Poly Aluminum chloride PAC 28% 29% 30%

High-Quality Poly Aluminum Chloride for Water Treatment, Paper Manufacturing & Industrial Coagulation Applications

Poly Aluminum Chloride (PAC) represents advanced inorganic polymer coagulation technology specifically formulated for municipal water treatment operations, industrial wastewater processing systems, paper manufacturing facilities, and industrial coagulation applications requiring consistent aluminum content and multi-industry effectiveness. This essential coagulant serves critical functions across water treatment procedures, wastewater processing methods, paper production processes, and specialized systems requiring controlled coagulation action, chemical stability, and industrial processing capabilities with exceptional performance.

At Chemicals & Process Equipment Limited, we supply technical-grade Poly Aluminum Chloride manufactured under stringent quality control standards and international specifications. Our comprehensive product range includes industrial grade PAC, water treatment grade coagulant, paper grade poly aluminum chloride, and custom formulations meeting diverse requirements for water treatment, wastewater processing, paper manufacturing, and specialized operations across global water treatment, paper, industrial, and environmental markets.

✅ Advanced Inorganic Polymer Technology – Optimized Aluminum Content & Multi-Industry Performance
✅ Consistent Quality Standards – Multiple Aluminum Classifications with Comprehensive Documentation
✅ Essential Coagulation Agent – Superior Water Treatment, Paper & Industrial Performance
✅ Multi-Industry Applications – Water Treatment, Paper, Industrial & Environmental Systems
✅ Technical Support Package – Complete Application Guidance & Performance Optimization

The Global Water Treatment Chemicals Market is expected to grow from USD 58.9 Billion in 2024 to USD 87.8 Billion by 2031, at a CAGR of 5.8% during the forecast period, while the poly aluminum chloride market achieved a valuation of USD 2.1 billion in 2024 and is forecasted to climb to USD 3.2 billion by 2033, advancing at a CAGR of 5.2% from 2026 to 2033. This growth is driven by increasing water treatment demand, expanding wastewater processing requirements, growing paper manufacturing, and rising demand for efficient coagulation solutions across global water treatment and industrial markets.

Technical Specifications & Poly Aluminum Chloride Properties

Property	28.0% Grade	29.0% Grade	30.0% Grade
Al₂O₃ Content (%)	28.0% min	29.0% min	30.0% min
Aluminum Content (%)	14.8-15.2%	15.3-15.7%	15.8-16.2%
Basicity (%)	40-90%	45-85%	50-80%
Water Insoluble Matter	0.2% max	0.15% max	0.1% max
Iron (Fe)	150 ppm max	100 ppm max	80 ppm max
Heavy Metals (as Pb)	10 ppm max	8 ppm max	5 ppm max
Arsenic (As)	5 ppm max	3 ppm max	2 ppm max
Cadmium (Cd)	2 ppm max	1 ppm max	0.5 ppm max
Mercury (Hg)	1 ppm max	0.5 ppm max	0.2 ppm max
Chromium (Cr⁶⁺)	5 ppm max	3 ppm max	2 ppm max
pH (1% aqueous solution)	3.5-5.0	3.8-4.8	4.0-4.6
Appearance	Light yellow to brown liquid
Physical State	Viscous liquid
Molecular Formula	Al₂(OH)ₙCl₆₋ₙ
Molecular Weight	174.45 g/mol (average)
Density (20°C)	1.19-1.23 g/cm³	1.20-1.24 g/cm³	1.21-1.25 g/cm³
Viscosity (20°C)	3-8 cP	4-9 cP	5-10 cP
Freezing Point	-15°C to -20°C	-18°C to -23°C	-20°C to -25°C
Boiling Point	>100°C	>100°C	>100°C
Solubility in Water	Completely miscible	Completely miscible	Completely miscible
Hydrolysis Rate	Fast	Fast	Fast
Coagulation Efficiency	High	Very High	Excellent
Floc Formation	Rapid	Rapid	Very Rapid
Sedimentation Rate	Fast	Fast	Very Fast
pH Operating Range	5.0-9.0	5.5-8.5	6.0-8.0
Storage Temperature	5°C to 35°C	5°C to 35°C	5°C to 35°C
Shelf Life	12 months	12 months	12 months
Storage Conditions	Cool, dry, ventilated area	Cool, dry, ventilated area	Cool, dry, ventilated area
Packaging Options	Tanks, IBCs, drums	Tanks, IBCs, drums	Tanks, IBCs, drums

Available Grade Types:

• Technical Grade for industrial water treatment applications
• Potable Water Grade for drinking water treatment
• Industrial Grade for wastewater processing
• Paper Grade for paper manufacturing processes
• High Basicity Grade for specialized applications
• Low Iron Grade for sensitive applications
• Food Grade for approved food processing
• Swimming Pool Grade for recreational water treatment

Specialized Packaging Solutions:

• 25kg HDPE drums for laboratory use
• 200kg HDPE drums for small-scale operations
• 1000L IBC containers for medium-scale applications
• 20,000L bulk storage tanks for industrial operations
• Heated storage tanks for cold climate applications
• Stainless steel containers for high-purity applications
• Temperature-controlled packaging for extreme climates
• UN-approved packaging for hazardous goods transport

Water Treatment Applications

Municipal Water Treatment Water treatment plants utilize Poly Aluminum Chloride for potable water treatment, turbidity removal, and municipal water processing requiring drinking water grade quality. Municipal systems employ PAC for suspended solids removal, color reduction, and water quality improvement.

Raw Water Clarification Water utilities use Poly Aluminum Chloride for raw water treatment, surface water processing, and primary clarification requiring high-efficiency coagulation. Water treatment facilities employ PAC for algae removal, organic matter reduction, and water purification.

Turbidity & Color Removal Water processing plants utilize Poly Aluminum Chloride for turbidity reduction, color removal, and clarity enhancement requiring effective coagulation properties. Municipal water systems employ PAC for aesthetic water quality improvement and regulatory compliance.

Drinking Water Production Potable water facilities use Poly Aluminum Chloride for safe drinking water production, pathogen removal, and water safety requiring potable water grade quality. Water treatment plants employ PAC for comprehensive water purification and public health protection.

Wastewater Treatment Applications

Industrial Wastewater Processing Industrial facilities utilize Poly Aluminum Chloride for process wastewater treatment, effluent processing, and industrial water treatment requiring industrial-grade quality. Manufacturing plants employ PAC for discharge compliance and environmental protection.

Municipal Sewage Treatment Sewage treatment plants use Poly Aluminum Chloride for primary clarification, sludge processing, and wastewater treatment requiring municipal-grade quality. Wastewater facilities employ PAC for biological nutrient removal and effluent quality improvement.

Oil & Grease Removal Industrial treatment systems utilize Poly Aluminum Chloride for oil-water separation, grease removal, and hydrocarbon processing requiring specialized coagulation properties. Petroleum facilities employ PAC for produced water treatment and environmental compliance.

Heavy Metals Removal Environmental treatment facilities use Poly Aluminum Chloride for heavy metals precipitation, toxic metals removal, and contamination control requiring high-performance coagulation. Remediation systems employ PAC for environmental cleanup and groundwater protection.

Paper Manufacturing Applications

Paper Mill Water Treatment Paper manufacturers utilize Poly Aluminum Chloride for process water treatment, white water clarification, and paper production requiring paper-grade quality. Paper mills employ PAC for fiber recovery, water recycling, and production efficiency.

Pulp & Paper Processing Pulp mills use Poly Aluminum Chloride for pulp processing, fiber separation, and production optimization requiring specialized coagulation properties. Paper producers employ PAC for product quality improvement and process water management.

Stickies Control Paper manufacturing facilities utilize Poly Aluminum Chloride for stickies removal, contaminant control, and quality enhancement requiring effective coagulation action. Paper mills employ PAC for product defect reduction and quality consistency.

Recycled Paper Processing Paper recycling plants use Poly Aluminum Chloride for deinking processes, fiber cleaning, and recycled paper production requiring recycling-grade quality. Recycling facilities employ PAC for contaminant removal and fiber quality improvement.

Industrial Processing Applications

Chemical Manufacturing Chemical plants utilize Poly Aluminum Chloride for process water treatment, chemical processing, and industrial applications requiring technical-grade quality. Chemical manufacturers employ PAC for water system maintenance and production support.

Pharmaceutical Manufacturing Pharmaceutical facilities use Poly Aluminum Chloride for process water treatment, pharmaceutical processing, and water system management requiring pharmaceutical-grade quality. Pharmaceutical companies employ PAC for water quality control and regulatory compliance.

Food & Beverage Processing Food processing plants utilize Poly Aluminum Chloride for process water treatment, food processing, and beverage production requiring food-grade quality. Food manufacturers employ PAC for water safety and product quality assurance.

Textile & Dyeing Operations Textile manufacturers use Poly Aluminum Chloride for dye wastewater treatment, textile processing, and color removal requiring textile-grade quality. Dyeing facilities employ PAC for effluent treatment and environmental compliance.

Swimming Pool & Spa Applications

Pool Water Treatment Swimming pool facilities utilize Poly Aluminum Chloride for pool water clarification, turbidity removal, and recreational water treatment requiring pool-grade quality. Pool operators employ PAC for water clarity improvement and bather safety.

Spa & Hot Tub Treatment Spa facilities use Poly Aluminum Chloride for spa water treatment, hot tub maintenance, and therapeutic water systems requiring spa-grade quality. Wellness centers employ PAC for water quality maintenance and customer satisfaction.

Aquatic Center Management Large aquatic facilities utilize Poly Aluminum Chloride for comprehensive water treatment, multiple pool systems, and aquatic center management requiring commercial-grade quality. Recreation centers employ PAC for facility-wide water quality control.

Water Park Operations Water park facilities use Poly Aluminum Chloride for attraction water treatment, large-scale water systems, and visitor safety requiring industrial-scale quality. Entertainment venues employ PAC for operational efficiency and regulatory compliance.

Environmental Applications

Lake & Reservoir Treatment Environmental agencies utilize Poly Aluminum Chloride for lake restoration, algae control, and aquatic ecosystem management requiring environmental-grade quality. Water authorities employ PAC for eutrophication control and water body rehabilitation.

Storm Water Management Municipal systems use Poly Aluminum Chloride for storm water treatment, runoff processing, and urban water management requiring municipal-grade quality. City utilities employ PAC for flood control and water quality protection.

Groundwater Remediation Environmental contractors utilize Poly Aluminum Chloride for groundwater treatment, contamination control, and site remediation requiring remediation-grade quality. Environmental companies employ PAC for aquifer protection and contamination cleanup.

Wetland Treatment Systems Environmental engineers use Poly Aluminum Chloride for constructed wetlands, natural treatment systems, and ecological water treatment requiring eco-friendly quality. Conservation organizations employ PAC for habitat restoration and water quality improvement.

Mining & Mineral Processing

Mine Water Treatment Mining operations utilize Poly Aluminum Chloride for mine water treatment, acid mine drainage, and mining wastewater requiring mining-grade quality. Mining companies employ PAC for environmental compliance and water management.

Tailings Pond Management Mining facilities use Poly Aluminum Chloride for tailings treatment, solids separation, and waste management requiring industrial-grade quality. Mineral processors employ PAC for environmental protection and regulatory compliance.

Ore Processing Water Mineral processing plants utilize Poly Aluminum Chloride for process water treatment, ore washing, and mineral separation requiring processing-grade quality. Mining operations employ PAC for water recycling and resource conservation.

Coal Preparation Plants Coal processing facilities use Poly Aluminum Chloride for coal washing, preparation processes, and coal cleaning requiring coal-grade quality. Coal companies employ PAC for product quality improvement and environmental compliance.

Oil & Gas Applications

Produced Water Treatment Oil & gas facilities utilize Poly Aluminum Chloride for produced water treatment, oilfield wastewater, and hydrocarbon processing requiring oilfield-grade quality. Petroleum companies employ PAC for water separation and environmental protection.

Refinery Water Treatment Petroleum refineries use Poly Aluminum Chloride for refinery wastewater, process water treatment, and industrial water management requiring refinery-grade quality. Oil companies employ PAC for operational efficiency and discharge compliance.

Drilling Fluid Treatment Drilling operations utilize Poly Aluminum Chloride for drilling fluid treatment, mud processing, and drilling waste management requiring drilling-grade quality. Oilfield services employ PAC for operational support and environmental protection.

Pipeline Water Treatment Pipeline operators use Poly Aluminum Chloride for pipeline water treatment, hydrostatic testing, and pipeline maintenance requiring pipeline-grade quality. Energy companies employ PAC for infrastructure protection and environmental safety.

Power Generation Applications

Cooling Water Treatment Power plants utilize Poly Aluminum Chloride for cooling water treatment, condenser water systems, and power generation requiring power-grade quality. Utilities employ PAC for thermal efficiency and equipment protection.

Boiler Water Treatment Power generation facilities use Poly Aluminum Chloride for boiler feedwater treatment, steam generation, and power plant water systems requiring boiler-grade quality. Power companies employ PAC for operational reliability and efficiency.

Ash Pond Management Coal power plants utilize Poly Aluminum Chloride for ash pond treatment, fly ash processing, and coal combustion waste requiring ash-grade quality. Power utilities employ PAC for environmental compliance and waste management.

Nuclear Water Treatment Nuclear facilities use Poly Aluminum Chloride for nuclear water treatment, radioactive water processing, and specialized applications requiring nuclear-grade quality. Nuclear operators employ PAC for safety systems and regulatory compliance.

Quality Control & Testing Procedures

Comprehensive Quality Assurance Every production batch undergoes extensive testing to ensure compliance with international standards, industrial specifications, and application requirements. Our quality control laboratory employs advanced analytical techniques including ICP analysis, titration methods, and performance testing. For comprehensive information about poly aluminum chloride properties, safety guidelines, and industrial applications, visit EPA’s Chemical Substance Information which provides detailed technical data about chemical safety, environmental impact, and regulatory compliance for water treatment chemicals.

Quality assurance procedures include:

• Aluminum content determination using ICP-OES methods
• Basicity measurement using standardized procedures
• pH measurement using calibrated pH meters
• Heavy metals testing using ICP-MS spectroscopy
• Iron content analysis using colorimetric methods
• Density measurement using pycnometer methods
• Viscosity testing using rotational viscometers
• Coagulation efficiency testing using jar tests
• Flocculation performance evaluation
• Sedimentation rate analysis
• Turbidity removal efficiency testing
• Temperature stability assessment

Application Guidelines & Best Practices

Water Treatment Dosing Establish proper dosing procedures for Poly Aluminum Chloride including concentration calculations, feed rates, and mixing conditions for optimal coagulation effectiveness and treatment performance.

pH Optimization Guidelines Develop appropriate pH control procedures including adjustment methods, monitoring systems, and optimization techniques for maximum coagulation efficiency and water quality improvement.

Mixing & Contact Procedures Implement proper mixing protocols including flash mixing, slow mixing, and contact time for effective floc formation and settling characteristics.

Storage & Handling Procedures Implement proper storage conditions including temperature control, freeze protection, and contamination prevention for maintaining PAC quality and handling safety throughout storage periods.

Market Applications & Industry Trends

Water Treatment Market Growth Expanding municipal water treatment and growing demand for clean water drive continued growth in PAC applications for coagulation and flocculation across global water treatment operations.

Industrial Wastewater Expansion Growing industrial wastewater generation and increasing environmental regulations support increased adoption of PAC for industrial effluent treatment and environmental compliance.

Paper Industry Development Expanding paper production and increasing demand for process water recycling drive growth in PAC applications for paper manufacturing and water system optimization.

Environmental Regulation Compliance Increasing environmental standards and water quality regulations support continued adoption of efficient coagulants for water treatment and environmental protection.

Environmental & Regulatory Compliance

Water Quality Standards Poly Aluminum Chloride complies with drinking water regulations, water quality standards, and international guidelines ensuring safe use in potable water treatment applications.

Environmental Protection Standards Compliance with EPA environmental regulations, discharge standards, and pollution prevention guidelines supports responsible use and environmental stewardship in water treatment operations.

Industrial Safety Standards Adherence to OSHA safety regulations, industrial hygiene standards, and handling guidelines ensures safe use in industrial water treatment and processing applications.

International Quality Standards Compliance with ISO water treatment standards, international specifications, and quality guidelines ensures consistent performance in global water treatment applications.

Performance Advantages & Technical Benefits

✔ Multiple Aluminum Content Grades – Available in 28%, 29%, and 30% Al₂O₃ for specialized applications
✔ Excellent Coagulation Efficiency – Superior flocculation performance for optimal treatment results
✔ Multi-Industry Versatility – Suitable for water treatment, paper, industrial, and environmental uses
✔ Chemical Stability – Maintains properties under proper storage and handling conditions
✔ High Solubility – Complete water miscibility for easy application and processing
✔ Rapid Flocculation – Fast floc formation for efficient treatment cycles
✔ Cost Effectiveness – Economical coagulation solution for diverse applications
✔ Quality Consistency – Reliable aluminum content with comprehensive analytical documentation
✔ Environmental Compatibility – Safe for aquatic environments with proper application
✔ Process Efficiency – Optimized coagulation performance for enhanced productivity
✔ Regulatory Compliance – Meets water quality, environmental, and safety standards
✔ Technical Support – Complete application guidance and optimization assistance

Our Poly Aluminum Chloride products represent industry-leading standards in coagulation technology and multi-industry water treatment solutions, specifically formulated for demanding municipal water treatment, industrial wastewater processing, paper manufacturing, and environmental applications. We provide comprehensive technical support, application guidance, and regulatory consultation to ensure optimal performance across your specialized water treatment, paper manufacturing, or industrial processing applications.

For detailed specifications, certificates of analysis, or application-specific recommendations, contact our specialized chemicals division. We offer complete support including dosing optimization, regulatory guidance, and technical assistance to maximize effectiveness in your water treatment, wastewater processing, paper manufacturing, or industrial applications.

For more information about our products, feel free to Contact Us today.