What is Pam chemical used for?

It can enhance flocculation, reduce the cost of clean water, improve water quality, and remove organic matter and algae in the water. PAM chemical has a wide range of applications in water treatment, petroleum exploration, textile, papermaking, mineral processing, medicine, agriculture and other industrial fields.

Why is polyacrylamide used in water treatment?

With the increasing global water scarcity and escalating environmental pollution, efficient water treatment has become paramount. Polyacrylamide, as a versatile polymer compound, has demonstrated significant achievements in the field of water treatment. PAM is widely used as a coagulant and flocculant in wastewater treatment.

Can polyacrylamide powder be added to sewage?

Polyacrylamide powder can’t be directly added to sewage. It must be dissolved in water before use, and then use polyacrylamide solution for sewage treatment. Use clean water to dissolve PAM powder. Generally, just use water at room temperature, no need to heat it. However, the dissolution is very slow when the water temperature is lower than 5℃.

What is fengbai polyacrylamide (PAM) powder used for?

Fengbai polyacrylamide (PAM) powder is used for water treatment. There are three types: Anionic, Cationic and Nonionic. Get the price now.

Can polyacrylamide powder improve water quality?

In drinking water treatment and industrial wastewater treatment, the use of polyacrylamide powder and other inorganic flocculants can significantly improve water quality. Improve floc strength and settling velocity. The flocs formed by polyacrylamide flocculant have high strength and good settling performance.

How to dissolve Pam powder?

Use clean water to dissolve PAM powder. Generally, just use water at room temperature, no need to heat it. However, the dissolution is very slow when the water temperature is lower than 5℃. Increasing the water temperature will speed up the dissolution rate, but above 40℃ will accelerate the degradation of the PAM polymer and affect use effects.