Our premier chemical formulations target municipal and industrial wastewater systems, achieving maximum colloidal destabilization, rapid sludge settling, and ultra-high purity effluent profiles.
Established in 1998, Wuxi BS Water Treatment Chemicals Co., Ltd. has dedicated over 27 years to the research, development, and high-volume manufacture of specialized polymers and inorganic coagulants. As a critical cog in the global environmental protection supply chain, our operation synthesizes high-performance agents optimized for drinking water purification, heavy industrial wastewater reclamation, and complex municipal sewage operations.
With continuous integration of advanced digital manufacturing setups and strict compliance with national safety protocols, we have sustained our reputation as a trusted manufacturing partner. Our facilities maintain large-scale production reactors and fully automated packaging lines that guarantee batch-to-batch consistency for municipal water works and private industrial complexes worldwide.
Located in China's industrial core, we have direct, reliable access to essential raw chemical precursors. Our geographic proximity to primary producers of aluminum ore, hydrochloric acid, and acrylamide monomers enables us to insulate our buyers from international price volatility and sudden feedstock shortages.
Our manufacturing processes leverage integrated DCS control systems, automatic powder-feeding technologies, and computerized packaging machinery. Automating these workflows reduces human error, optimizes energy consumption, and yields a precise active-ingredient content profile across all powder and liquid runs.
Operating close to leading deepwater ports allows us to orchestrate bulk shipping campaigns with optimized freight paths. From containerized liquid totes to customized dry bags, we coordinate efficient ocean freight routing to secure minimal port dwell times and prompt customs clearances.
To achieve optimal flocculation and clarification, water engineering teams must match target impurities with specific chemical formulations. We maintain distinct manufacturing programs for high-purity inorganic coagulants and organic polymeric flocculants.
Polyaluminum Chloride (PAC): Synthesized by reacting high-purity bauxite with hydrochloric acid. Our solid version yields 28% to 30% Al2O3 content, while liquid variants provide stable 10% to 15% concentrations. High basicity indexes (up to 85%) minimize alkalinity consumption in raw water, accelerating micro-floc formation.
Aluminum Chlorohydrate (ACH): The most concentrated inorganic coagulant of the aluminum family, offering up to 23% Al2O3 content and an ultra-high basicity rating of 83%. Recommended for low-turbidity municipal drinking water plants and industrial wastewater systems requiring rapid coagulation under highly restricted pH ranges.
Polyacrylamide (PAM): Available in cationic (CPAM) and anionic (APAM) charge densities. Our APAM solutions are designed to build massive macromolecular chains, bridging destabilized silt and organic particulates. CPAM is optimized for organic sludge conditioning, sludge dewatering centrifuges, and filter press operations.
PDADMAC & Water Decoloring Agents (WDA): Highly charged cationic polymers designed to neutralize soluble anionic dye complexes, humic acids, and pulp waste. Excellent for decolorizing wastewater in textile mills, chemical processing plants, and commercial paper production.
Enhancing secondary clarifier throughput by accelerating floc settling rates. Our customized PAC and APAM formulations significantly lower biological oxygen demand (BOD) and total suspended solids (TSS) before final effluent discharge.
Resolving stable oil-water emulsions and separating refinery wastes. High-charge cationic polymers break complex oil structures, accelerating oil-water separation in dissolved air flotation (DAF) systems.
Reducing silt density index (SDI) values prior to ultrafiltration (UF) and reverse osmosis (RO) systems. Prevents irreversible membrane fouling, significantly extending element life and reducing chemical cleanings.
Improving fiber retention, paper sheet formation, and water drainage on high-speed paper machines. Our specialized PAM and ACH polymers help control colloidal pitch and stickies in closed-loop water systems.
Providing high-purity coagulants (ACH and PAC-01) that meet demanding drinking water standards. Formulations minimize residual aluminum concentrations, rapidly settling clay, silt, and natural organic matter to yield clear, potable effluents.
Industrial wastewater profiles vary significantly by region and production line. Wuxi BS maintains an analytical laboratory dedicated to raw water diagnostics and jar testing. Our engineers customize active ingredient ratios, molecular weights, and charge densities to create custom formulations tailored to target water profiles.
Whether managing high-salinity mining effluents, low-temperature municipal runoff, or concentrated dye streams, we supply tailored liquid and powder formulations designed to perform reliably in your existing dosing infrastructure.
We prioritize global environmental compliance. Our export formulations align with international chemical safety standards, including EU REACH regulations, ISO 9001 and ISO 14001 quality/environmental management certifications, and strict national safety parameters.
Every export shipment is backed by verified Certificates of Analysis (COA) and global GHS-compliant Safety Data Sheets (SDS), ensuring seamless border crossings and compliant handling on-site.
Our specialized water treatment chemical synthesis facility was established, launching high-efficiency inorganic coagulant lines.
Formally renamed as Wuxi Bisheng Water Treatment Agent Co., Ltd., adding organic polymeric flocculant synthesis lines.
Launched our global export program, supplying international municipal networks via strategic regional distributors.
Total international exports surpassed 10,000,000 USD, driven by expansions in the European and South American markets.
Established a dedicated, multi-lingual foreign trade department and launched our digital smart equipment integration program.
Continuing to develop eco-friendly, carbon-neutral synthesis methods for the next generation of global water treatment chemicals.
PAC-01 High Purity Polyaluminum Chloride is synthesized using high-quality aluminum hydroxide and synthetic hydrochloric acid, resulting in a low insoluble matter profile and minimal heavy metals. Industrial-grade PAC uses bauxite or calcium aluminate, making it highly effective for municipal sewage and industrial wastewater treatment, but unsuitable for drinking water systems.
Liquid formulations (10%-15% Al2O3) are shipped in IBC totes, flexitanks, or customized bulk tanker fleets. For long-distance maritime transport, we recommend our solid powder products (28%-30% Al2O3) to reduce transport weight and minimize freight costs per active unit.
We perform ICP-OES and laboratory jar testing on every production run. Real-time viscosity measurements and density checks are recorded to confirm each batch falls within our target specifications before packaging and warehouse storage.
Sludge dewatering performance depends heavily on the sludge charge profile. We recommend submitting a sludge sample to our laboratory. Our engineers perform free flocculation, filtration rate, and cake moisture analysis to match you with the ideal cationic polymer or customized dual-polymer system.
Explore our secondary line of specialized flocculation and clarification products, optimized for severe chemical conditions and high-speed processing plants.
Sep 09, 2025
Wuxi BS Water Treatment Chemicals Co., Ltd. continues to expand its global supply footprint, delivering high-purity polymers and custom inorganic coagulants to municipal wastewater networks and industrial partners worldwide.
Aug 21, 2025
Officially launching advanced digital intelligent solid feeding equipment, Wuxi BS Water Treatment automates dry powder preparation systems to reduce operational errors and optimize plant dosage rates.
Aug 21, 2025
Exploring green chemical technologies and the evolution of high-basicity aluminum chlorohydrate (ACH) to support municipal water systems under modern ecological frameworks.
Reach out to our chemical engineers for product specifications, dosage optimization calculations, or detailed bulk pricing proposals.
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