Innova Corporate (India) offers a complete range of coagulants for Coimbatore's water and wastewater treatment applications – covering inorganic coagulants (alum, ferric chloride, ferric sulfate, polyaluminum chloride – PAC, ACH), organic coagulants (cationic polymers – polyDADMAC, polyamine, polyacrylamide-based), and natural coagulants (chitosan derivatives). Each product is selected based on Coimbatore's specific water quality challenges: Siruvani/Bhavani river water (low turbidity, soft water), groundwater (hard, high TDS, high iron in some areas), and industrial effluents (textile – dyes, high COD; engineering – oils, metals; food – BOD, FOG). For municipal drinking water treatment in Coimbatore (CMWSSB), we supply NSF/ANSI Standard 60 certified PAC that achieves turbidity <1 NTU at lower dosages (10-30 ppm) than alum, produces less sludge, and works over wider pH (6-9). For effluent treatment in textile CETPs (Tiruppur, Palladam), we recommend ferric chloride or PAC for removing dyes and suspended solids. For engineering and foundry wastewater, PAC or ferric sulfate with a cationic polymer works well for oil and metal fines removal. For food processing (dairy, bakery), alum or PAC with anionic polymer clarifies high-BOD waste. Our product line also includes coagulant aids (bentonite, activated silica). We provide full jar testing support to optimize coagulant type and dosage. All coagulants available in bulk tankers, 200L drums, and 25kg bags (powder). For ZLD systems (mandated for textile clusters), we provide coagulants with low sulfate/chloride content to minimize scaling in evaporators. We also supply automated coagulant dosing systems with pH and turbidity feedback.
These products have a great demand in the market. Our Coagulant is formulated with finest quality chemical compounds under the guidance of experts to ensure stability in the local climate. We provide this water coagulant to Coimbatore based clients after checking it properly from our side to deliver flawless range within promised time frame.