Cryogenic purifier is an advanced equipment that uses low -temperature technology for gas separation and purification. It plays an important role in the field of industrial gas treatment and air purification, which can efficiently remove water, carbon dioxide, and other impurities, thereby enhancing the purity of the gas. Through liquid nitrogen cooling and molecular sieve, this equipment provides clean gas for various applications, and meets the modern industry's demand for high -quality gases.
Working principle
The working principle of cryogenic purifier includes three steps: liquid nitrogen cooling, adsorption and regeneration. First of all, cryogenic purifier uses liquid nitrogen as a cold source to cool and water and water in the liquefied air through its low temperature characteristics. After entering the deep -cold box from a low -temperature tank, liquid nitrogen quickly gasifies heat, reducing the temperature in the box, and providing an ideal environment for the deep cold process. In a deep cold box, low -temperature nitrogen adsorbing and freezing water vapor and carbon dioxide in the air to form solids, thereby achieving efficient separation and improving the purity of the gas. In order to maintain the continuous work of the purifier, the adsorbent needs to be regenerated regularly. The regeneration process is thawed and excreted through the heating adapter, so as to restore its purification ability and realize the recycling of the equipment.
Main functions
- Remove moisture and carbon dioxide: Use 13X and JLOX-300 molecules to remove moisture and carbon dioxide to prevent freezing.
- Filter particles: Remove dust, pollen and bacteria through multi -layer filters to adapt to different particles.
- Adsorbing odor and harmful gases: Activated carbon and other adsorption materials remove harmful gases such as formaldehyde, benzene, and sulfur dioxide.
- Bybinilica: Use ultraviolet or ozone technology to eliminate bacteria and viruses.
- A negative ion: A negative ion generator generates negative ions, combined with the particles in the air to improve the static electrical condition.
Popular science issues
Why does cryogenic Purifier need low temperature conditions?
Low temperature helps to separate different impurities in the gas, because each component will have different condensation points at different temperatures.
What is the difference between cryogenic Purifier and adsorption purifier?
Cryogenic Purifier is physically separated by reducing temperature, while adsorbing purifiers usually rely on adsorbents to capture impurities, suitable for high temperature operations.
What is the role of activated carbon in cryogenic Purifier?
Activated carbon is used to adsorbing harmful gases such as formaldehyde and benzene, and its tiny pores can effectively capture harmful molecules.
Cryogenic purifier has a significant advantage in improving gas purity and protecting the environment with its efficient separation capabilities and multi -functional characteristics. With the continuous innovation of technology, the application scope of this equipment will continue to expand, making greater contributions to sustainable development and resource optimization and utilization.
