Our turnkey hydrogen fired boiler plant installation delivers a fully engineered, factory‑tested steam generation system that can be commissioned on‑site in weeks rather than months. Designed for heavy‑industry, refineries, petrochemical complexes and large‑scale district‑heating networks, the solution integrates hydrogen burners, high‑efficiency heat exchangers, control & safety systems, and a dedicated project management team. The result is a clean‑fuel boiler that meets stringent emissions limits while providing the reliability and output required by mission‑critical processes.
1. Site Assessment & Feasibility – Our engineers perform a detailed load analysis, hydrogen supply logistics and integration study.
2. Design & Engineering – Using CFD‑validated burner geometry and ASME‑certified pressure vessel design, we create a plant layout that maximises thermal efficiency (typically > 92 %).
3. Factory Fabrication – All major components (boiler shell, burners, economizer, feed‑water system) are manufactured in our ISO‑9001 facilities, undergo hydro‑static testing and are pre‑wired to the DCS.
4. On‑Site Installation – Our project team handles civil works, mechanical erection, utility connections and final alignment within a single, coordinated schedule.
5. Start‑Up & Handover – After performance verification, we deliver full documentation, operator training and a 12‑month warranty.
| Parameter | Typical Range | Unit |
|---|---|---|
| Steam Generation Capacity | 5 – 100 | MWth |
| Design Pressure | 10 – 30 | bar(g) |
| Operating Temperature | 350 – 540 | °C |
| Hydrogen Consumption | 0.30 – 0.45 | kg/kWh |
| Thermal Efficiency | 90 – 95 | % |
| Control System | DCS‑integrated, IEC 61813 compliant | – |
| Warranty | 12 months | – |
All components are manufactured under an ISO‑9001 Quality Management System and are inspected according to ASME Section III for pressure vessels. The complete plant is CE‑marked and complies with the latest EU Hydrogen Infrastructure Directive. Safety devices include flame‑failure detection, high‑temperature cut‑off, pressure relief valves and a fully redundant PLC‑based control architecture, meeting IEC 61508 SIL‑2 requirements.
We design plants on a project basis; there is no strict MOQ. Projects can start from a single 5 MW module up to multi‑unit configurations exceeding 100 MW. The scope and pricing are adapted to the required capacity and site conditions.
Yes. Our engineering team can retrofit hydrogen burners onto existing pressure vessels where the design permits, or supply a hybrid plant that runs on a mix of hydrogen and natural gas during transition phases. All modifications retain original certification levels.
For standard capacities (5‑30 MW) the overall lead time is 15‑45 days for manufacturing plus 6‑8 weeks for site installation and start‑up, assuming civil works are ready. Larger or highly customised plants may require additional engineering cycles.
Every plant ships with a 12‑month comprehensive warranty covering materials, workmanship and control‑system performance. We also provide optional extended service contracts, remote monitoring, and a spare‑parts logistics hub to minimise downtime.