Engineered to deliver exceptional purification efficiency while minimizing eco-footprints and chemical residues.
High charge-density cationic coagulant optimized for color removal, organic solids neutralization, and primary settling systems.
Advanced combined molecular formula showing rapid floc formation and efficient phosphorus precipitation in varied pH ranges.
Highly polymerized formulation exhibiting optimal heavy metal adsorption and lower dosage requirement than normal PAC.
Optimized for drinking water processing, paper production drainage, and sludge conditioning applications.
Ultra-low heavy metal content designed for potable water treatment and industrial processes requiring pure additives.
Ultra-high molecular weight polymer specifically developed for rapid settling and sedimentation in mineral processing.
Exceptional performance in high turbidity systems, yielding compact flocs and reduced sludge volume.
Exceptional molecular dispersion properties, guaranteeing low dosing requirements and cleaner effluent outputs.
Industrial water treatment is undergoing a structural transition. Globally, chemical processing plants, municipal utility operators, and resource extraction projects face strict environmental regulations and corporate net-zero pledges. Achieving sustainability requires moving beyond traditional treatments to embrace clean chemistry formulations.
As a leading domestic research and production base, we synthesize functional polymers that reduce processing steps, lower sludge volumes, and prevent secondary chemical contamination. Our solutions prioritize high-efficiency flocculation, optimizing the total cost of ownership (TCO) and supporting ecological preservation.
Integrating advanced polymer molecular designs like Polyacrylamide (PAM), Polyaluminum Chloride (PAC), and PDADMAC enables systems to run efficiently with minimal down-time and reduced solid waste production.
Wuxi BS Water Treatment Chemicals Co., Ltd. (Founded in 1998)
For nearly three decades, Wuxi BS Water Treatment has focused on the synthesis of performance-optimized water clarification chemicals. We operate from a manufacturing hub in Wuxi, Jiangsu, combining production technology with quality control systems.
We specialize in advanced treatment systems, offering custom formulations for municipal potable water supply, industrial textile decolorization, metallurgy, and petrochemical separation. Our chemicals are designed for compatibility with standard mechanical separation processes, such as DAF systems, gravity clarifiers, and filter presses.
Years Industrial Experience
Tons Annual Production Capacity
Tons Warehousing Storage Capacity
Global Enterprises Served
Why procurement teams from the Americas, Europe, and Southeast Asia rely on our centralized production model.
Direct supply line integration for key chemical precursors (including Acrylamide monomer, DAC/DMC, and high-alumina bauxite) guarantees steady production and pricing stability, shielding buyers from sudden price spikes.
Located in the Yangtze River Delta industrial corridor near the Ports of Shanghai and Ningbo, our facility provides flexible transport options (bulk vessel, ISO tank, or standard dry-van containerization) with short lead times.
Advanced digital feeding machinery and automated crystallization reactors enable scale adjustments, allowing us to process bulk orders without compromising product consistency.
Our core chemical range is formulated to meet high purification standards across various processing requirements.
Available in spray-dried powder (28% to 30% Al2O3 content) and liquid variants. Used as an inorganic coagulant to treat high-turbidity wastewater and drinking water systems.
Features a high basicity index (83% minimum) and high concentration (23% Al2O3 minimum). It destabilizes colloidal charges with low sludge generation and minimal impact on water pH.
Includes Cationic (CPAM) and Anionic (APAM) variants with molecular weights up to 22 million. These polymers aggregate microflocs into large clusters, optimizing gravity separation and mechanical dewatering.
Modified dicyandiamide-formaldehyde copolymer designed to break down persistent chromophore structures in textile, print, dye, and paper manufacturing effluents.
Water-soluble cationic polymers that neutralize negatively charged suspended organic matter. Ideal for oil-water separation, paper mill sizing, and organic mud conditioning.
Synergistic combinations of iron and aluminum salts with active polymer additives. Designed to handle high-salinity industrial process water and complex effluent challenges.
Chemically engineered polymers designed for challenging industrial and municipal wastewater separations.
High charge-density powder formulated for efficient industrial sludge centrifugation, belt press filtration, and municipal sewage dewatering.
Cationic polymer targeting dissolved organic dye molecules, removing color from dyehouse effluents and high-COD streams.
A chlorine-resistant, quaternary ammonium cationic coagulant that remains stable across a wide pH range, suitable for potable water and food-safe packaging lines.
Optimizing system performance in heavy industries, municipal plants, and ecological protection projects.
Reduces suspended solids (TSS) and biological/chemical oxygen demand (BOD/COD) in complex industrial wastewater, preparing it for zero-liquid discharge (ZLD) systems.
Formulated for oil-water separation in produced water treatment, heavy organic solids precipitation, and friction reduction in fluid conveyance systems.
Pre-conditions feed water to minimize particulate fouling in Ultrafiltration (UF) and Reverse Osmosis (RO) systems, lowering cleaning frequency and operational costs.
Improves fiber retention, speeds up pulp drainage, and controls pitch contaminants, enhancing paper machine runnability and product strength.
Inorganic and organic coagulants synthesized with low heavy metal limits, removing fine silt and pathogen-hosting particles in compliance with global health standards.
Technical support, custom formulations, and supply chain solutions tailored to your operational needs.
We adjust polymer molecular weight, charge density, and solid-liquid ratios to match the specific characteristics of your water chemistry, reducing overall operational costs.
We provide chemical packaging options, from 25kg dry bags to 1000L IBC totes and flexitanks, complete with custom labels and hazard markings tailored to destination regulations.
Our engineers conduct jar tests and dosing simulations to help optimize chemical feed rates, floc size, settling speeds, and sludge compaction.
Our manufacturing and testing protocols are certified to meet international quality, safety, and environmental standards.
Every manufacturing batch undergoes quality control testing. We trace chemical profiles from raw materials to final packaging, verifying active content, heavy metal limits, viscosity, and shelf stability before dispatch.
Connect with our chemical engineers for formulation recommendations, water quality reviews, and custom quotes.
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Stay informed on wastewater treatment regulations, chemical innovations, and optimization techniques.
How Wuxi BS leverages its production capacity to provide stable chemical pricing and containerized supply lines globally.
Learn how automated systems optimize dosing, prevent over-treatment, and reduce processing costs in industrial setups.
A guide on aligning wastewater compliance with corporate environmental goals through biological sludge reduction.
Answers to common questions regarding logistics, chemical compatibility, shelf stability, and selection criteria.
Available for bulk packaging, ISO tank delivery, and direct container shipping options.
Pre-dissolved formulation designed to eliminate dry chemical preparation steps and dust exposure.
Formulated for highly loaded wastewater systems requiring rapid chemical settling.
Excellent performance in high turbidity clarification, color removal, and flocculation systems.
Optimized for municipal drinking water systems, cosmetic compounding, and zero-discharge projects.
High decolorization rate for textile dye effluent, reducing residual COD load.
High cationic charge density optimized for rapid solid-liquid separation and sludge conditioning.
A low-dust, anti-caking formulation designed for long-term storage and automated dry chemical feeders.
A clear, pre-dissolved solution designed for quick dosing adjustments in response to variable water turbidity.
BS Water
