Manufacturers, Exporters and Suppliers of Fire Side Chemicals – Soot Removers & Slag Dispersants for Boiler Furnace Efficiency in Baddi

Innova Corporate (India) offers Fireside Treatment Chemicals for Baddi's industrial boilers and furnaces – addressing low-temperature corrosion, slagging, fouling, and soot deposits. In Baddi, industries such as pharmaceutical plants, textile units, food processing, and paper mills use a variety of fuels: furnace oil (FO), light diesel oil (LDO), natural gas, biomass (rice husk, wood waste), and coal. When burning high-sulfur fuels (especially FO and LDO), combustion produces acidic compounds (SO₂, SO₃) that condense on cooler surfaces causing low-temperature corrosion (dew point corrosion). Additionally, ash-containing fuels (biomass, coal) cause slagging and fouling. Our fireside products include: magnesium hydroxide slurries (50-60%), dolomite-based powders, fuel-borne catalysts (ferrocene, cerium, manganese), and slag control additives. For furnace oil-fired boilers in Baddi's pharma plants (for steam), our magnesium hydroxide additive (0.1-0.5% of fuel flow) neutralizes vanadium and sulfur acids, reducing dew point corrosion. For biomass-fired boilers (some textile units), we offer slag control additives to prevent clinker formation. For natural gas-fired boilers, we provide vanadium inhibitors if needed. Typical dosage: 0.5-2 kg per ton of fuel (solid) or 0.1-0.3% for liquid fuels. Our products improve boiler efficiency by 2-4% and reduce emissions. Available in 25kg bags (powder) and 200L drums (liquid). We provide flue gas analysis (SO₃ dew point) and efficiency audits.

Deposits of slag and ash on the fireside of boilers in Baddi can reduce efficiency and damage tubes. Our chemical solutions reduce these deposits and gradually remove existing slag. This combination additive in powder form is designed for the prevention of fireside deposits on all types of boilers, tubes, heaters, flunkies, and economizers, keeping your systems clean from soot, clinker, fouling, and corrosion.