Gold Mining Water Treatment Anionic Polymer Flocculant Polyacrylamide AN934

Price Negotiable

Price: USD1500

MOQ: 1 MT

Delivery Time: 7-`5 WORKING DAYS

Brand: OYI POLYMER

Product Description

Tanzania Gold Mining Water Treatment Anionic Polymer Flocculant Polyacrylamide AN934

Why choose US?

OYIPOLYMER Polyacrylamide for Canada – Premium Flocculant for Mining, Municipal Wastewater & Infrastructure Projects
OYIFLOC Polyacrylamide, proudly manufactured by OYI Environmental Technology Co., Ltd., is a high-efficiency water-soluble polymer widely applied in African mining, water utilities, construction, and agriculture. Available in Anionic (APAM) and Cationic (CPAM) grades, OYIFLOC PAM is engineered to deliver exceptional solid-liquid separation, sludge volume reduction.
Strong flocculation with low dosage for cost savings
High molecular weight: 5–25 million
Effective across various water chemistries and tropical climates
Reduces dependency on alum/ferric coagulants
Long shelf life, easy transport and storage (non-toxic & safe)

Anionic Polyacrylamide Specifications

Appearance	White Powder
Mass fraction of polymer content	≥89%
Charge degree:	20-40%
Molecular weight	14-16million
Mass fraction of acrylamide monomer	≤0.25%
Dissolving time (1g/L)	≤60min
Mass fraction of water-insoluble substances	≤0.5%

Application Fields

Flocculation: Flocculant helps in coagulating fine particles, including gold ore dust, suspended in the wastewater. This process facilitates the removal of these particles, reducing turbidity and improving water clarity.
Sedimentation: The flocs formed by flocculant can settle more easily, enabling efficient sedimentation of solids. This reduces the load on downstream filtration systems and helps in clarifying the water.
Cyanide Removal: While flocculant itself does not directly remove cyanide, it can enhance the effectiveness of other treatment methods, such as activated carbon adsorption or chemical oxidation, by improving solid-liquid separation.
Heavy Metal Precipitation: flocculant can aid in the removal of heavy metals by enhancing the aggregation of metal hydroxides or sulfides formed during chemical precipitation processes.
Sludge Dewatering: After treatment, the resulting sludge can be dewatered more efficiently using PAM, reducing the volume of waste for disposal and making it easier to handle.