Categories | Exhaust Gas Recovery System |
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Brand Name: | Gasregen |
Certification: | c o c |
Place of Origin: | China shanghai |
MOQ: | From 1 unit |
Price: | bargain face-to-face |
Payment Terms: | T/T |
Delivery Time: | 1-2months |
Packaging Details: | Depending on product volume |
We Shanghai Yue Shen Energy Technology Co., Ltd. in the argon recovery device in the drying of the first level of purification play what role?
First: remove water and impurities
Drying role.
Argon recovery process, may be mixed with a certain amount of water
or other volatile impurities. These impurities, if not removed, may
affect the purity of argon and subsequent use.
Drying primary purification can effectively remove the water in
argon gas and ensure the dryness of argon gas by adopting desiccant
(e.g. anhydrous calcium chloride, anhydrous sodium sulfate, etc.)
or drying equipment (e.g. drying tower, dryer, etc.).
Purification effect.
In addition to the removal of moisture, primary purification may
also involve the removal of other impurities. For example, solid
impurities such as dust, particles, oil mist, and some gas
impurities (e.g., nitrogen, oxygen, etc.) can be removed from argon
by filtration, adsorption, and other methods. These purification
steps help to improve the purity of argon gas and meet the
requirements for subsequent use or reuse
Translated with DeepL.com (free version)
II. Protecting Equipment and Improving Safety
Protection of equipment.
Dry primary purification removes corrosive substances and
impurities from argon, preventing them from corroding and damaging
compressors, purifiers, storage tanks and other equipment in the
recovery unit.
This helps to extend the life of the equipment and reduce repair
and replacement costs.
Improved Safety.
Removing impurities and moisture from argon also reduces the risk
of explosions and fires. For example, moisture and certain
impurities can trigger chemical reactions at high temperatures to
produce flammable and explosive gases.
Dry primary purification ensures the safety and stability of argon
gas and avoids potential safety hazards!
III. Improve recovery efficiency and purity
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