Compression heat regeneration adsorption dryer achieves a drying effect through "temperature change". Because the ability of air to hold water vapor is directly proportional to temperature. The internally heated adsorption dryer allows a small amount of dry air (called regeneration air) to flow through the desiccant layer that needs to be regenerated and starts the heater built into the barrel. The high-temperature air generated will suck out the moisture in the desiccant air. Take it out of the dryer. The externally heated attached dryer allows a small amount of dry air (called regeneration air) to flow through an external heater and then blow through the desiccant layer that needs to be regenerated. The high-temperature dry air generated will suck out the moisture in the desiccant. Take it out of the dryer. The other type of externally heated adsorption dryer uses a blower to blow ordinary air through an external heater installed in the barrel. The high-temperature air generated can suck out the moisture in the desiccant and take it out of the dryer. This externally heated adsorption dryer does not need to consume compressed air, that is, the regeneration gas consumption is 0%.
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View More1. Technology integration and innovation
Demargo fully absorbed advanced technical concepts at home and abroad when developing Compressed Heat Regenerated Adsorption Dryer. The company actively introduced advanced foreign drying technology and design concepts, which are usually characterized by high efficiency, energy saving, and environmental protection, providing a solid foundation for Demargo's product research and development. Demargo did not simply copy foreign technology, but combined with domestic actual working conditions and needs, and carried out a lot of technical innovation and optimization.
In the selection of adsorbents, Demargo used high-performance adsorption materials such as activated alumina or molecular sieves. These materials have strong water absorption capacity and good stability, which can ensure that they can still maintain efficient drying effects under harsh working conditions. Demargo also optimized the structural design of the adsorption tower, improved the utilization rate and regeneration efficiency of the adsorbent, and further improved the overall performance of the dryer.
2. Accurately grasp the domestic working conditions
The use environment of domestic air compressors is complex and diverse, and the working conditions in different regions and industries are significantly different. In order to ensure that the compression heat regeneration adsorption dryer can adapt to various working conditions, Demargo conducted in-depth market research and working condition analysis.
The company worked closely with users to understand the needs and pain points of users in actual use, such as the range of changes in parameters such as pressure, temperature, and humidity of compressed air, as well as the specific requirements of users for dryer performance, stability, and maintenance convenience. Based on this information, Demargo carried out targeted design and optimization of the dryer to ensure that it can operate stably under various working conditions and meet the actual needs of users.
3. Product Features and Advantages
Combining advanced domestic and foreign technologies with actual domestic working conditions, the compression heat regeneration adsorption dryer developed by Demargo has the following significant features and advantages:
Efficient and energy-saving: Using compression heat regeneration technology, the high-temperature air discharged from the air compressor is used to heat and regenerate the adsorbent, without additional energy consumption, which greatly reduces the operating cost. At the same time, by optimizing the regeneration process and control strategy, the energy utilization efficiency is further improved.
Stable and reliable: The equipment has a compact structure and reasonable design, and key components are made of high-quality materials to ensure the stability and durability of the equipment. It is also equipped with a complete fault detection and alarm system, which can detect and deal with potential problems in time to ensure the continuity and stability of production.
Intelligent control: The use of advanced control systems and sensor technology realizes real-time monitoring and intelligent control of the operating status of the dryer. Users can adjust the operating parameters of the equipment according to actual needs to achieve the best drying effect and energy saving effect. The intelligent control system also greatly simplifies the operation and maintenance process of the equipment.
Wide applicability: In response to the needs of different industries and working conditions, Demargo provides a variety of specifications and models of compressed heat regenerated adsorption dryers for users to choose from. Whether it is an oil-free air compressor or a full oil air compressor, whether it is a small flow or a large flow demand, you can find a suitable equipment solution.
4. Market application and feedback
Demargo's Compressed Heat Regenerated Adsorption Dryer has been widely used in many industries such as power, shipbuilding, aerospace, electronics, metallurgy, machinery, automobile manufacturing, petroleum, chemical industry, and textiles. User feedback shows that these devices not only have excellent drying effects and energy-saving performance, but also have stable and reliable operation and convenient maintenance. Especially in some fields with extremely high requirements for compressed air quality, such as semiconductor manufacturing and food processing, Demargo's dryers have demonstrated their unique advantages.