Q Q: 506615608
Air compressor post-treatment equipment is the key equipment to remove water, filter impurities, remove oil mist and other clean compressed air, which is the "barrier" for product quality and gas equipment. If this "barrier" fails, compressed air will be useless, or even become a "disaster". So, how can compressed air post-treatment technology or equipment take on this important task?
Throughout the actual situation of the industry, the purification technologies such as water removal, filtration and oil removal are not unique to the compressed air industry. At present, the purification technologies such as water removal, filtration and oil removal in the compressed air industry are also developed from the technologies of other industries or based on traditional technologies. In order to meet the production demand of high quality, low cost and low energy consumption in the new era, innovation is the only way, especially the continuous strengthening and deepening of technological innovation.
Although innovation has become the "standard slogan" of enterprises and entrepreneurs, how to carry out technological innovation in the compressed air after-treatment industry? What is the path of technological innovation? From what aspects or angles to carry out technological innovation? The path of technological innovation must focus on solving industry pain points, meeting customer needs and leading future development. We take the cold dryer as an example for brief analysis
From the principle point of view, the current freeze dryer (cold dryer) is through the refrigerant refrigeration technology, so that the water vapor in the compressed air condenses into droplets and is discharged through the automatic drain valve, so as to achieve the purpose of reducing the water content.
When the temperature of the inlet air increases by 5%, the air supply efficiency decreases significantly. Generally, when the temperature is higher than 38 ℃ and lower than 0 ℃, it can not operate effectively.
Because the refrigeration technology is used in the freeze dryer, the refrigerant evaporation temperature is not allowed to be lower than 2 ℃, otherwise it will freeze and block the pipeline, resulting in the compressed air can not pass through. So, can we broaden the range of the cold dryer to adapt to the ambient temperature through technological innovation? The answer is yes.
The air compressor precision filter is mainly used in the purification and impurity removal of compressed air, filtering the dust, water vapor, wear particles, oil and bacteria mixed in the compressed air. If the filtering effect is not good, a kind of extremely harmful corrosive sludge is formed by the mixture of dust, oil and water, which will quickly wear the pneumatic equipment, block the valve and corrode the pipeline, resulting in air leakage, tool and equipment damage, production stagnation, increased maintenance costs, product scrap, health and safety threats, and impact on the working environment.