MBBR integrated sewage treatment equipment in stock

MBBR integrated sewage treatment equipment in stockIt is an efficient sewage treatment equipment that combines the characteristics of activated sludge process and biofilm process. It adopts the Moving Bed Biofilm Reactor (MBBR) technology, which fills suspended fillers and aerates them to form biofilms on the surface of the fillers, thereby achieving the removal of organic matter in wastewater. This device has the advantages of high processing efficiency, small footprint, easy operation, energy conservation and environmental protection, and is widely used in urban sewage treatment, industrial wastewater treatment, rural sewage treatment and other fields.

MBBR integrated sewage treatment equipment in stockThe working principle is mainly based on the technology of moving bed biofilm reactor. The core part is to directly add suspended fillers with a density close to water into the aeration tank as active carriers for microorganisms. After microorganisms attach to the carrier, the floating carrier moves freely in the reactor due to the swirling and flipping effect of the mixed liquid. These carriers form suspended growth activated sludge and attached growth biofilm in the reactor, thereby achieving effective purification of wastewater. At the same time, due to the density of the filler being close to water, it can be mixed with water during aeration, which helps to facilitate sufficient contact between microorganisms and sewage and improve treatment efficiency.

Notes:

althoughSupply of MBBR integrated sewage treatment equipmentIt has many advantages, but in practical applications, the following issues also need to be noted:

1. High initial investment: MBR equipment is a comprehensive water treatment equipment with a high initial investment, suitable for small water treatment plants and high standard water treatment projects.

2. Membrane maintenance is difficult: The membranes in the equipment require regular maintenance and replacement, making management slightly more challenging. Therefore, a scientific maintenance plan needs to be developed during use to ensure the normal operation of the membrane.

3. High energy consumption: MBR equipment has a high energy consumption rate and requires a certain amount of energy. When choosing to use, it is necessary to comprehensively consider the environmental requirements and economic benefits of the project.