DUAL-FURNACE STEAM BOILER

DF steam generation for high-demand plants that need more output without giving up control.

Designed and manufactured by Steammaster, DF combines dual furnace geometry, twin burners, 3 gas passes, wet back construction, online O2 control, and economizer support to deliver higher steam output with stable combustion and practical boilerhouse integration.

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WHY THIS PAGE EXISTS

High-output package boilers need to be evaluated by combustion behavior and execution logic, not only by capacity headline.

This page helps teams read DF around output, emissions, burner architecture, and field practicality before pushing the conversation into detailed engineering.

DF dual-furnace steam boiler with twin burners in boilerhouse

DF installation reference with stack and boilerhouse integration

Oil and Gas High Turndown

Why engineering teams specify DF

DF was developed for plants that need more evaporation rate, lower emissions, and faster response under wide load variation, while still preserving practical access for field operation and maintenance.

Steam generation range from 12,000 to 30,000 kg/h with working pressure up to 21 bar.
Dual furnace with two axial burners and 3 gas passes for higher production and strong turndown.
Low CO and NOx below 70 ppm without flue gas recirculation.
UL and CE certified control package with online O2 control, wet back, and economizer for efficiency above 94%.

Where DF fits best

Plants with higher steam demand peaks

DF is a strong fit when the project requires a higher evaporation rate and faster response during broader operating swings.

Projects that value strong turndown

The dual-furnace arrangement helps maintain stable combustion behavior across a wider load window, supporting process continuity.

Sites under emissions pressure

Low CO and NOx below 70 ppm without FGR simplify the architecture for projects that need cleaner combustion with less auxiliary complexity.

Boilerhouses that need engineered integration

DF makes sense when access, utilities, controls, and package integration must be discussed as part of the equipment supply, not after it.

Benefits

Higher production with dual-furnace architecture

The dual-furnace arrangement supports stronger steam output and wide turndown while keeping combustion behavior stable across operating transitions.

Low emissions without extra flue-gas recirculation

The modern axial burner package was designed to keep CO low and NOx below 70 ppm without adding unnecessary recirculation complexity.

Efficiency package above 94%

Wet back construction, economizer integration, and online O2 control work together to improve thermal use and support lower fuel demand.

Control architecture ready for industrial compliance

The control package combines UL and CE certified components with practical diagnostics and field integration for demanding project environments.

Project and procurement notes

DF should normally be discussed with process data, load profile, utility conditions, and preferred burner strategy on the table. That is where its technical-commercial fit becomes clearer.

Best used as an engineered proposal, not only as a nameplate comparison.
Higher-value choice when turndown, response, emissions, and arrangement are all relevant.

Downloads and decision support

Use Steammaster engineering support to compare DF against other boiler families and define whether the project benefits more from higher output, greater flexibility, or a different package strategy.

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Technical details

Steam capacity	12,000 to 30,000 kg/h
Pressure range	Up to 21 bar
Combustion layout	Dual furnace, twin burners, 3 gas passes
Emissions	Low CO and NOx below 70 ppm without FGR
Control package	UL and CE controller, online O2 control
Capacity reference	Steam output rated with 20 C feedwater

Engineering package

Request DF product file, arrangement references, utility interfaces, and commercial-technical package according to your RFQ stage.

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