Sri Lanka's industrial water comes with two very different faces. Borewells across the Biyagama and Katunayake Free Trade Zones, along with the apparel and light manufacturing units around Ekala and Gampaha, draw water that is hard and carries visible iron. At the same time, tea factories in the Central Highlands near Kandy and food processing plants along the coastal belt deal with seasonal turbidity and silica. Both profiles attack RO membranes in the same quiet way — scale builds up on the surface, flux drops, and recovery slips before anyone notices. Innova Corporate (India) supplies an industrial-grade RO Antiscalant Chemical in Sri Lanka built to handle this mixed water reality, so plants across the island can hold design recovery without chasing constant cleaning cycles.
The formulation is a low-molecular-weight polymer blend designed for continuous dosing in medium and large membrane systems. It targets carbonate and sulfate salts — Calcium, Magnesium, Barium and Strontium — while simultaneously dispersing the iron and colloidal silt that appear in Sri Lankan groundwater. Because the chemistry is phosphate-free, it avoids the calcium phosphate and iron phosphate fouling that older SHMP-based treatments leave behind in local plants.
Whether the application is Reverse Osmosis (RO), Nanofiltration (NF) or Ultrafiltration (UF), these chemicals deliver consistent results across a wide range of industrial duty points in Sri Lanka — including brackish water treatment, high-recovery systems and process water filtration for apparel, tea, textile and food processing units across the island.
At Innova Corporate, we offer a wide choice of R.O. antiscalants tailored to the specific water chemistries found across the Sri Lanka region. Our technical team helps you pick the right formulation so your plant runs at peak recovery rates with minimal downtime and fewer chemical cleaning cycles — whether you operate an apparel unit in Biyagama, a tea processing line near Kandy, or a food processing facility along the Gampaha district.