Industry Challenges
- •New fuel types and processes
- •Efficiency and sustainability goals
- •Evolving regulatory landscape
Heating Requirements
- •Multi-fuel boiler configurations
- •Biomass and bio-waste utilization
- •Modern emission controls
Recommended Solutions
Benefits
- ✓Fuel-flexible engineering
- ✓Sustainability-focused solutions
- ✓Future-ready designs
Work it out for your plant
We do not yet publish consumption benchmarks for this sector, so start from your heat load or a steam figure you already know — the calculators take either.
Boiler Capacity Calculator
How much boiler do I actually need?
Steam Cost Calculator
What does a tonne of steam cost me?
Condensate Recovery Calculator
How much am I pouring down the drain?
Steam Pipe Sizing Calculator
What size main do I need, and will it get there?
Or learn the engineering behind them in the Knowledge Hub, a boiler engineering curriculum from steam basics to troubleshooting, for beginners and experts alike.
Already running a plant? Our lifecycle services cover installation and commissioning, boiler AMC, retrofits, plant audits, spare parts and operator training — on equipment from any manufacturer.
Frequently Asked Questions(2)
What equipment does a biomass or waste-to-energy project need?
A boiler designed around the specific fuel — RDF, biomass or agro-residue all behave differently — plus fuel handling, ash handling, emission control and the balance of plant that turns it into a working installation. The fuel analysis drives every one of those decisions.
Can refuse derived fuel be burned in a standard boiler?
No, and trying is a common and expensive mistake. RDF varies in composition and moisture and produces corrosive, fouling flue gas, so it needs a larger furnace, corrosion-resistant surfaces, controlled combustion temperature and robust automatic feed and ash handling. A boiler built for coal will foul and corrode on it.