Introduction to the technological process of particulate compressed air filter

Introduction to the technological process of particulate compressed air filter

As the energy shortage becomes more and more serious, more and more people begin to pay attention to how to alleviate the energy shortage problem, and the use of particulate compressed air filters is becoming more and more widely used. The principle and process of air, let's explain it carefully.
Compressed air treatment using particle compressed air filter consists of several parts (filter or dry filter combination for pre-filtration, secondary filter / concentrator and concentration processing, etc.), product experts can help you plan a complete solution Program. Those who want to choose a filter themselves must first familiarize themselves with the filter-related functional data and can set uniform initial conditions (pressure, flow, ambient and inlet temperatures, relative humidity, etc.).
Compressed air has become the second largest energy source of modern industry in addition to electricity. The scale of compressed air as an energy source in developed countries has doubled approximately every 5 years. In the field of pharmaceutical production, it runs through processes such as fermentation, crystallization, drying, and filtration. In the production of antibiotics and other drugs, the quality of compressed air is extremely high. Not only is there no oil in the compressed air, but more importantly, it is dust-free and sterile. According to scientific statistics, compressing 8 cubic meters of air under normal pressure into 1 cubic meter can form 0.8 MPa of compressed air, and there will be 320 million to 400 million compressed air of more than 0.5 million in this 1 cubic meter of compressed air. Micron dust particles. In addition, the atmosphere will be brought into the lubricating oil and mechanical debris of the air compressor during the compression process. And the compressed air will have a lot of supersaturated water vapor re-reduced into water droplets. If the moisture, dust, grease, etc. present in the compressed air cannot be removed in time, the gas pipeline will be rusted and blocked, resulting in malfunction of pneumatic components and wear of mechanical seals, which may cause inestimable loss. In addition, when compressed air is used as a carrier of oxygen or nitrogen gas is used to provide gas protection, the biochemical culture failure and the pollution of medicines will also be caused by the pollutants and bacteria introduced by oil, water and dust. Therefore, obtaining oil-free water, dust-free and sterile compressed air is not an easy task for enterprises.
In compressed air systems, pollution can cause serious problems. Because air can be compressed, pollutant particles are also drawn into the compressor during compression. In a 0.8MPa system, the amount of pollutants in the compression system is strengthened 8 times. At this moment, these pollutant particles can cause severe damage to products produced using compressed air. These pollutants are pipe dust, wear particles, soot from the combustion process, and microorganisms.