Top Quality Flocculants for Effective Water Treatment Chemicals Polyacrylamide PAM

• Customization: Available
• CAS No.: 9003-05-8
• Formula: (C3h5no)N
• Model NO.: MAOXING-PAM
• EINECS: 62649-23-4
• Acid-Base Property: Neutral Surface Disposal Agent
• Certification: ISO
• Environmental Protection: Yes
• Color: White
• Appearance: Powder
• Type: Industrial Circulating Water Treatment Agent
• pH: 4-12
• Customized: Yes
• Types: Apam CPAM Npam
• Solid Content: 10%-90%
• Hydrolyusis Degree: 4-40
• Transport Package: Package
• Specification: 25KG/BAG
• Trademark: MAOXING
• Origin: China
• HS Code: 3906901000
• Production Capacity: 50000tons/Year

Product Description

Polyacrylamide (PAM) stands as a pioneering and adaptable water-soluble synthetic polymer, expertly engineered through a precise polymerization process. Available in a variety of forms including powder, granular, or gel, PAM is renowned for its diverse applications that span several industries. As a flocculant in water treatment, it ensures the delivery of crystal-clear water by effectively aggregating impurities. In the oil recovery sector, PAM excels as an exceptional viscosity enhancer, markedly improving extraction efficiency. In the papermaking industry, it functions as a dependable retention agent, boosting both the quality and retention of fibers.

 

Category	Details
Definition	A water-soluble linear high molecular polymer formed by the polymerization of  monomers.
Classification	Classified into non-ionic, anionic, cationic, and amphoteric ionic polyacrylamide according to ionic characteristics.
Characteristics	Good flocculation property, strong thickening ability, and can reduce the frictional resistance between liquids.
Application Fields	Sewage treatment, paper industry, oil exploitation (such as flooding agents), mineral processing, etc.
Precautions	The stirring speed should not be too fast during dissolution. Pay attention to moisture prevention and high-temperature prevention during storage, and avoid contact with oxidants.

Polyacrylamide (PAM) in Wastewater Treatment: Essential Applications
Polyacrylamide (PAM), a water-soluble polymer, is extensively employed in wastewater treatment due to its remarkable flocculation and coagulation abilities. Below are its primary applications in this critical domain:
1. Flocculation and Sedimentation
PAM functions as a highly efficient flocculant, adeptly binding suspended particles such as colloids, organic matter, and heavy metals through mechanisms of charge neutralization and bridging. This results in the formation of large, dense flocs that rapidly settle, thus enhancing clarification in both industrial and municipal wastewater systems.
2. Sludge Dewatering
Cationic PAM (CPAM) is extensively employed in sludge conditioning processes. It effectively neutralizes the negative charge on sludge particles, enhancing agglomeration and dewatering efficiency. This leads to a reduction in sludge volume, thereby lowering disposal costs and lessening environmental impact.
3. Industrial Wastewater Treatment
Mining/Metallurgy: Anionic PAM (APAM) is employed to treat wastewater with elevated levels of suspended solids, facilitating efficient solid-liquid separation.
Oilfield/Textile: PAM effectively removes emulsified oils and dyes, significantly enhancing water reuse capabilities.
Paper/Petrochemical: It boosts the removal of organic pollutants and stabilizes treatment processes, ensuring optimal performance.
4. Municipal Sewage Treatment
PAM expedites the removal of pollutants in both primary and secondary treatments, guaranteeing adherence to discharge standards. It also assists in phosphorus removal, mitigating risks of eutrophication.
5. Coagulant Aid
PAM is frequently combined with inorganic coagulants to enhance efficiency, minimize chemical consumption, and reduce sludge production.
Advantages
Exhibits high adaptability to varying water qualities, ensuring consistent performance.
Requires low dosage while delivering significant impact.
Proves to be cost-effective by optimizing treatment processes and reducing operational costs.