The Process Principle of Aerobic Biochemical Technology in Asphalt Mixing Plant

The Process Principle of Aerobic Biochemical Technology in Asphalt Mixing Plant
Professional manufacturers of asphalt mixing plants, asphalt concrete mixing plants, stabilized soil mixing plants, and concrete mixing equipment
Asphalt mixing plant is a commonly used equipment in the construction industry. The internal system of this equipment has many process links, and aerobic biochemical technology is one of the important links. The main purpose is to fill the reactor inside the asphalt mixing equipment with oxygen, ensure the dissolved oxygen required for the mixing medium inside the equipment, and fully mix the mixing medium inside the reactor, Provide them with living space and favorable reaction conditions for the degradation of organic matter.
Aerobic biochemical technology is considered a relatively expensive method in the process of asphalt mixing equipment, mainly because the equipment consumes a lot of electricity for mixing and oxygenation. At present, it seems that the aerobic aeration process with stirring medium in equipment generally has low efficiency, but the energy consumption is high. Generally speaking, the energy consumption cannot be fully converted into working efficiency, and a lot of electrical energy will be wasted in vain. The volume of the aeration tank in the equipment and the investment in internal system components are both large, which makes it easy for the stirring medium in the equipment to not absorb and uneven.
With the continuous increase in the structure and raw material costs of asphalt mixing plant equipment, the relevant operators and internal systems of asphalt mixing equipment need to be improved and upgraded. Only by improving the technical skills of internal systems and equipment, as well as the professional skills of operators, can the use effect of asphalt mixing equipment be maximized.
The design and selection of asphalt mixing equipment have a certain impact on the mixing medium inside the system, and aeration rate is also an important factor. Increasing the internal oxygen transfer speed as much as possible can improve the service life of the mixing equipment and provide internal maintenance.