Integrated sewage treatment equipment is a very convenient and highly efficient device, which plays a very efficient role in sewage treatment. If we want to use it, how should we design it?

When designing integrated sewage treatment equipment, the process engineer initially considered the matching of the processing technology of the machinery and the water output. The general biochemical processes such as AO, A2O, SBR, and microbial roulette are all applicable to the first level B water body regulations; The composition processing technology and MBR process are suitable for the more stringent first level A water output. After clarifying the integrated wastewater treatment process, structural designers and process engineers must use various formulas to calculate the capacity of each reaction tank inside the machinery and equipment, indoor space, waiting time for hydraulic engineering, hydrolysis and acidification tank methods, and so on.

The design of integrated sewage treatment equipment is mainly aimed at solving the problems of domestic sewage treatment and similar industrial production organic chemical wastewater. The key solution is to use the relatively complete biochemical solution technology touch air oxidation method at present. The main parameters of water body design are also calculated based on the design of general domestic sewage treatment water bodies, calculated based on the average seepage water level of BOD5200mg/l, and the water output of BOD5 is calculated based on 50mg/l. The existing six parts include: (1) initial sedimentation tank (2) contact oxidation tank (3) secondary sedimentation tank (4) disinfection tank, disinfection and sterilization equipment (5) sludge tank (6) fan room and centrifugal fan.

Usually, the source water is measured and tested according to environmental standards. Then, a sample of the source water is taken for testing to clarify the processing technology. Then, the wastewater treatment site facilities are discussed with the customer and construction begins. Actually, different types of sewage are designed with different equipment. Everyone has done a lot in different fields.

The internal structure of integrated sewage treatment equipment is complex, with a variety of internal components. The entire installation process must be strictly carried out according to standards, and its production process has dozens of process flows. There are various integrated equipment used in new wastewater treatment projects, some of which must be buried while others must be above ground. The development of all new products is not achieved overnight. Before clarifying the production line equipment, technical engineers will first make multiple physical models, simulate real wastewater, and improve the products based on personal experimental data information. Production and manufacturing will not be assigned until the data testing is stable and qualified.

According to the high-efficiency AO touch air oxidation process, it has strong impact resistance, environmental protection, energy conservation, and high efficiency. The use of fixed bed reactor tablet filling material has a high sludge settling ratio and strong denitrification ability. Integrated filtration device with clear water output. Equipped with a dedicated deep solution control module to ensure that the water output is qualified. Integrated Hongji Intelligent Environmental Protection Cloud Service Platform, Truly Achieved Unmanned. Individual population covered: 250-2000 people. Energy consumption per ton of water: 0.4~0.6 kWh/ton of water.

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