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 Demulsifier in Maharashtra, providing advanced chemical formulations for breaking oil-water emulsions in industrial wastewater and crude oil processing. Our Demulsifier is ideal for treating oily wastewater from engineering units (Pune's Chakan-Talegaon-Chinchwad auto belt - The Detroit of India, Pimpri, Aurangabad's Waluj, Nashik's Sinnar), automobile service centers (Mumbai, Pune, Nagpur, Nashik, Aurangabad), petrochemical-related streams (Mumbai's Mahul-Chembur-Taloja corridor), lubricant manufacturing (Thane, Dombivli), metalworking fluid waste, and refinery wastewater across Maharashtra.
Specifically tailored for Maharashtra's industrial conditions – including extreme summer temperatures (Pune 38-40°C, Vidarbha 42-47°C, Mumbai 34-36°C), hard Deccan groundwater (high TDS 1000-3000 ppm), and variable water quality (Ulhas River, Mula-Mutha River, coastal salinity) – our Demulsifier effectively separates oil and water (oil removal efficiency 90-98%), reducing oil & grease content in effluent from 500-5000 ppm to below MPCB limits of 10-20 ppm. Widely used across Chakan-Talegaon-Chinchwad (Pune auto belt), Pimpri, MIDC areas, Aurangabad (Waluj - auto & engineering), Nashik (Sinnar - engineering), Thane-Belapur, Taloja, Dombivli, Tarapur, Butibori (Nagpur), Kolhapur (foundry and engineering), and Pune – helping engineering, automotive, and petrochemical industries comply with MPCB norms for oil and grease discharge. From Chakan to Waluj, from Taloja to Butibori, Maharashtra's engineering sector trusts our Demulsifier.
| Parameter | Technical Details |
|---|---|
| Chemical Classification | Demulsifier / Emulsion Breaker (Innova Corporate India) |
| Type | Surface-Active Chemical Separation Agent |
| Physical Appearance | Clear to amber liquid or powder based on customized application requirements |
| Solubility Profile | Engineered for oil solubility, water solubility, or universal dispersibility |
| Industries Served | Oil & gas extraction, petrochemical refining, industrial wastewater treatment, lubricants blending, chemical manufacturing |
| Primary Utility | Interfacial film disruption, droplet coalescence induction, and rapid phase separation |
Innova Corporate (India), strategically located at 2B/BW Shalimar Bagh, New Delhi, delivers advanced Demulsifier compounds for industries across Maharashtra. Our highly active surfactant polymers are engineered to destabilize stable oil-in-water emulsions, reduce interfacial shear strength, and accelerate water phase separation in complex oily wastewater Effluent Treatment Plants (ETP), petroleum operations, and chemical processing units. We maintain a dedicated supply network to ensure that Agartala’s industrial sector receives consistent, high-performance demulsifiers for optimized fluid separation, oil recovery, and regulatory compliance.
The choice is governed strictly by the phase configuration of the stream. Standard demulsifiers are formulated for water-in-oil (W/O) macro-emulsions to strip continuous oil vectors of moisture. Reverse demulsifiers are optimized for oil-in-water (O/W) matrices, flocculating dispersed oil droplets out of a dominant water column—essential for Agartala’s varied industrial effluents.
Yes, we are a leading supplier of high-performance demulsifiers and emulsion breakers for Maharashtra. We ensure prompt delivery and technical support for oil & gas operations, petroleum refineries, industrial ETPs, lubricant manufacturers, and chemical processing units throughout the region.
Polymeric oil-breakers possess a specific cloud point profile where solubility characteristics invert. Maintaining operations within the designated technical temperature threshold ensures proper diffusion across interfacial films. Our team helps Agartala’s plants optimize dosing and thermal conditions for maximum separation efficiency.