Air Separation unit (ASU)
Capacity Range：Our equipment offers a wide capacity spectrum, ranging from 80 Nm³/h to 120,000 Nm³/h.
Product Portfolio：We provide air separation units in large, medium, and small scales, along with liquid plants, liquefaction plants, high – purity nitrogen generators, and rich oxygen units.
Application Fields： Metallurgy, Steel, Chemical Industry (Petrochemical Industry， Coal Chemical Industry), Machinery, Environmental, Electronics, Pharmaceutical, Glass, Tires, Nuclear Industry, Aerospace, Polysilicon, Energy, etc.
Liquid Air Separation Unit
OVER POWER employs diverse advanced processes, such as the air cycle process, nitrogen cycle process, and low - temperature refrigerating process. These innovative techniques are specifically designed to minimize power consumption. By leveraging these state of the art processes, our Liquid Air Separation Unit not only enhances energy efficiency but also ensures a more sustainable and cost - effective solution for separating air into its liquid components. This approach allows us to meet the high - quality liquid gas demands of various industries, including but not limited to the cryogenic, chemical, and food and beverage sectors, with reduced environmental impact and lower operational costs.
Separation Unit
Separation
☑Small-scale Liquid Air Separation Unit
☑External Liquefaction Unit
Nitrogen Generation Unit
Nitrogen Generation Units are designed and built with the highest standards of reliability and efficiency to meet customers’ various demands. The control system can be with remote control and full automation, if it is required by customers.
☑Standard Nitrogen Generator
☑High-efficiency Nitrogen Generator
Air Separation Unit (ASU)
OVER POWER employs diverse advanced processes, such as the air cycle process, nitrogen cycle process, and low - temperature refrigerating process. These innovative techniques are specifically designed to minimize power consumption. By leveraging these state of the art processes, our Liquid Air Separation Unit not only enhances energy efficiency but also ensures a more sustainable and cost - effective solution for separating air into its liquid components. This approach allows us to meet the high - quality liquid gas demands of various industries, including but not limited to the cryogenic, chemical, and food and beverage sectors, with reduced environmental impact and lower operational costs.