MBR membrane Advantages of using in hospital sewage treatment

1. It has strong purpose for bacteria and virus infection

Overfiltering of bacteria is a difficult problem for hospital sewage treatment, and it is also a blind spot for traditional sewage treatment equipment. Once bacteria and viruses infect and pollute urban drinking water, it will also harm everyone's physical and mental health. Taking the common coliform bacteria as an example, the traditional treatment process is to manually promote chlorine dioxide, sodium hypochlorite solution and other disinfectants to carry out sterilization and disinfection, which not only increases the cost of labor, but also makes it difficult to manipulate the dosage of drugs, and the situation of insufficient or excessive dosage often occurs. The MBR integrated sewage treatment equipment not only eliminates the need for human to promote disinfectant, but also ensures the reasonable killing of bacteria and viruses. At the same time, the test data shows that the sludge load of MBR processing technology on coliform in hospital wastewater reaches 98%.

2. The total floor area is in line with the specific construction of the hospital

The traditional sewage treatment system must occupy a large total area, which is equivalent to a consumption of land resources for hospitals. From the perspective of funds, hospitals focus more on selecting sewage treatment equipment that has a very good effect, while occupying a small total area. MBR integrated treatment equipment has greatly reduced the land area, and the coupling between its machinery and equipment components is very high, which will not interfere with the actual effect of sewage treatment due to the reduction of machinery and equipment, and greatly enhance the utilization rate of floor plan and indoor space. MBR sewage treatment equipment can ensure that every hospital has its own sewage treatment system, and then carry out sewage treatment immediately and efficiently, which not only reduces the probability of environmental pollution, but also reduces the working pressure of sewage treatment in large cities.

3. Automation technology Sewage treatment

Different from traditional sewage treatment equipment, MBR membrane integrated sewage treatment equipment has completed the intelligent operation of sewage treatment. It uses software to control the operation and termination of the system and monitor the operation of the system and the actual effect of sewage treatment anytime and anywhere. The completion of automation technology greatly reduces the difficulty coefficient of the actual operation of machinery and equipment, and saves a large number of labor costs and capital investment. At the same time, according to the assisted management method of instruments and meters, the whole process of hospital sewage treatment can be manipulated faster.

In recent years, hospital sewage treatment has gradually attracted the attention of the general public, because hospital wastewater often contains a variety of drugs, compounds, radioactive elements and other medical wastes, which are very likely to lead to obvious environmental pollution if not solved well. The traditional way of hospital sewage treatment also faces the constraints of various factors such as the total area of machinery and equipment, the cost of machinery and equipment operation, and the quality of sewage treatment. The occurrence of MBR integrated sewage treatment equipment has just filled the gap between traditional machinery and equipment, and has been widely recognized. Our MBR sewage treatment equipment has already been used in the sewage treatment systems of many hospitals. MBR integrated sewage treatment equipment has a small footprint, high automation technology The advantages such as the very good effect of purified water have already been widely recognized in the hospital sewage treatment level, and the processing technology and structure of machinery and equipment have also been gradually improved, which will certainly obtain more common application fields and development trends in the future urban sewage treatment system.