04
2022-05
A zero-purge regenerative adsorption dryer uses approximately 15% of the finished gas to purge and regenerate the adsorbent in the regeneration tower. Its advantages are simple structure and easy maintenance; its disadvantages are high gas consumption, high energy grade, small effective gas supply, and sometimes unstable dew point.
01
2022-05
Adsorption dryers can be roughly divided into three types based on the regeneration method and temperature of the adsorbent: those that regenerate without consuming gas, those that use heating, and those that use slight heating. Today, this article briefly introduces the advantages, disadvantages, and energy consumption comparison of slightly heated and gas-free regeneration adsorption dryers.
22
2022-04
Currently, the power consumption of various compressors in use in China accounts for nearly 10% of the country's total power generation. The accompanying gas-saving regenerative adsorption dryers mainly use non-thermal regeneration and micro-thermal regeneration, with regeneration energy consumption as high as 15%~20%. Energy-saving blowers and compression heat dryers, which have been vigorously promoted in recent years, also have certain application limitations and need to be improved and modified according to different regions and uses. In order to further pursue energy saving and emission reduction, some new technologies and processes have been developed and applied, such as zero emission.
20
2022-04
Some small knowledge points about adsorption dryers with energy-efficient regeneration?
The application of regenerative adsorption dryers without air consumption is very wide. With the development of science and technology, its types are diverse, and it has many advantages when used. Because many netizens often consult its relevant knowledge points online, as a manufacturer, we naturally want to give you a brief introduction. If you want to know, please take a look.
15
2021-10
Applications in low-temperature compressed air generation
In some cases, users require low-temperature compressed air, such as for simulating high-altitude air environments, which requires -55℃ compressed air.