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 Water Decoloring Agent (Color Removal Agent) in Maharashtra, providing high-efficiency dicyandiamide-based cationic polymers (charge density 8-12 meq/g, molecular weight 50,000-150,000 Daltons, 40-50% active content, yellow to amber liquid) for effective removal of color from dye-containing wastewater from textile processing, dye manufacturing, paper mills, printing inks, paint industry, and other colored effluents. Our Water Decoloring Agent is ideal for textile dyeing effluents (Navi Mumbai's Thane-Belapur textile processing cluster - reactive dyes, direct dyes, acid dyes, disperse dyes, sulfur dyes, vat dyes, naphthol dyes; Ichalkaranji - power loom capital with over 5,000 looms and 200+ processing houses using reactive and disperse dyes for cotton and polyester fabrics; Solapur - terry towel & chaddar hub with 300+ processing units using reactive dyes for cotton terry towels, direct dyes for chaddars; Malegaon - power loom city with 15,000+ looms using sulfur and reactive dyes for denim, shirting, suiting; Nagpur - garment & hosiery using reactive and direct dyes; Aurangabad - textile units; Pune - garment processing; Nashik - textile processing), dye manufacturing units (Thane, Dombivli, Ambernath, Tarapur, Roha - over 50+ dye and pigment manufacturers producing reactive dyes, acid dyes, direct dyes, disperse dyes, vat dyes, sulfur dyes, solvent dyes, naphthols, intermediates, pigments), paper mills (Mumbai, Pune - colored paper manufacturing, recycled paper with ink and dye removal, lignin color removal - brown color from black liquor), printing inks (Thane, Pune, Navi Mumbai - flush colors, pigment dispersions, ink wastewater), and paint industry wastewater (Thane, Pune - tinting colors, pigment wastewater) across Maharashtra - India's largest textile processing and dye manufacturing hub.
Specifically formulated for Maharashtra's challenging water conditions – including hard groundwater of Deccan plateau (Ichalkaranji, Solapur, Pune, Aurangabad, Nashik, Nagpur - Ca/Mg 200-400 ppm, TDS 1000-3000 ppm - hard water increases dye solubility and makes color removal more difficult, reduces polymer efficiency by 20-40%, requires higher dosage of decoloring agent), Godavari River water (Nashik, Aurangabad, Nanded - variable quality, molasses color from upstream distilleries, organic load interferes with color removal, seasonal turbidity), Krishna River water (Satara, Sangli, Kolhapur - moderate TDS, agricultural runoff containing pesticides and fertilizers, variable pH 6.5-8.5), Bhima River water (Solapur - high TDS 1500-2500 ppm, high salinity, high hardness - most challenging for color removal, requires 30-50% higher dosage of decoloring agent), Mula-Mutha River water (Pune - domestic sewage mix, high ammonia 5-20 mg/L interferes with polymer activity, high organic load), Ulhas River water (Taloja-Dombivli industrial belt - industrial pollution, variable pH 3.5-8.5, heavy metals interfere with color removal), coastal influence (Navi Mumbai, Thane - salinity affects polymer performance, chloride up to 5000 ppm reduces effectiveness), variable pH (textile effluent pH 7-12 alkaline from scouring and dyeing with soda ash, dye manufacturing effluent pH 3-7 acidic from sulfonation and diazotization, mixed effluent pH 4-10), high dye concentration (textile effluent color 500-5000 Pt-Co units, dye manufacturing effluent color up to 50,000 Pt-Co units), high COD (textile effluent COD 500-3000 mg/L, dye manufacturing COD 5000-20,000 mg/L, molasses color from distillery spent wash - highly challenging), high TDS (textile effluent TDS 2000-5000 mg/L from salt addition in dyeing, dye manufacturing TDS 5000-20,000 mg/L from salt byproducts), high temperature (textile effluent 40-60°C from dyeing at 60-130°C, cooling affects polymer performance), and presence of surfactants and dispersing agents (anionic surfactants in textile processing interfere with cationic decoloring agent, requires higher dosage 1.5-2x) – our Water Decoloring Agent achieves >95% color removal (from 500-5000 Pt-Co units to <50 Pt-Co units, from 50,000 Pt-Co units to <200 Pt-Co units) through charge neutralization (high cationic charge neutralizes negatively charged dye molecules, anionic surfactants, and colloidal color bodies, zeta potential from -30 to -50 mV to -5 to +5 mV) and complexation/precipitation (forms insoluble complexes with dye molecules, works on reactive, direct, acid, disperse, sulfur, vat, naphthol, metal-complex, solvent dyes, and pigment dispersions, also removes optical brighteners and fluorescent whitening agents). Simultaneously reduces COD by 50-70% (from 500-3000 mg/L COD to 150-900 mg/L COD, from 5000-20000 mg/L COD to 1500-6000 mg/L COD, improves biodegradability BOD/COD ratio from 0.1-0.2 to 0.3-0.5 making effluent suitable for biological treatment), reduces TSS by 80-95% (precipitates fine particles, suspended color bodies, and precipitated complexes), produces dense, fast-settling flocs (floc settling rate 1-5 m/min vs 0.1-0.5 m/min without agent, floc size 1-5 mm, floc density high, compacts well in sludge). Works across pH 4-9 (optimal pH 6-8 for reactive and direct dyes, optimal pH 4-7 for acid dyes, optimal pH 5-8 for disperse dyes, optimal pH 6-9 for sulfur and vat dyes, adjusts effluent pH automatically within optimal range after addition), effective at temperatures 10-60°C (performance varies with temperature - higher temperature 40-60°C increases reaction rate 2-3x but may reduce floc size, lower temperature 10-20°C requires 30-50% higher dosage and longer mixing time 15-30 minutes vs 5-10 minutes at 40°C), compatible with inorganic coagulants (PAC, alum, ferric chloride for enhanced turbidity and phosphate removal, combined dosage reduces total chemical cost by 20-30%, PAC 50-200 ppm + decolor 50-200 ppm), compatible with polyelectrolytes (anionic or non-ionic PAM as flocculant aid improves settling rate 2-4x, reduces polymer dosage by 30-50%), and works in presence of high TDS and hardness (requires 20-50% higher dosage in hard water, works with chelating agents like EDTA to reduce hardness interference, effective up to TDS 10,000 ppm and hardness 1000 ppm CaCO3). Stable in Maharashtra's diverse climate (coastal Mumbai humidity 70-90% requires sealed storage to prevent moisture absorption and microbial growth; Vidarbha 42-47°C requires cool storage below 35°C to prevent degradation and viscosity change; Ichalkaranji-Solapur 40-45°C in summer requires temperature monitoring; Konkan heavy monsoon 2000-3000 mm requires elevated storage; winter 10-15°C in Pune-Nashik requires temperature adjustment in dosing, viscosity increases at low temperature requires dilution or heating), it is widely used across: - **Navi Mumbai & Thane-Belapur** - Thane-Belapur MIDC textile processing cluster (over 500 dyeing & printing units, CETP treating 50-100 MLD colored effluent), Rabale, Ghansoli, Kopar Khairane, Turbhe, Vashi, Mahape, Airoli, Pawne, Dighe, Mumbra, Kalwa; - **Ichalkaranji** - power loom & textile processing capital (over 5,000 power looms, 200+ processing houses, ETPs treating 50-150 MLD colored effluent, CETP under construction); - **Solapur** - terry towel & chaddar hub (300+ processing units, terry towel export hub, ETPs treating 30-80 MLD colored effluent); - **Malegaon** - power loom city (15,000+ looms, 100+ processing units, denim and fabric processing, ETPs treating 20-50 MLD colored effluent); - **Nagpur** - garment & hosiery (50+ garment units, 100+ hosiery units, ETPs treating 5-15 MLD colored effluent, MIDC Butibori - garment processing); - **Aurangabad** - Paithan, Shendra, Waluj (textile and garment units, ETPs treating 10-20 MLD colored effluent, industrial belt with water supply from Godavari River); - **Pune** - garment processing, textile units (Hinjewadi, Ranjangaon, Bhosari, Chakan - small textile units, ETPs treating 5-10 MLD colored effluent); - **Nashik** - Ambad, Satpur, Sinnar (textile processing units, garment units, ETPs treating 10-20 MLD colored effluent); - **Dye manufacturing clusters** - Dombivli MIDC (dye capital of India - over 100+ dye and pigment manufacturers, common ETP treating 10-20 MLD high-color effluent, color >10,000 Pt-Co units, COD >5000 mg/L), Ambernath MIDC (dye intermediates, pigment manufacturers, 50+ units, CETP treating 5-10 MLD), Tarapur MIDC (dye and pigment units, API dye intermediates, 30+ units), Thane-Belapur (dye units, 20+ units), Roha MIDC (pigment manufacturers, 15+ units), Taloja MIDC (dye intermediates, 20+ units), Navi Mumbai (dye trading and small manufacturers), MIDC Kolhapur (small dye units), Nagpur (small dye units); - **Paper mills** - Mumbai (paper mills, recycled paper units), Pune (paper and board mills - colored paper manufacturing, recycled paper deinking and color removal), MIDC areas, Nepanagar has paper mill but in MP, not Maharashtra; - **Paints & inks** - Thane (major paint plants including Asian Paints - tinting color wastewater, pigment dispersion wastewater), Pune (paint plants, ink units), Navi Mumbai (ink units), MIDC areas. Also widely used in CETPs (Common Effluent Treatment Plants) across Thane-Belapur CETP (treating 50-100 MLD - one of India's largest and oldest CETPs, receives colored effluent from 500+ units, requires color removal to <200 Pt-Co units for marine discharge into Arabian Sea), Dombivli CETP (treating 10-20 MLD from dye and chemical units, color >5000 Pt-Co units, requires color removal to <100 Pt-Co units for discharge into Ulhas River), Ambernath CETP (treating 5-10 MLD from dye and chemical units), Tarapur CETP (treating 10-20 MLD from chemical and pharma units with some color), Taloja CETP (treating 20-30 MLD from chemical and engineering units), Roha CETP (treating 5-10 MLD), Ichalkaranji CETP (under construction - proposed 50 MLD), Solapur CETP (proposed), and other CETPs in Maharashtra. Also used in ETPs of textile processing units (Navi Mumbai 200+ units, Ichalkaranji 200+ units, Solapur 100+ units, Malegaon 50+ units, Aurangabad 20+ units, Nagpur 20+ units, Pune 10+ units), dye manufacturing units (Dombivli 100+ units, Ambernath 50+ units, Tarapur 30+ units, Thane-Belapur 20+ units, Taloja 20+ units, Roha 15+ units), paper mills (Mumbai 10+ units, Pune 5+ units), paint & ink units (Thane 20+ units, Pune 10+ units, Navi Mumbai 10+ units), and STPs (municipal sewage with color from domestic dyes, industrial color in combined sewer - Bhiwandi, Kalyan, Dombivli, Ulhasnagar, Ambarnath, Badlapur, Navi Mumbai, Thane, Mumbai, Pune, Nagpur, Nashik, Aurangabad, Solapur, Kolhapur, Sangli, Miraj, Ichalkaranji, Malegaon, Nanded, Latur, Amravati, Chandrapur, Gadchiroli, Yavatmal, Wardha, Bhandara, Gondia) – helping textile, dye, paper, paint, and other colored effluent industries comply with MPCB color discharge norms (for marine discharge into Arabian Sea - color <200 Pt-Co units, for discharge into Ulhas River, Godavari River, Krishna River, Bhima River, Mula-Mutha River, Tapi River - color <100 Pt-Co units for Category I fresh water rivers, for land disposal and irrigation - color <150 Pt-Co units). From Dombivli (dye capital) to Ichalkaranji (textile processing capital), from Navi Mumbai to Solapur, from Thane-Belapur to Tarapur, from Aurangabad to Nagpur, Maharashtra's textile, dye, paper, and paint industries trust our Water Decoloring Agent for reliable, cost-effective, and consistent color removal to meet the most stringent MPCB norms for discharge into Maharashtra's rivers, creeks, estuaries, coastal waters, and land disposal systems, helping protect the environment of the Godavari, Krishna, Bhima, Mula-Mutha, Ulhas, Tapi rivers and the Arabian Sea.
| Parameter | Technical Details |
|---|---|
| Primary Supplier | Innova Corporate India |
| Chemical Compound Group | High-Purity Cationic Polymeric Decoloring Agent |
| Physical Form and Color | Clear, transparent to light yellowish, highly viscous liquid formulation |
| Dynamic Active Ingredients | Highly concentrated quaternary ammonium salt polymer matrix |
| Aqueous Solubility Index | 100% completely water-soluble (easily dilutes for accurate inline chemical dosing) |
| Target Operational pH Range | Performs efficiently across standard industrial effluent ranges (optimized around pH 6.0–9.0) |
| Average Processing Dosage | Typically 10–100 ppm (highly customizable based on effluent dye intensity and specific water matrix) |
| Primary Functional Action | Anionic dye charge neutralization, organic molecular ring destruction, macro-flocculation, COD reduction |
| Environmental Safety Profile | Non-hazardous to secondary biological treatment ecosystems; generates minimal structural sludge volume |
Innova Corporate (India), headquartered at 2B/BW Shalimar Bagh, New Delhi, is a leading supplier of specialized Water Decoloring Agents – high-performance cationic polymers and coagulants engineered for rapid dye removal, colloidal destabilization, and industrial effluent purification for industries across Maharashtra. Our product range includes dicyandiamide-based decoloring agents, polyamine coagulants, polyDADMAC, and customized polymeric complexes for textile, dyeing, paper, printing ink, and municipal wastewater treatment. We maintain a dedicated supply network to ensure that Agartala’s textile mills, paper plants, printing units, chemical processors, leather tanneries, and ETPs receive consistent, high-efficiency water decoloring agents for >95% color removal, COD reduction, and regulatory compliance.
Most reactive, direct, and acid dyes used in textile processing carry anionic sulfonate (-SO₃⁻) or carboxylate (-COO⁻) groups, which render them highly water-soluble and resistant to conventional coagulation. Our cationic decoloring agents – typically dicyandiamide-formaldehyde polymers or polyamine-epichlorohydrin resins – carry a dense positive charge density. When dosed into the effluent, the polymer chains rapidly undergo electrostatic attraction and charge neutralization with negatively charged dye molecules. This neutralization collapses the dye's electrical double layer, allowing the now-hydrophobic dye-polymer complex to precipitate from solution. Simultaneously, the long polymer chains bridge these precipitated particles into large, rapidly settling flocs for Agartala’s textile ETPs.
Yes, we are a leading supplier of high-performance water decoloring agents for Maharashtra. We ensure prompt delivery and technical support for textile dyeing units, paper mills, printing industries, chemical processors, leather tanneries, and industrial ETPs throughout the region. Our services include free jar testing, polymer screening, and full-scale trial support.
Conventional inorganic coagulants like alum or ferric chloride require high dosages (500–1500 ppm) to achieve modest color removal (40–70%) and produce high sludge volumes. Our specialized organic decoloring agents require much lower dosages (50–200 ppm) to achieve >95% color removal, generate up to 70% less sludge volume, operate over a wide pH range without adjustment, simultaneously reduce COD by 50–70%, and improve floc density and settling rates. For a typical textile ETP in Maharashtra processing 1000 m³/day, switching from alum to our decoloring agent can save significantly in chemical costs and sludge disposal fees while ensuring consistent compliance with color standards.