The Hydrogen Retrofit Kit is engineered to replace natural‑gas or oil firing in existing steam boilers with clean hydrogen fuel. By integrating the kit, plant operators can meet carbon‑reduction targets while preserving the original boiler’s capacity and duty cycle. Understanding the cost of converting steam boiler to hydrogen is the first step toward a financially sound decarbonisation plan.
The system replaces the conventional burner assembly with a modular hydrogen‑compatible burner, adds a high‑efficiency flame‑detector, and integrates an advanced control module that synchronises with existing boiler PLCs. Installation requires only a brief shutdown (typically 1–2 days) and no major civil works, because the kit is designed to bolt onto the existing fire‑box. The conversion maintains the original steam output, pressure rating, and safety interlocks while delivering up to 98 % lower CO₂ emissions.
| Parameter | Range | Unit |
|---|---|---|
| Maximum Boiler Capacity | 1 – 50 | MW (thermal) |
| Hydrogen Supply Pressure | 3 – 10 | MPa |
| Fuel Conversion Efficiency | 95 – 98 | % (thermal) |
| Installation Downtime | 1 – 2 | days |
| Warranty | 24 | months |
The total investment includes the retrofit kit, engineering design services, on‑site installation, and commissioning. Typical project budgets range from USD 150 k for a 1 MW unit to USD 2.5 M for a 50 MW installation. These figures encompass hardware, software, and the optional hydrogen‑fuel‑handling infrastructure. Because the kit leverages existing boiler assets, the overall expense is substantially lower than purchasing a brand‑new hydrogen‑fired boiler.
We ship kits on a per‑project basis; the MOQ is a single boiler conversion. Custom engineering can be combined with other projects to optimise logistics.
Yes. Our modular design includes interchangeable mounting plates and adaptable control interfaces that fit the major global boiler brands.
Typical lead time is 15–45 days, depending on the selected capacity and any bespoke engineering work required.
A retrofit usually represents 40‑60 % of the capital outlay of a brand‑new unit, while delivering comparable efficiency and a faster deployment schedule.
Ready to evaluate the financial and environmental impact of a hydrogen conversion? Contact our engineering team for a no‑obligation feasibility study and a detailed quotation tailored to your plant.