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Boiler or heater capacity, current fuel, steam or heat demand, operating hours and location.
A project-specific steam-supply arrangement that can combine boiler retrofit, biomass fuel supply and boiler operations. Dhruv Bio Energy’s profile describes a zero-capex mode and billing for steam generated, subject to the signed contract.
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Under the Steam at Cost model described in Dhruv Bio Energy’s company profile, the project can be structured so the customer does not make the boiler-system capital investment. Dhruv Bio Energy’s offering describes a combined scope for boiler retrofitting, biomass fuel supply and maintenance, with billing based on steam generated. Exact scope and commercial allocation are finalized in the contract.
Final equipment and service boundaries are documented in the technical proposal.
Steam quality and quantity, meter location and calibration, minimum or take-or-pay volumes (if any), fuel logistics, utilities, site access, shutdowns, taxes, escalation, operating responsibilities and service levels must be set out in the project agreement. “Zero capex” and steam-billing terms apply only as written in the final contract.
Boiler or heater capacity, current fuel, steam or heat demand, operating hours and location.
We discuss equipment condition, fuel handling, process requirements and site constraints.
Technical limits, responsibilities, performance basis, schedule and commercial terms are documented.
Work and follow-up are carried out against the approved project scope and contract.
The company profile includes fuel supply and boiler operations in the possible service scope. The exact cost responsibility, procurement boundary and operating duties must be agreed for each project; they are not assumed here.
The profile describes billing for steam generated. The signed contract should define the meter, steam measurement basis, applicable rate and any minimum-volume conditions.
No. A technical and commercial assessment is needed to confirm steam demand, site layout, fuel logistics and project viability.
Tell us the plant location, current fuel, capacity and requirement. Our team can outline the next assessment steps.