Anionic Polyacrylamide Powder For Wastewater Treatment

There are many kinds of polymer anionic for water treatment, the difference of polymer anionic lie in its molecular weight and anionic degree. 

Polyacrylamide solid chemicals are always used for produced water treatment and oily sludge treatment.

Anionic polyacrylamide for wastewater is a chemical additive widely used in plants and oil field. 

Anionic polyacrylamide for wastewater in industrial water is a powdery substance made from acrylamide after anionization treatment. 

The chemical formula of polymer anionic is (C3H5NO)n and PAM water treatment appearance is white powder. 

The content of polyacrylamide solid chemicals is 90% and the molecular weight is 8~9, the density (25°C) is 0.75g/cm3, and the pH value (1 % aqueous solution) is 6~8.

Controlling the dosage of anionic polyacrylamide (APAM) powder in sewage pretreatment requires a combination of water quality characteristics, treatment processes, and equipment conditions, and precise dosing should be achieved through scientific experiments and dynamic monitoring. The control of the dosage of anionic polyacrylamide powder should follow a closed - loop process of "analysis - experiment - verification - monitoring - adjustment". Through accurate calculation and dynamic adjustment, cost optimization can be achieved while ensuring the treatment effect. The key lies in selecting a suitable model according to water quality characteristics, using automated technology to deal with water quality fluctuations, and at the same time avoiding a decline in treatment effect and cost waste caused by improper operation.

The safety factor of anionic polyacrylamide (APAM) is a redundancy coefficient (usually denoted as K, where K > 1) set based on the theoretical dosage to cope with uncertainties such as water quality fluctuations, equipment errors, and environmental changes. Its core function is to ensure the stability of the treatment effect and avoid treatment failure caused by insufficient dosage. The determination of the safety factor needs to take into account the "fluctuation risks" and "cost balance" of the specific scenario.

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