Waste Oil Collector Manufacturers

What are the core technologies of Demargo's Condensate Treatment Separator in improving compressed air dryness?

Demargo's Condensate Treatment Separator adopts a series of core technologies in improving the dryness of compressed air. The coordinated operation of these technologies ensures that the equipment can efficiently remove moisture from compressed air and provide compressed air with dryness standards for various industries.

Efficient gas-liquid separation technology:
A specially designed gas-liquid separation structure is built inside the equipment. When the compressed air enters the separator, it first passes through a rapidly expanding area, in which the compressed air pressure drops rapidly and the flow rate slows down. According to the differences in physical characteristics of gas and liquid under different pressures and flow rates, moisture begins to separate from the gas due to its own gravity and inertia. Then, the compressed air enters a series of complex baffle channels, and the air flows tortuously between the baffle, further causing tiny water droplets to collide and gather together to form larger liquid droplets, thereby accelerating settlement and separation, greatly improving Gas-liquid separation efficiency effectively reduces the liquid water content in compressed air.

Advanced condensation technology:
Demargo comes with efficient condensation components in the Condensate Treatment Separator. Some models use refrigeration circulation systems to cool compressed air through an evaporator. When compressed air flows through the surface of the evaporator, the water vapor in it will condense into liquid water when it is cooled, and it will transform from gaseous to liquid, achieving initial separation of moisture. In some products that combine compressed heat regeneration technology, the waste heat generated during compressed air is cleverly utilized. After the compressed air is compressed, its temperature increases. At this time, the high-temperature compressed air is introduced into a specific heat exchanger, so that the water vapor in it is condensed in cold during the heat exchange process. This method not only realizes the separation of moisture, but also It can initially cool the compressed air, reduce the burden for subsequent drying treatment, and achieve energy-saving effects.

Multi-level filtering technology:
In order to further improve the dryness of compressed air and remove extremely fine moisture and other impurities, the equipment adopts a multi-level filtration system. After gas-liquid separation and condensation, the compressed air will pass through the filter element of different precisions in sequence. First, there is a coarse filter element that can intercept water droplets and solid impurities from larger particles; then a medium-effect filter element that captures finer moisture and micron-scale impurities; finally, there is a highly efficient fine filter element, which usually uses special filtering. Materials, such as fiber materials with high porosity and adsorption properties, can effectively remove submicron water droplets and oil mist remaining in compressed air, ensuring that the dryness of the compressed air output reaches extremely high standards, and meet the strict air quality requirements. Industry demand.