The Status Of Polyacrylamide In The Industrial Field

Polyacrylamide (PAM) is a high molecular polymer with versatility. It is widely used in various fields due to its unique chemical and physical properties. First of all, understanding its use and formation process is crucial to better utilize the material. Especially in water treatment, mining, papermaking, petroleum and textile industries, polyacrylamide is widely used due to its flocculation, thickening, drag reduction and other properties. As an important water treatment agent, the price of polyaluminium chloride (PAC) is also directly related to the economic benefits of water treatment processes. The current price per kilogram of polyaluminium chloride in the market determines its scope and method of application in different industrial fields.

Application scope of polyacrylamide

First of all, the role of polyacrylamide in water treatment cannot be ignored. Water treatment includes municipal sewage treatment, industrial wastewater treatment and drinking water treatment. In these processes, polyacrylamide, as an efficient flocculant, can effectively agglomerate suspended matter, fine particles and colloidal substances in water to form larger flocs, which are convenient for precipitation and filtration. This not only greatly improves the treatment efficiency, but also reduces the treatment cost. In order to improve its application effect, the flocculation effect can be further enhanced by using polyaluminium chloride (PAC) in combination. At present, the price of polyaluminium chloride per kilogram in the market varies depending on the purity and brand, and the general price ranges from a few yuan to tens of yuan.

Secondly, polyacrylamide is also widely used in oil extraction. Due to its good adhesion and high viscosity, polyacrylamide is widely used in secondary and tertiary oil recovery technologies. In the process of oil extraction, the injection of water containing polyacrylamide can increase the viscosity of the fluid, thereby improving the oil recovery efficiency. The polyacrylamide used in this process can drive more oil out of the underground rock formation and improve the oil recovery rate. In addition, in the oil well fracturing fluid, polyacrylamide as a thickener can prevent the collapse of the well wall and ensure the safety and efficiency of the operation. The auxiliary treatment of polyaluminium chloride in oil extraction makes the entire extraction process more perfectly combined, and the rationality of the price is directly related to the production cost of oil companies.

Next, the papermaking industry is also inseparable from the support of polyacrylamide. In the papermaking process, the addition of polyacrylamide can improve the water retention of pulp and the strength of paper, and improve the quality and performance of paper. At the same time, as a good retention and filtration aid, polyacrylamide can also effectively reduce the loss of pulp and improve the yield of pulp in the papermaking process. Since a large amount of water resources are required for production and cleaning in the papermaking industry, water treatment issues are equally important. Using polyaluminum chloride to treat papermaking industrial wastewater can effectively remove suspended matter and organic pollutants in the water, improve the recycling rate of wastewater, and reduce emission pollution. By reasonably selecting and managing the use of polyaluminum chloride and controlling the cost per kilogram, enterprises can effectively save production costs and improve environmental benefits.

Importance of polyacrylamide

Polyacrylamide also shows its importance in the textile industry. In the textile printing and dyeing process, especially in sizing, sizing, printing and dyeing processes, polyacrylamide is not only used to increase the viscosity and water solubility of the slurry, but also can effectively improve the feel and gloss of the fabric. In addition, it can also be used as a flocculant for textile wastewater treatment to help remove dyes and chemicals in wastewater and reduce environmental pollution. Polyaluminum chloride used in the textile industry also contributes to the efficient treatment of textile wastewater, and its price changes will also directly affect the treatment costs of enterprises. Therefore, understanding the price of polyaluminium chloride per kilogram is an important part of cost control for enterprises.

Not only that, polyacrylamide also plays an important role in the mineral processing industry. It can effectively improve the efficiency of the mineral flotation process, help separate minerals from impurities, and improve the grade and recovery rate of ore. In the process of coal washing, polyacrylamide is used for coal slime water treatment, effectively improving the clarity of water, improving the operating conditions of equipment, and reducing production costs. In these industrial processes, polyaluminium chloride is also needed for flocculation treatment to control the cost per kilogram, which is conducive to the economy and sustainability of the entire production process.

Finally, regarding the formation of polyacrylamide, it is generated by acrylamide through free radical polymerization. This process can be achieved through a variety of processes such as aqueous solution polymerization, emulsion polymerization or suspension polymerization. Choosing different polymerization methods will result in differences in molecular weight and physical properties of the polyacrylamide formed, thus playing different roles in different application scenarios. The price of polyaluminium chloride is also an important factor in determining its application in various industrial fields. When choosing to buy, users must make reasonable choices based on specific needs and market supply to ensure the best economic benefits and treatment effects.

In summary, the wide application of polyacrylamide in various industrial fields is attributed to its superior chemical and physical properties. Through the rational use of polyacrylamide and the effective control of the price of polyaluminium chloride, various industries can achieve the dual benefits of environmental protection and economy while improving production efficiency and quality. At the same time, a deep understanding of the formation principle and market dynamics of polyacrylamide is also of great significance for industry application and management.