The production and testing of the air separation plant are carried out in strict accordance with international standards to ensure its safety and reliability. The purity of the produced gas can be adjusted according to the company's requirements, which is convenient for operation and maintenance.
Air separation equipment includes: centrifugal air compressor, air pre-cooling system, purification system; booster turbo expander, fractionation system, oxygen compression system; nitrogen compression system, liquid storage system, instrument control system and electronic control system
This equipment can be customized with various specifications of gas according to user needs, suitable for metallurgy, chemical industry, fertilizer and other industries; petroleum, non-ferrous metals, new materials, optoelectronics, etc.
Air separation equipment can be categorized into large-scale industrial systems and small portable devices. The large-scale equipment is used in industrial production and large projects, while the small-scale equipment is suitable for laboratories, medical institutions, and portable applications.
Air separation equipment finds extensive applications in industries such as petrochemicals, electronics manufacturing, food and beverage, metal processing, and healthcare.
KDON-1800/1800 The invention can be applied to industrial production of high-purity gas, and has the characteristics of stable operation, safety, easy operation and maintenance.
The design and manufacturing of air separation equipment adhere to strict quality control and safety standards. They often incorporate advanced automation systems and safety features to ensure safe and reliable operations
KDN-1500/100Y The air separation equipment of the present invention is purified by molecular sieve, the pressurized turboexpander provides refrigeration for the auxiliary equipment, and the completely distilled hydrogen-free argon production technology is adopted.
With technological advancements, air separation equipment continues to evolve and improve. Newer models offer higher efficiency, compact sizes, and lower energy consumption, providing better user experiences and cost-effectiveness.