Advanced chemical programs for boilers, cooling towers, reverse osmosis systems, and Zero Liquid Discharge (ZLD) plants. Engineered to protect assets, improve heat transfer, and lower total water operating costs.
Advanced boiler water treatment solutions designed for scale control, oxygen scavenging, sludge dispersion, pH control, and condensate corrosion protection across low, medium, and high-pressure steam generators.
| Product Name | Function & Chemistry | Key Benefits |
|---|---|---|
| MaxV® 7075 | Boiler Anti-Scalant | Prevents calcium & magnesium scale formation on heat transfer tubes, improving thermal conductivity. |
| MaxV® 7077 | High-Temp Boiler Anti-Scalant | Thermal-stable anti-precipitant formulation for higher pressure steam generation systems. |
| MaxV® 7078 | Polymer-Based Anti-Scalant | Advanced synthetic polymer conditioning that keeps hardness particles fluid for effortless blowdown removal. |
| MaxV® 7079 | Anti-Scalant & Deposit Dispersant | Dual-action dispersant preventing iron and mineral deposits from baking onto heat transfer surfaces. |
| Product Name | Function & Chemistry | Key Benefits |
|---|---|---|
| MaxV® 7071 | Boiler Oxygen Scavenger | Rapidly eliminates dissolved oxygen from boiler feedwater, stopping oxygen pitting corrosion in economizers. |
| MaxV® 7073 | Tannin-Based Oxygen Scavenger | Eco-friendly, organic tannin-based formulation forming a protective magnetite passivation barrier. |
| Product Name | Function & Chemistry | Key Benefits |
|---|---|---|
| MaxV® 7060 | Boiler pH Booster | Optimizes boiler water alkaline reserve to prevent acidic corrosion attack across drums and piping. |
| MaxV® 7065 | Amine-Based Condensate Treatment | Neutralizing and filming volatile amines that carry into steam and protect return condensate lines from carbonic acid attack. |
| MaxV® 3070 | Fire Side Soot Removal | Cleans fire-side tube deposits, catalytic soot breakdown, and enhances fuel combustion efficiency. |
Our boiler treatment range is specifically engineered to control all 7 critical steam-cycle failure vectors:
Cooling towers remove excess heat through evaporation – essential in industries like power generation, chemicals, textile dyeing, and HVAC. Because evaporation continually concentrates minerals and microbial growth, proper water treatment is vital to maintain heat exchange efficiency and protect system integrity.
MaxV® cooling tower programs cater to:
Prevents calcium carbonate, calcium sulfate, and silica scaling on condenser tubes, allowing higher Cycles of Concentration (COC) to save water.
Rapid-acting broad spectrum microbiological control eradicating algae, fungi, bacteria, and Legionella in cooling tower water loops.
Long-lasting residual biocides penetrating protective bio-slimes and sessile bacterial colonies resistant to conventional oxidizers.
Penetrates and breaks down stubborn bio-slime deposits, suspending dead organic matter and suspended solids for easy system purging.
Anodic and cathodic corrosion inhibitors forming a molecular protective film on carbon steel, copper, and yellow metal cooling components.
Stabilizes water alkalinity to maintain cooling water strictly within the Langelier Saturation Index (LSI) safe operating window.
Zero Liquid Discharge (ZLD) chemicals are crucial in industrial water treatment, ensuring no liquid waste is discharged and promoting maximum water reuse while minimizing environmental impact.
Effluent Treatment Plant (ETP) removes large suspended solids, colloidal matter, and heavy contaminants using high-performance coagulants and flocculants.
UF filters out fine sub-micron particles, colloidal silica, and high molecular weight organic matter using specialized membrane care formulations.
RO removes dissolved salts, silica, and heavy metal ions, producing ultra-pure water for reuse back in plant boilers and cooling towers.
MEE concentrates remaining RO brine reject by evaporating water in multiple stages, leaving dry crystallized salt and 100% water recovery.
Serving textile processing, thermal power generation, chemical synthesis, sugar, paper, and manufacturing facilities across India.
Broad-spectrum threshold inhibitors preventing mineral crystallization on RO membranes and boiler tubes.
Silicone and non-silicone defoamers for rapid foam knockdown in ETP aeration basins, cooling towers, and evaporators.
Oxidising and non-oxidising biocides preventing bacterial proliferation, algae blooms, and microbial fouling.
Specialized bacterial and enzymatic consortia enhancing biological digestion of COD, BOD, and refractory organics in ETPs.
Acidic and alkaline CIP membrane descalers and boiler offline cleaners that dissolve tenacious mineral scale safely.
Primary coagulants (PAC, inorganic & organic blends) that destabilize colloidal charges for rapid primary settling.
Volatile amine chemistries neutralizing carbonic acid in steam return lines, preventing pipe grooving and leaks.
Synergistic phosphate, molybdate, and polymeric blends that protect multi-metal water distribution networks.
High-molecular-weight cationic, anionic, and non-ionic polyelectrolytes for sludge dewatering and clarification.
Specialized chemical neutralizers that eradicate hydrogen sulfide (H2S), mercaptans, and anaerobic wastewater odors.
Sulfite, DEHA, and tannin-based oxygen scavengers for rapid feed-water de-aeration down to zero ppb.
Precision neutralizers and alkaline boosters designed for boiler feedwater, RO permeate re-mineralization, and ETP effluent.
