Polyaluminium Chloride - PAC Powder-3047 In Ahmedabad
Innova’s PAC Powder 3047 in Ahmedabad is a high-purity 30% Alumina spray-dried powder. Known for its ultra-low insoluble matter, it is the gold standard for pharmaceutical process water and high-clarity drinking water in Ahmedabad. Its rapid solubility ensures it can be easily integrated into Ahmedabad's existing dosing systems, providing consistent performance and helping local units maintain WHO-standard water quality.
Poly Aluminium Chloride (PAC) Powder in Ahmedabad is a high-efficiency, spray-dried inorganic polymeric coagulant derived from aluminium. Available in various grades (typically 25–30% Al₂O₃), PAC powder is widely used in potable water treatment, wastewater management, and numerous industrial processes due to its high charge density and superior coagulation performance. The powder form offers long shelf life, ease of transport, and is ideal where liquid storage or dosing is a challenge.
PAC functions as a pre-hydrolyzed polymeric aluminium salt, capable of rapid charge neutralization and floc formation. When added to water, it causes colloidal and suspended particles to destabilize and aggregate into larger flocs, which then settle or are filtered out. The high charge density enables effective turbidity and color removal at lower dosages than conventional coagulants.
Applications of PAC Powder in Ahmedabad:
1. Drinking Water Treatment: Turbidity reduction, Microbial and colloidal removal,
Reduced sludge generation compared to alum
2. Industrial Wastewater Treatment: Clarification of wastewater from textiles, dyes,
chemicals, tanneries, and mining, Reduction of BOD, COD, phosphates, and heavy
metals
3. Municipal Sewage Treatment: Coagulation of biological sludge, Removal of
suspended solids and organic matter
4. Paper & Pulp Industry: Improve sizing, retention, and drainage, Replace
traditional rosin-alum systems
5. Oil & Gas Applications: Demulsification and oil-water separation, Drilling fluid
clarification
Key Benefits of PAC Powder in Ahmedabad:
1. High Al2O3 concentration = higher efficiency
2. Less sludge generation compared to alum
3. Lower residual aluminium in treated water
4. Effective in low-temperature and low-alkalinity waters
5. Wide pH working range (4.0 – 9.0)
6. Stable, long shelf life in dry form
7. Cost-effective transportation and storage
