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Manufacturers, Exporters, Suppliers of RO Antiscalants
High Silica RO Antiscalant for Uttarakhand's Industrial Water
Industrial water across the Himalayan belt is not easy to treat. From the foothills to the busy corridors of Dehradun, Haridwar, Roorkee, Rudrapur, Kashipur, Selaqui, Pantnagar, and Kotdwar, groundwater and surface sources naturally carry high silica alongside dissolved iron and moderate hardness. For pharmaceutical, food and beverage, textile, automotive, paper, and captive power plants, this combination creates serious challenges for reverse osmosis systems.
Our High Silica RO Antiscalant, supplied by Innova Corporate (India), is formulated for these very conditions. Instead of letting silica polymerize on membrane surfaces, the chemistry keeps it dissolved and mobile throughout the RO train. The result is stable flux, higher recovery, and membranes that last their full design life — even in plants running continuously in the region's pharma and food clusters.
Why Local Plants Choose This Antiscalant:
- Silica Scale Inhibition: Prevents the hard, glass-like silica deposits that are almost impossible to remove once formed — a common problem in the state's high-silica borewell water.
- Iron & Metal Oxide Sequestration: Groundwater around Selaqui and Rudrapur industrial areas often carries dissolved iron. This formula keeps it in solution and protects membranes from red-brown staining.
- Higher Recovery for Industrial Plants: Allows facilities here to push recovery limits safely, even when TDS and silica concentrations are both high.
- Compatible With All Major Membranes: Safe for Polyamide, TFC, and NF elements used in pharma-grade and food-grade RO systems across the state.
- Biodegradable & Discharge-Safe: Organic-based formulation that meets environmental norms for industrial discharge in the region.
- Fewer CIP Cycles, Less Downtime: Plants in Haridwar and Dehradun using this antiscalant report significantly longer intervals between chemical cleanings — meaning less production loss and lower operating cost.
- Stable Performance in Continuous Operation: Built for the round-the-clock demands of the region's pharma, FMCG, and power sector RO plants.
Dosage & Application for Local RO Systems:
For best results, dose the antiscalant continuously into the feed water line, after all pretreatment stages. Typical dosage ranges from 2 ppm to 20 ppm, adjusted to your specific water analysis — calcium hardness, iron, TDS, and silica:
- Low to Moderate Hardness: 2–3 ppm is usually enough for routine alkalinity and hardness control in municipal and borewell supplies.
- Elevated Iron (0.5–1.0 ppm): Increase to 5–7 ppm to handle the iron-rich groundwater common in Selaqui, Rudrapur, and Kashipur industrial belts.
- Very High Silica (up to 325 ppm): Use 10–15 ppm to fully protect the reject stage, where silica concentrates the most — a frequent scenario in Himalayan-fed water sources.
Storage & Handling: Store in original, tightly sealed containers in a cool, dry, and shaded area at your site. Keep away from direct sunlight and heat. For a dosing schedule tailored to your plant's specific water chemistry — whether you operate in Dehradun, Haridwar, Roorkee, Pantnagar, or any other industrial zone in the state — please refer to our Technical Data Sheet (TDS) or contact our technical team for on-site support and water analysis guidance.