Technical Support & Water Treatment Chemical Solutions
Selecting the right water treatment chemical depends directly on water quality, treatment objectives, process conditions, dosage, and equipment compatibility.
Our technical support assists distributors, contractors, EPC companies, and industrial users in evaluating treatment chemicals, conducting laboratory testing, determining dosage ranges, and resolving operational challenges.
Our core portfolio covers Polyacrylamide (PAM), Polyaluminium Chloride (PAC), Polyferric Sulfate (PFS), Activated Carbon, and Scale Inhibitors, backed by compliance documentation including TDS, SDS, and COA.
Chemical Selection & Product Matching
Different treatment processes require distinct chemical properties. We match products to your exact water source and treatment standards:
Polyacrylamide (PAM)
Selected by ionic type (Anionic, Cationic, Nonionic, Amphoteric), molecular weight, charge density, and application method (DAF, sedimentation, centrifugation, belt press).
Polyaluminium Chloride (PAC)
Evaluated by Al2O3 content, basicity, water-insoluble matter, pH, turbidity, and organic loading.
Polyferric Sulfate (PFS)
Assessed for clarification, phosphorus removal, and sludge conditioning based on Fe content and basicity.
Activated Carbon
Selected via iodine number, specific surface area, particle size, and ash content for liquid-phase adsorption and odor control.
Water Quality Assessment & B2B Compliance
Precise data accelerates product formulation. We utilize metrics ranging from basic parameters (pH, Turbidity, COD, BOD, TSS) to advanced markers like heavy metals and TOC.
To streamline import and regulatory approvals, every batch includes:
TDS & Product Specification Sheet
GHS-Compliant Safety Data Sheet (SDS)
Certificate of Analysis (COA) & Independent Test Reports
Customized packaging and labeling support
Application Engineering & Sector Expertise
Chemical selection is tied directly to your physical treatment setup across major industrial sectors:
Core Processes: Coagulation, flocculation, sludge dewatering (centrifuges, belt/screw/plate presses), DAF, and sedimentation.
Target Industries: Textile, Paper, Mining, Food Processing, Chemical, Oil & Gas (Produced Water), and Municipal wastewater plants.
Laboratory Testing & Dosage Optimization
We support partners through structured laboratory evaluation frameworks to avoid full-scale trial-and-error costs:
7-Step Jar Test Protocol: Covers sample preparation, rapid coagulation mixing, slow flocculation, controlled settling, and supernatant turbidity evaluation.
Dosage Optimization: Identifies effective dosage ranges, balancing chemical consumption against target effluent quality under actual operating shear conditions.
Safety, Storage & Dosing Equipment
Proper handling safeguards personnel, protects chemical integrity, and ensures seamless dosing system compatibility:
EHS & Handling: Guidance on dust control for dry PAM polymers, corrosion prevention for liquid coagulants (PAC/PFS), and standard PPE requirements.
Storage Conditions: Temperature control, moisture prevention against caking, shelf-life management, and liquid frost protection.
Dosing System Compatibility: Recommendations for automatic dry-powder dissolution units (polymer make-down systems), corrosion-resistant chemical metering pumps, and proper wetted pipeline materials (PVC, PE, 316L stainless steel).
Application Troubleshooting Matrix
|
Common Problems |
Potential Root Causes |
Corrective Measures |
|
Poor Floc Formation |
Incorrect chemical type, wrong charge density, improper pH, or insufficient rapid mixing. |
Re-evaluate ionic type via jar test; adjust flash-mix intensity. |
|
Flocs Are Too Small |
Insufficient polymer dosage, high shear conditions, or inadequate retention time. |
Increase polymer dosage incrementally; reduce mechanical shear. |
|
Flocs Break Easily |
Chemical overdosing, excessive post-mixing shear, or incorrect molecular weight. |
Lower feed rate; check pump speeds and static mixer designs. |
|
Poor Sludge Dewatering |
Inappropriate PAM grade, polymer overdosing, or equipment wear. |
Conduct sludge capillary suction time test; re-match polymer grade. |
|
High Chemical Consumption |
Poor preparation (fish-eyes), inconsistent feed concentration, or raw water spikes. |
Optimize polymer maturation time and make-down concentration. |
Scale-Up & Custom Requirements
We advocate a structured implementation pathway:
Water Sample → Lab Screening → Jar Test → Dosage Optimization → Pilot Testing → Full-Scale Implementation
For qualified projects, we support OEM partnerships, custom molecular weights, and specialized packaging tailored to your plant requirements.
Logistics & Packaging Capabilities
We provide dependable supply chain execution tailored to international distributors and industrial end-users:
Flexible Packaging Options:
- PAM: 25kg moisture-proof kraft/PE composite bags or fiber drums.
- PAC / PFS: 25kg woven bags, IBC drums, or bulk tanker delivery.
- Activated Carbon: 25kg small bags or bulk jumbo ton bags.
Export & Shipping Compliance: GHS-compliant container labeling, secure palletized shrink-wrapping, and full handling documentation for safe international ocean or land freight.