In modern industrial production, dust emission control has become a key part of environmental protection, and plastic sintered plate dust collector, as a high-efficiency, low-resistance, long-life dust treatment equipment, has been widely used in various industrial fields. This article will focus on the treatment wind speed setting and treatment effect of the 10,000 air volume plastic sintered plate dust collector, and provide detailed technical reference for relevant personnel.
1. 10,000 air volume plastic sintered plate dust collector processing wind speed setting
The design of the 10,000 air volume plastic sintered plate dust collector first needs to determine the equipment size and internal structure layout according to the treated air volume. The setting of the processing air speed directly affects the filtration effect and operating resistance of the dust collector. In general, the recommended range of processing wind speed of the plastic sintered plate dust collector is 08～1.5 m/s。This is because too high wind speed will cause dust to penetrate the micropores of the plastic sintered board, reducing the dust removal efficiency; If the wind speed is too low, the air volume per unit time will be reduced, which will affect the overall processing capacity.
In practical application, for a plastic sintered plate dust collector with a volume of 10,000 (i.e. 10,000 cubic meters per hour), the wind speed needs to be accurately calculated according to the filtration area of the plastic sintered board. For example, if the total area of the sintered board is 100 square meters, the ideal wind speed should be 08 to 15 ms to ensure efficient filtration while maintaining low-resistance operation of the equipment.
Second, the treatment effect of 10,000 air volume plastic sintered board dust collector
1.Dust collection efficiency: The 10,000 air volume plastic sintered plate dust collector uses a unique sintered ceramic plate as the filter medium, and its surface is distributed with countless micropores, which has a very high collection efficiency for sub-micron dust. Under normal operation, the filtration efficiency of the dust collector can reach 99More than 9%, which can fully meet the national environmental protection emission standards and effectively reduce the impact of dust on the environment.
2.Long-term stability: The plastic sintered plate dust collector has good anti-wear and anti-corrosion performance, is not easy to clog, and adopts the pulse back-blowing cleaning method, which can maintain long-term stable filtration effect, long equipment operation cycle and low maintenance cost.
3.Energy-saving effect: due to the smooth surface of the plastic sintered board and the small wind resistance, the energy consumption of the plastic sintered board dust collector with 10,000 air volume is lower under the same processing capacity. Moreover, its built-in pulse cleaning system can achieve efficient cleaning without affecting the operation of the equipment, further reducing energy consumption.
4.Strong adaptability: The plastic sintered board dust collector fully considers the adaptability of different working conditions in the design, for the equipment with 10,000 air volume, whether it is high processing temperature, high humidity, high dust viscosity, or gas containing corrosive components, it can be ensured by selecting the appropriate plastic sintered board material and optimizing the ash cleaning procedure.
In summary, on the basis of setting the appropriate treatment wind speed, the 10,000 air volume plastic sintered plate dust collector can not only effectively capture all kinds of dust and achieve ideal purification effect, but also provide a reliable and efficient dust control solution for industrial production by virtue of its own advantages of high efficiency, low energy consumption and long life. With the continuous progress and improvement of technology, the performance of the plastic sintered board dust collector in practical application will be more excellent, and it will contribute an important force to the realization of green and sustainable development.