The Application Fields of Non-ionic PAM

Non-ionic polyacrylamide (PAM) plays an important role in many industrial and environmental fields due to its excellent performance. This article will explore the application of non-ionic PAM in industrial wastewater treatment, textile industry and soil moisture retention, and show its broad application prospects.

Application of Non-ionic PAM in Industrial Wastewater Treatment

Removal of Suspended Solids and Organic Matter in Wastewater

Non-ionic PAM has a significant effect in industrial wastewater treatment. It effectively precipitates suspended solids and organic matter by forming a large number of tiny floccules, thereby improving water quality. Non-ionic PAM can also remove harmful substances such as heavy metal ions and ammonia nitrogen in wastewater, so that the wastewater meets the discharge standards or achieves the requirements of recycling.

Paper and Pulp Wastewater Treatment

A large amount of wastewater generated in the process of paper and pulp production contains high concentrations of suspended solids and dissolved matter. As a highly efficient flocculant, non-ionic PAM can quickly coagulate and settle impurities in these wastewaters, greatly improving treatment efficiency and reducing treatment costs.

Oil and Mining Wastewater Treatment

The wastewater from the oil and mining industries is rich in colloids and suspended solids. Non-ionic PAM has shown unique advantages in oil-water separation. By forming floccules with a larger effective radius, it improves the separation effect of wastewater and the efficiency of oil recovery. In addition, it can also be used for the clarification of mining wastewater, recovering useful solids in the water and purifying wastewater.

Steel Plant and Stone Processing Plant Wastewater Treatment

The wastewater from steel plants and stone processing plants contains a large amount of suspended solids and heavy metal ions. Non ionic PAM can effectively remove these pollutants and improve the wastewater treatment effect through its adsorption and flocculation. It can also be used in conjunction with inorganic flocculants to further enhance the treatment effect.

Application of Non-ionic PAM in the Textile Industry

Textile Sizing Agent

In the textile industry, non-ionic PAM is often used as a sizing agent for textiles and a thickener for dyes. It can improve the quality and aesthetics of textiles, and enhance the market competitiveness of the final product by improving the touch and stability of textiles.

Preparation of Chemical Slurry

Non-ionic PAM can also be combined with other chemicals to make chemical slurry for sizing textiles. This can improve the retention rate of fillers, pigments, etc., reduce the loss of raw materials and environmental pollution. This application effectively reduces production costs and enhances the environmental friendliness of the production process.

Application of Non-ionic PAM in Soil Moisturizing

Preventing Soil Moisture Evaporation

In terms of soil moisturizing, non-ionic PAM also shows its unique advantages. After the non-ionic PAM solution is mixed with a cross-linking agent and sprayed on the desert or soil, it can quickly solidify to form a protective film to prevent wind and sand erosion and evaporation of soil moisture. This technology is particularly suitable for arid areas and can significantly improve the water retention capacity of the soil, thereby increasing the yield of crops.

Application of Soil Moisturizer

The application of non-ionic PAM as a soil moisturizer can effectively deal with the problem of soil moisture loss in arid environments. By improving the water retention capacity of the soil, it helps farmers achieve better agricultural production results under drought conditions.

In summary, with its excellent performance, non-ionic PAM has shown broad application prospects in industrial wastewater treatment, textile industry and soil moisturizing. Non-ionic PAM plays an important role in improving wastewater treatment effects, improving textile quality, and improving soil moisture retention capacity.