Npam Nonionic Polyacrylamide Copolymer Water Flocculation Agents Dewatering Chemicals

Product Description:

Introduction:

BLUFLOC N830 is a high molecular weight non-ionic polyacrylamide which is commonly available in the form of free-flowing granular powder. Its versatile nature and effectiveness make it highly popular for a variety of applications including wastewater treatment, oil drilling, paper, textile, and mining industries.

Features of BLUFLOC N830:

BLUFLOC N830 is a non-ionic polymer that has a very high molecular weight which makes it a highly effective coagulant. It is free of any ionic groups which makes it particularly suitable for applications that require an excellent flocculating agent with low charge density. Additionally, it can be easily and quickly dispersed in water to provide an efficient solution for industrial applications.

Applications of BLUFLOC N830:

• Wastewater treatment: BLUFLOC N830 is effective in the treatment of both industrial and municipal wastewater by removing solid particles from the water through flocculation and sedimentation.
• Oil drilling: BLUFLOC N830 is used in oil drilling operations to increase the viscosity of drilling mud and prevent the loss of drilling fluid.
• Paper: BLUFLOC N830 improves settling and drainage in paper mills to produce quality paper products.
• Textile: BLUFLOC N830 is utilized in the textile industry to improve the weaving process and prevent fabric damage
• Mining: BLUFLOC N830 is used in the mining industry for mineral separation and wastewater treatment.

Features:

Highly effective across various applications: Our product is highly effective across various applications, including mechanical dewatering, thickening, flotation, and clarification. It can tackle a range of wastewater treatment challenges and deliver excellent results.

High performance in acidic suspended wastewater treatment: Our product delivers high performance in acidic suspended wastewater treatment. It can effectively treat suspended solids and other pollutants in acidic wastewater, ensuring that the treated water meets regulatory standards.

Reduction of the inorganic coagulant dosage: Our product helps reduce the inorganic coagulant dosage needed in the treatment process. This not only saves cost but also reduces the amount of chemicals used in the treatment process, making it more environmentally friendly.

Reduction of sludge production: Our product also helps reduce sludge production in the treatment process. By reducing the amount of sludge produced, it reduces the cost and resources needed to handle and dispose of it.

Reduction in overall treatment cost: Our product's ability to reduce the amount of coagulants and sludge produced ultimately results in a reduction in overall treatment cost. This leads to significant savings for our clients and makes our product an excellent value proposition.

Increased clarifier throughput: Our product can also increase clarifier throughput in the treatment process. This means it can handle a larger volume of wastewater, leading to greater efficiency and productivity in the treatment plant.

Technical Parameters:

Applications:

In various industries, such as chemical, mining, and textile, water is a crucial ingredient in many manufacturing processes. It is important to maintain the quality of water used and manage the wastewater generated by these processes. To achieve this, flocculation and clarification technologies are widely used, which involves adding chemicals to water to coagulate impurities, making it easier to separate and remove them.

Another important process in managing wastewater is sludge thickening and dewatering, which involves collecting and minimizing the volume of sludge generated during wastewater treatment, and then removing the water content to form a dry sludge that can be handled and disposed of more easily.

Mining is another industry that relies heavily on water. Water recovery technologies are used to compile and reuse water in this industry. The goal is to reduce the amount of water required for mining processes, minimize the impact on the environment, and optimize water management.

In the textile industry, thickening agents are added to enhance the print quality and prevent bleeding of colors. These agents are used in textile printing and sizing, and can be derived from natural or synthetic sources.

Coal washing is another important process, which involves removing impurities from coal to enhance the purity and energy content. Water is a crucial component in the coal washing process and is used to separate coal particles from impurities, which are then collected and removed.

The purification of phosphoric acid is another application of water treatment technology. The goal is to separate gypsum from the wet-process phosphoric acid process, reducing the amount of waste generated and enhancing the efficiency of the phosphoric acid production process.

Finally, in the petroleum and gas field, water treatment technologies are used to remove impurities from water before it is used for drilling or fracking. This ensures that the water quality is maintained and does not interfere with the drilling or fracking processes.