At Innova Corporate (India), We are ready to serve you with the Chemicals for Water treatment, like Polyelectrolyte, Sodium Meta Bi Sulphite, Ferric Chloride Anhydrous, Anionic Polyacrylamide PAM, Cationic Polyacrylamide PAM, Water Softening Chemical.
Innova Corporate is the leading supplier of Poly Aluminum Chloride (PAC) Liquid in Meerut, UP, providing high-performance inorganic polymer coagulant for effective turbidity, color, and organic matter removal. Our PAC Liquid delivers superior charge neutralization and rapid floc formation – ideal for treating textile effluents (Partapur power looms), paper mill wastewater (recycling units), sugar industry waste (Mawana, Daurala), drinking water treatment (Upper Ganga Canal water, Kali River water), and municipal STPs across Meerut.
Specifically tailored for Meerut's water conditions – including Kali River (high industrial pollution, monsoonal turbidity 200-800 NTU, high organic load), Upper Ganga Canal (seasonal variation), and hard groundwater (TDS 1000-2000 ppm) – our PAC Liquid works across a broad pH range (5.0-9.0), produces less sludge than alum (30-40% reduction), and provides superior turbidity removal (98-99%). Stable in Meerut's extreme climate (summer 42-46°C, winter 2-7°C), it is widely used across Partapur, Rohta Road, Pallavpuram, Mawana, Sardhana, and Daurala – helping industries and municipalities comply with UPPCB norms for discharge into Kali River and Upper Ganga Canal. From Partapur to Mawana, Meerut trusts our PAC Liquid.
| Parameter | Technical Details |
|---|---|
| Chemical Product Name | Poly Aluminum Chloride (PAC) Liquid Coagulant (Innova Corporate India) |
| Commercial Abbreviation | Liquid PAC / PAC Liquid |
| Physical Appearance | Clear, water-thin transparent to light amber liquid fluid |
| Active Al₂O₃ Content | 10% – 18% (Concentrated Industrial Grade Specification) |
| Water Solubility Profile | Infinitely miscible and dispersible in water matrices at all practical ratios |
| Long-Term Storage Stability | Excellent stability configuration resisting crystallization and settling over extended periods |
| Primary Functional Mechanism | Electrostatic charge neutralization, micro-floc aggregation, and suspended solids precipitation |
Innova Corporate (India), headquartered at 2B/BW Shalimar Bagh, New Delhi, offers high-performance Poly Aluminum Chloride Liquid (PAC Liquid) for industries across Meerut. Our premium ready-to-use liquid coagulant is engineered for rapid turbidity removal, effective water clarification, and superior color reduction in municipal ETPs, STPs, and industrial wastewater treatment plants. We maintain a dedicated supply network to ensure that Agartala’s municipal water works, textile units, paper mills, chemical plants, and automated dosing systems receive consistent, high-purity PAC Liquid for seamless clarification, reduced sludge volume, and regulatory compliance.
PAC Liquid contains pre-hydrolyzed aluminum species that are already in an active ionic state, ready to react instantly with colloidal particles upon dosing. Unlike solid coagulants that require time to dissolve and hydrate, liquid PAC initiates charge neutralization and floc bridging immediately upon contact with wastewater—resulting in significantly faster floc growth, denser sludge formation, and shorter settling times even in high-turbidity industrial effluents from Meerut.
Yes, we are a leading supplier of high-performance PAC Liquid for Meerut. We ensure prompt delivery and technical support for municipal water treatment plants, textile ETPs, paper mills, chemical factories, and automated dosing systems throughout the region.
Yes, one of the key advantages of PAC Liquid over conventional alum is its broader effective pH working range—typically between 5.0 and 9.0. This makes it highly suitable for industrial ETPs in Meerut where influent characteristics vary throughout the day. The pre-polymerized aluminum chains adapt to changing ionic conditions more efficiently, maintaining consistent coagulation performance without requiring frequent pH correction dosing that alum-based systems typically demand.