Turnkey biomass power and cogeneration plants — converting renewable biomass fuels into clean, dispatchable electricity and process steam through integrated boiler, turbine, and balance-of-plant EPC.
Biomass power and cogeneration plants convert agricultural and process residues into electricity, process steam, or both. For a plant already generating residue — bagasse, husk, shells, stalks, sawdust — the fuel is on site, its cost is disposal avoided rather than fuel purchased, and the carbon position is materially different from fossil generation.
Cogeneration is usually the stronger case. A plant that needs both process steam and electricity can extract steam at process pressure from the turbine rather than condensing it fully, which lifts overall fuel utilisation far above what separate generation and boiler plant would achieve. Where the process steam demand is steady, that changes the project economics decisively.
A plant of this kind is an integration exercise more than an equipment purchase. Fuel reception, storage and handling; the boiler and its grate or fluidised bed; turbine and generator; condensing and cooling; feed water treatment; ash handling; emission control; and the electrical interface to the grid or the plant bus all have to work as one system, and the interfaces between them are where projects fail.
We take that integration scope, working from a fuel availability and process demand study through engineering, supply, erection and commissioning. Fuel type and seasonal availability, steam demand and power demand are the inputs that drive the whole configuration — [NEEDS INPUT: reference plant capacities and configurations delivered, for the project references section].
Interested in Power Plants?
Share your requirement — capacity, fuel type, and application — and our team will get back with a detailed quote.