SurreyH2 utilizes a hybrid water-splitting technology that combines thermochemical reactions with electrochemical processes to produce green hydrogen with over 90% efficiency, using only water and renewable energy as feedstocks. This approach addresses the challenge of sustainable hydrogen production for heating, cooling, and power generation at an affordable cost and scale.
Funding
Funding not disclosed
Founders
Product
Problem
The production of hydrogen, a key component for heating, cooling, and power generation, often relies on methods that are either inefficient or environmentally unsustainable. Traditional hydrogen production methods struggle to achieve both affordability and the scale necessary to meet growing energy demands.
Solution
SurreyH2 offers a hybrid water-splitting technology that combines thermochemical reactions with electrochemical processes to produce green hydrogen. This innovative approach uses only water and renewable energy sources as feedstocks, resulting in emission-free hydrogen production. The system achieves over 90% efficiency in converting water and renewable energy into hydrogen gas and steam. The fully automated and robust process is designed for long-term operation and can be integrated with renewable energy resources such as wind, photovoltaic, and hydroelectric power.
Target Audience
The primary customers are energy companies, industrial facilities, and municipalities seeking sustainable and cost-effective solutions for hydrogen production to support heating, cooling, and power generation.
Features
- Hybrid water-splitting technology combining thermochemical and electrochemical processes
- Production of pure green hydrogen at 3.4 kWh/m3H2
- System efficiency of 92% for hydrogen gas and steam
- Fully automated process designed for 15-25 years of operation
- Integrable with renewable energy sources (wind, photovoltaic, hydroelectric)
- Reduction-oxidation looping approach in a closed cycle
- Compatible with conventional oil & gas industry infrastructure