital expenditure estimated at approximately £1.1 billion before wells; illustrative annual saving versus grid electricity estimated at £70–80 million
  • Investors should watch progress on commercial partnerships, land arrangements, permitting, and financing as next key milestones

West Newton Gas-to-Compute Concept: Power Cost Estimated at £44–54/MWh Against £217.8/MWh Grid Reference Price

The study, conducted by Kent — drawing on its energy, power, and Kent Data Centres expertise — alongside PMO Hive Group, assessed the potential to use gas produced directly from the West Newton field to fuel on-site power generation for a co-located data centre. The base case comprises twelve 15 MWe reciprocating gas engines, ten operating as duty units delivering approximately 130 MWe at site and two on standby. This configuration provides around 20 MWe of headroom above the 110 MWe facility supply allowance, which exceeds the data centre's calculated peak demand of approximately 103 MW.

£1.1 Billion Concept Capital Cost and Tier III Data Centre Design Covering Ten 6.6 MW Data Halls

The data centre design features ten 6.6 MW data halls built to Tier III resilience principles and is fully air-cooled to minimise water consumption. Concept capital expenditure is estimated at approximately £1.1 billion before wells, comprising £385 million in plant costs and £726 million in data centre costs. These are Class 5 concept-level estimates. On an all-in basis including recovery of power plant capital, the cost of power rises to £107–121/MWh, still well below the grid reference price, implying an illustrative annual saving of £70–80 million based on estimated annual consumption of approximately 719 GWh.

Reabold Aligns West Newton Development with UK Government's Data Centre Covenant Published October 2026

The company states that the development concept aligns with the UK Government's Data Centre Covenant, published on 28 October 2026, which recognises the strategic importance of UK computing capacity, energy resilience, and responsible data centre development. Reabold believes that bringing the data centre to the energy source could substantially reduce the timeline to first compute compared with other greenfield development projects. The gas-to-compute scheme will be considered alongside conventional gas-to-grid development options, and first power is targeted for the second half of 2030, subject to completing the subsequent development stages.

Next Steps for Reabold Include Commercial Partnerships, Permitting, and Project Financing

Reabold's Co-CEO Sachin Oza noted the study demonstrates how West Newton gas could support UK ambitions for AI sovereignty and data security while addressing power constraint challenges facing UK data centre development. The company has identified establishing commercial partnerships, securing land arrangements, obtaining relevant permits, completing further technical work, and arranging financing as the key next steps. As a concept-level study, the figures carry inherent uncertainty, and investors will be monitoring whether Reabold can progress these workstreams and attract the partners and capital needed to advance the project beyond its current Class 5 estimate stage.