The application of water treatment in wastewater systems primarily focuses on the efficient processing of wastewater by comprehensive water processors. By integrating physical and chemical treatment technologies, these devices can comprehensively improve water quality, achieving the purification and reuse of wastewater. The following is a detailed analysis of the application of comprehensive water processors in wastewater treatment systems:

Equipment Principle and Composition

The comprehensive water processor consists of a high-quality carbon steel cylinder, a specially designed stainless steel mesh, a high-frequency electromagnetic field generator, a corona field generator, and a sludge discharge device. Its working principle involves using an integrated filtration system that combines active iron filter membranes, mechanical variable diameter holes, and corona effect fields. This system adsorbs and concentrates hardness substances and composite scale formed in the wastewater system under actual operating conditions, reducing their concentration to control scale and most hardness scale. Additionally, a transducer converts specific frequency energy into —— wastewater, creating electromagnetic polarized water. This process distorts the arrangement of scaling ions, thereby reducing the likelihood of scaling.

Functional Features

• Scale Prevention and Removal: The integrated water processor effectively prevents and removes scale in the wastewater treatment system, ensuring the equipment operates smoothly.

• Anti-corrosion and Rust Prevention: The device inhibits the activity of metal ions on the inner walls, providing anti-corrosion protection for systems without scale, thus extending the equipment’s lifespan. Bacterial and Algal Elimination: By utilizing electromagnetic polarization water, it effectively eliminates bacteria, algae, and other microorganisms, inhibiting their growth and enhancing the efficiency of wastewater treatment.

• Ultra-clean Filtration: The device removes suspended solids, colloids, organic matter, and heavy metals from the wastewater, improving the quality of the treated water.

• Electromechanical Integration: The integrated water processor is designed with electromechanical integration, using a purely physical method to treat the water, eliminating the need for chemical agents and reducing the risk of secondary pollution.

Application advantages

• Efficient treatment capacity: the whole process comprehensive water processor has efficient treatment capacity, can quickly remove pollutants in wastewater, improve the quality of effluent.

• Energy saving and environmental protection: The equipment adopts energy-saving technology and environmental protection materials, reducing energy consumption and environmental impact, in line with the concept of green development.

• Intelligent management: some integrated water processors are equipped with control system and remote monitoring function, which can realize automatic operation and remote management, and improve work efficiency.

• Strong adaptability: the whole process comprehensive water processor is suitable for a variety of wastewater treatment systems, including steel, petrochemical, metallurgy, electric power and other industries wastewater treatment.

• Easy installation and maintenance: the installation position of the equipment is flexible and diverse, can be installed horizontally or vertically, and easy to connect with the system pipeline. At the same time, the daily maintenance of the equipment is relatively simple and convenient, reducing the user’s use cost.

Application case

In the steel industry, the full-process integrated water processor is widely used in wastewater treatment systems. For example, in various production stages such as iron smelting plants, steel mills, continuous casting plants, hot rolling mills, and cold rolling mills, wastewater treatment is essential. The full-process integrated water processor effectively addresses issues like corrosion, scaling, and bacterial and algal growth in wastewater treatment systems through its unique technology and features, thereby improving water quality and enhancing equipment efficiency. Additionally, this device facilitates the reuse of wastewater, conserving water resources and reducing production costs.

Waste water treatment is the key link to reduce water pollution. Through professional waste water treatment facilities, with the help of chemical, physical or biological methods, can effectively remove most of the pollutants in the waste water, play a role in protecting the environment.