Solid Oxide Fuel Cell Technology

Electrochemical
power. Any fuel.
Anywhere.

We deploy SOFC systems across the Middle East and Europe — converting gas, syngas, and hydrogen into clean, reliable electricity at 60%+ efficiency. No combustion. No moving parts.

O²⁻
60%+
Electrical efficiency
Zero
Moving parts
Any
Hydrocarbon fuel
2.5MW
Live at Wytch Farm UK
What We Do

Technology integrator.
Investment company.

We source SOFC systems from global manufacturers, structure project finance, and deploy through established operational partners. Asset-light. Deal-driven. We do not manufacture — we build and finance projects.

01
Technology Integration
Channel partnerships with Bloom Energy and Ceres Power licensees. We bring proven commercial SOFC to markets where manufacturers lack ground presence.
02
Project Development & Finance
From feasibility to financial close. EU grants, development finance, and private equity structured around each project.
03
O&M and Co-Investment
Post-deployment operations through OilServ. We co-invest alongside clients — integration work generates our own deal flow.
How It Works

Fuel in.
Power out.

SOFC converts fuel directly to electricity through electrochemistry — not combustion. Gas enters the anode, oxygen ions migrate through a solid ceramic electrolyte, electrons are forced through an external circuit. That flow is your power. No flame. No turbine.

Gas Cleaning
Raw gas contains H₂S, water vapour, and heavy hydrocarbons that would degrade the ceramic. A compact scrubbing and dehydration skid removes contaminants before the fuel cell. Non-negotiable, but well-understood engineering.
H₂S → <0.1 ppm → cell-ready
Electrochemical Conversion
O²⁻ ions migrate through the ceramic electrolyte. Electrons are blocked and forced through the external circuit — that electron flow is electricity. 60%+ efficiency vs ~35% for combustion. Byproducts: heat, water, CO₂.
O²⁻ → ceramic → ⚡ electricity
Heat Recovery (Optional)
SOFC exhaust runs at 500–650°C. Capturing that heat for gas drying, space heating, or absorption cooling pushes total energy utilisation above 85%. CHP configuration at no additional fuel cost.
waste heat → 85%+ total utilisation
The Technology

Solid. Oxide.
Fuel Cell.

Three words. Solid — dry ceramic electrolyte. Oxide — O²⁻ is the charge carrier. Fuel Cell — direct chemical-to-electrical conversion, no combustion intermediate.

Cell Architecture — O²⁻ Migration
Cathode — Air Side
O₂ grabs 2 electrons → becomes O²⁻ ion. Ready to migrate.
GDC Ceramic Electrolyte
Conducts O²⁻ ions, blocks electrons. Electrons forced through external circuit = electricity. Ceres’ GDC runs at 500–650°C vs 1000°C for conventional YSZ.
Anode — Fuel Side (Cermet)
H₂ + O²⁻ → H₂O + 2e⁻. Or CO + O²⁻ → CO₂ + 2e⁻. Handles gas, syngas, hydrogen — same hardware.
The name 2minus comes from O²⁻ — the oxygen ion with a charge of two minus. The mechanism that makes this work.
01 — Fuel agnostic

Same hardware runs on natural gas, associated gas, biogas, syngas, or hydrogen. Bridges today’s gas infrastructure to tomorrow’s hydrogen economy without stranding the asset.

02 — 60%+ electrical efficiency

Combustion engines are thermodynamically capped at ~35%. SOFC bypasses the heat-to-mechanical step entirely. Direct electrochemical conversion means fewer losses at each stage.

03 — CCS structurally cheaper

Anode exhaust is near-pure CO₂ — no nitrogen dilution from combustion air. Carbon capture costs are a fraction of what combustion flue gas separation requires.

04 — Proven at commercial scale

Bloom Energy operates at oilfields, data centres, and hospitals worldwide. Ceres Power licensees — Delta Electronics, Doosan, Thermax — in mass production. Not early-stage technology.

Markets

Where We Deploy

Middle East · Iraq & KRI

Oilfield & Industrial Power

Associated gas at oilfields is flared or vented while installations run on trucked diesel. SOFC converts that gas into reliable on-site power — eliminating both the diesel supply chain and the flaring liability. Deployed through OilServ. Priority clients: IOCs and EPC contractors at GGIP and similar programmes.

Southeast Europe · Clean Power Transition

Post-Coal Energy Projects

Coal-dependent regions need a credible transition path that conventional renewables alone cannot deliver. We develop gasification + SOFC + CCS projects financed through EU Just Transition Fund, the Innovation Fund, and EBRD debt — generating clean power and blue hydrogen from legacy infrastructure.

Global · Data Centres & Critical Infrastructure

High-Reliability Power

Data centres, telecoms, and critical facilities require uninterrupted baseload power independent of grid constraints. SOFC provides continuous behind-the-meter generation — cleaner and more efficient than diesel backup, more reliable than grid-only supply. Particularly relevant as AI infrastructure demand accelerates.

Oilfield · Middle East
Industrial Power Systems
Clean Energy · Europe
Proof Point

Running at an
oilfield. Now.

SOFC at oilfields is not a pilot programme. It is operating at rated capacity at the largest onshore oilfield in Western Europe.

Case Study
Bloom Energy × Perenco
Wytch Farm, Dorset UK
2.5MW SOFC commissioned at the UK’s largest onshore oilfield. COMAH-compliant. Perenco CEO committed to replicating across global operations. Same technology, same vendor — applicable directly to Iraq deployments.
Capacity
2.5MW — baseload, continuous
Client
Perenco — 500,000 BOE/day, 14 countries
Status
Operational at rated capacity. COMAH-compliant.
Vendor
Bloom Energy — our primary partner for Middle East deployments
Next
Iraq. Same technology. Higher impact.
About

2minus Energy

Founded by energy infrastructure professionals with $6B+ in transaction experience across BP, VTB Capital, and GUL Holding. We operate between Erbil, Amsterdam, and Sofia — with existing oilfield relationships and EU funding expertise.

Why “2minus” The O²⁻ ion — oxygen carrying a charge of two minus — is the mechanism that makes SOFC work. It migrates silently through the ceramic, generating clean power. The company is named after the ion itself.
01
Technology Partners
Bloom Energy (primary, Middle East deployments) and Ceres Power licensees — Delta Electronics, Thermax, Doosan. Commercial-scale systems, not prototypes.
02
Operations Partner
OilServ — existing oilfield presence across Iraq and KRI. Ground logistics, first-line maintenance, and IOC client relationships.
03
Finance
EU Just Transition Fund, Innovation Fund, Horizon Europe, EBRD, and private capital. We structure projects to access the most appropriate capital for each market.
04
Incorporated
Dutch BV — EU grant-eligible, credible for IOC procurement, accessible to Gulf LP relationships. UAE FZCO for Middle East operations.
Contact

Let’s Talk

IOC looking to eliminate flaring. EPC contractor specifying power systems. EU project developer. Infrastructure investor. We want to hear from you.

Offices Amsterdam · Erbil · Sofia
Markets Iraq & KRI · Southeast Europe · Global critical infrastructure
Partners Bloom Energy · Ceres Power licensees · OilServ
Send a Message →