A detailed introduction to the basic principles of reverse osmosis industrial pure water equipment. First, let's talk about the working principle of industrial production level one pure water equipment: Industrial production level one pure water equipment, also known as level one reverse osmosis pure water machine equipment, is composed of a group of level RO membranes and water is made up of sand tanks. Carbon canister is a software that provides purified water extracted directly from the RO server after fine filtration for direct use at production water points. When the first level reverse osmosis pure water machine equipment is working, the original centrifugal water pump pressurizes the source water through a multimedia filter, quartz sand filter, reverse osmosis equipment, etc., and then pressurizes it through a high-pressure water pump, using a diameter of 1/10000 μ The RO reverse osmosis membrane (Ro membrane), which is equivalent to a small 1/6000 of the size of Escherichia coli and 1/300 of the virus, converts high concentration water into low concentration water and provides protection against large amounts of pollutants, heavy metals, bacteria, virus infections, and other residues that seep into the water. When the temperature is above 25 degrees Celsius, the conductivity of the effluent can be ensured to be within 10us/cm, and the desalination rate of the RO reverse osmosis host is above 99%, thus obtaining pure water that is clear to alcohol.

The working principle of industrial production secondary purified water equipment is that the water passing through the first stage of purified water will adjust its pH value, and then be sent to the second stage reverse osmosis system by the second stage high-pressure water pump to solve the problem, thus obtaining the entire process of passing through the water. The secondary reverse osmosis ultra pure water system selects different processing techniques for different raw water bodies. When the temperature is above 25 degrees, the conductivity of the effluent can be ensured to be within 2 us/cm. The secondary reverse osmosis purified water equipment can achieve a utilization rate of over 75%, and the conductivity of the water can reach 98%.

Working principle of industrial grade ultra pure water equipment: The electrodeionization (EDI) system software is mainly a scientific and reasonable sewage treatment technology that uses exchange membranes to select ions and purify the water body through efficiency, under the influence of a DC power field, based on the directional movement of positive ions generated by the electrolysis medium in the baffle water. In the middle of a pair of electrodes in an electrodialysis machine, there are usually multiple replacement and sorting elements (A, B), including a negative membrane, a positive membrane, and a baffle, forming a concentration chamber and a dilution chamber (i.e. positive ions can pass through the positive membrane, and cations can pass through the negative membrane). The positive ions in the dilute room water are transferred to the negative stage through the positive membrane, which is intercepted by the negative membrane in the concentrated room. The cations in the water are transferred to the positive stage direction through the negative membrane, which is intercepted by the positive membrane in the concentrated room. As the number of ions in the dilute room water gradually increases, it becomes diluted water. However, in the concentrated room water, due to the continuous influx of ions from the concentrated room, the ion concentration of the electrolytic medium continues to rise, becoming concentrated water to achieve elimination, purification, extraction, or special effects.

Working principle of industrial grade purified water equipment: Ultrafiltration membrane is a separation membrane that uses screening as the separation principle and burden as the driving force, with a filtration accuracy of 0.005-0.01 throughout the entire process μ Within the range of m, it can effectively remove particles, colloidal solutions, bacteria, pyrogens, and high molecular weight organic substances from water. It can be widely used for the separation, extraction, and purification of substances. The entire process of ultrafiltration membrane is air conversion and practical operation at room temperature. It is particularly suitable for the separation of thermosensitive substances and has good resistance to high temperature, acid and alkali, and air oxidation. It can be used for a long time under the conditions of 60 ℃ and pH 2-11.

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