Commercial Salt Water Treatment Purification Systems

 In commercial operations, the rational utilization and efficient treatment of water resources are crucial. In food processing, chemical production, desalination-related industries and other industries that involve the use of brine, commercial brine treatment and purification systems are the key to safeguarding production, improving product quality, reducing costs and realizing environmental goals.

Ⅰ. Importance of commercial brine treatment and purification system

1. Safeguard production quality

 In food processing, brine is used for pickling and preservation, and impurities in unpurified brine will affect the taste, color and shelf life of food, and even endanger health; in chemical production, brine is used as a raw material or solvent, and impurities will trigger side reactions, reduce product purity, and increase purification costs.

2. Reduce operating costs

 Untreated brine recycling will scale, reduce equipment heat transfer efficiency, increase energy consumption, corrosion of equipment, shorten the life of the system, and increase the cost of maintenance and replacement. This system removes calcium and magnesium ions, preventing scaling and corrosion, and also recycles and reuses brine, reducing fresh water purchases.

3. Meet the requirements of environmental protection

 Government standards for industrial wastewater discharge tend to tighten, this system can remove pollutants, so that the water quality meets the discharge standards, to avoid pollution of the environment, but also to realize the recycling of water resources, in line with the concept of sustainable development, to help enterprises establish a good image.

Ⅱ. The working principle of commercial brine treatment and purification system

1. Pre-treatment stage

 It is the first step of the system, the purpose is to remove large particles of impurities, etc., to protect the subsequent equipment. Common methods include grating filtration to intercept large solid particles, sedimentation using gravity to make the suspended matter sink, and air flotation by injecting bubbles to make the suspended matter float to the surface of the water to achieve solid-liquid separation.

2. Membrane separation stage

 It is the core link, the use of semi-permeable membrane selective permeability separation of ions. Common technologies include reverse osmosis (RO) to effectively remove most of the ions and organics; nanofiltration (NF) on the divalent ions retention rate is high, allowing some of the monovalent ions through the brine for softening and part of the desalination; ultrafiltration (UF) to remove macromolecules and colloids, reverse osmosis to provide the conditions.

3. Post-treatment stage

 After membrane separation treatment, post-treatment may be required to meet specific requirements. For example, the food processing industry needs to disinfect and kill microorganisms, and chemical production needs to adjust pH or add chemicals.

Ⅲ. Advantages of our commercial brine treatment and purification system

1. Advanced technology and equipment

We have self-developed advanced water treatment technology, combined with international leading membrane separation equipment to provide efficient and stable solutions. The reverse osmosis membrane has high desalination rate, low energy consumption and long service life, which can reduce the cost; equipped with advanced automation control system, it can be real-time monitored and remotely controlled, which can improve the operation efficiency and management level.

2. Customized solutions

Different industries have different needs, we provide customized solutions for each customer. Professional team according to the actual working conditions, water quality characteristics and processing requirements to assess the design, to ensure that meet the individual needs, whether small food processing plants or large chemical companies can tailor the system.

3. High-quality after-sales service

focuses on after-sales service, with a professional team to provide timely and efficient technical support and maintenance services. Installation and commissioning and daily operation of regular inspection and maintenance, problem solving to ensure stable operation; but also for customers to train operators to improve the ability of independent management.