For Solid Fuels
Solid fuel additives are specialty chemical or mineral formulations added to coal, petcoke, biomass, briquettes, and RDF to improve combustion efficiency, reduce ash-related problems, and control emissions in industrial boilers, kilns, and furnaces.
Key Features
Improve combustion performance and reduce operational issues in solid fuel systems.
Improve combustion efficiency
Enhances fuel utilization.
Reduce unburnt carbon
Minimizes energy loss.
Lower slagging & fouling
Prevents deposits in systems.
Improve heat transfer
Maintains efficient energy exchange.
Reduce emissions
Controls smoke and particulates.
Stabilize flame
Ensures consistent combustion.
Types of Solid Fuel Additives
Formulated to optimize performance across different fuel types.
Combustion catalysts
(metal-based or mineral-based)
Ash modifiers / fluxing agents
Control ash behavior.
Anti-slagging additives
Reduce clinker formation.
Emission control additives
Lower harmful emissions.
Moisture reducers
Improve combustion efficiency.
Typical Dosage
Optimized dosing based on fuel type and system requirements.
0.5 to 3 kg per MT of solid fuel
(depends on fuel quality and system design)
Applications
Used across industrial heating and energy systems.
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Industrial boilers
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Power plants
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Cement kilns
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Lime kilns
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Steel reheating furnaces
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Brick and ceramic kilns
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Biomass boilers
Improved thermal efficiency
Reduced fuel consumption
Cleaner boiler tubes and furnace surfaces
Reduced clinker, slag, and ash deposits
Lower maintenance and shutdown frequency
Improved plant reliability
Easy integration with existing fuel handling and combustion systems.
Easy mixing with solid fuel
Suitable for coal, petcoke, and biomass blends
Cost-effective performance improvement
Environment-friendly formulations available