Optimized polymer formulations tailored for Damascus textile mills and chemical processing facilities requiring rapid color removal and efficient flocculation.
Damascus, as one of the Levant's oldest and most critical industrial zones, hosts dense concentrations of traditional textile dyeing factories, food processing facilities, and chemical compounding plants. These industries place immense stress on the fragile Barada River Basin. Restoring local water quality and meeting regional reuse standards for agricultural irrigation is a critical environmental and economic priority.
Our Dicyandiamide-formaldehyde copolymer based Water Decoloring Agents (WDA) are specifically designed to address local challenges. Textile effluents in Adra Industrial City frequently exhibit complex, highly colored compositions from reactive, acid, and disperse dye mixtures. Ordinary inorganic coagulants like alum or standard ferric salts fail to destabilize these soluble organic compounds effectively. Our cationic polymers target the highly anionic hydrophilic sulfonic acid groups present in dye structures, establishing rapid charge neutralization and micro-floc aggregation.
By implementing a synergistic treatment system using Chinese-engineered high-purity Polyaluminum Chloride (PAC) alongside cationic copolymers, regional plants in Damascus can achieve over 99% color removal and up to 65% Chemical Oxygen Demand (COD) deduction, enabling compliant water recycling and discharge.
A rigorous examination of molecular charge dynamics, flocculation pathways, and synergistic inorganic-organic treatment programs.
Dyes contain highly anionic sulfonic acid, carboxylate, and hydroxyl functional groups that hold them in solution. Our WDA provides a dense concentration of quaternary ammonium cationic sites that attract these groups, neutralize their electronegativity, and trigger precipitation.
Destabilized dye molecules are bound together by the long-chain hydrocarbons of the polymer. The high molecular weight of the cationic agent coordinates these particles into complex, dense micro-flocs, increasing settling velocities.
By pairing organic WDAs with inorganic compounds (such as PAC or Aluminum Chlorohydrate), plants build a robust treatment system. The inorganic salt performs primary sweep flocculation, while the WDA selectively extracts dissolved dye colorants, saving chemical costs.
Founded in 1998, Wuxi BS Water Treatment Chemicals Co., Ltd. is a leading manufacturer of specialized water treatment polymers. Operating automated production lines with an annual capacity exceeding 500,000 tons, our digital feeding systems and quality control frameworks maintain molecular weight distributions within tight batch-to-batch tolerances (±2.5%).
To serve the Syrian industrial market and Damascus distributors, we run a dedicated Levant export desk. We coordinate maritime freight routes from Chinese shipping hubs to Tartus and Lattakia ports, supported by overland dry-bulk or container transport directly into Adra and Damascus. Every shipment is backed by COA, SGS inspection, and customized MSDS documentation to ensure seamless clearance and implementation.
Explore our complete range of certified organic and inorganic flocculants, formulated for Damascus municipal plants and complex industrial wastewater treatment.
From initial water analysis to high-tonnage deliveries, we maintain rigorous QA/QC at every stage of the process.
Our lab evaluates your wastewater to identify dye structures (reactive, acid, disperse) and measure baseline COD/BOD. This allows us to customize the active ingredients of the polymer to match your plant's profile.
We perform bench jar tests on-site or in our facility to establish the ideal stoichiometric ratios for your process. This helps minimize sludge volume and determines optimal feed points for Coagulant, WDA, and Polyacrylamide (PAM).
Every product batch undergoes testing for viscosity, pH stability, charge density, and solid content. Certified reports are provided with each delivery to guarantee stable, reliable on-site performance.
Direct answers to common operational questions regarding dosage rates, pH adjustments, and sludge handling.
Get in touch with our technical sales team for specialized polymer analysis, custom quotes, and logistics coordination for the Damascus region.
* Under typical shipping conditions, sea transit times from China to Levant ports are approximately 25 to 35 days.
BS Water
