In large-scale industrial gas production, the Cryogenic Distillation Column (also referred to as the fractionation tower or distillation column) serves as the core thermodynamic separation unit. Operative within air separation units (ASUs) and lique...

Nitrogen is an indispensable utility across modern manufacturing, chemical synthesis, metallurgy, and electronics fabrication. While smaller or medium-scale demands are frequently satisfied by Pressure Swing Adsorption (PSA) or membrane units, appli...

Industrial gas supply is a critical backbone for modern manufacturing, energy, and chemical infrastructure. Among the various gas separation methods available today, the Cryogenic Air Separation Plant (often referred to as an Air Separation Unit or ...

Traditional air separation plant operation relies heavily on on-site personnel, with slow fault response and high inspection costs. Fengyun Fluid integrates IoT technology into products and services, establishing a "remote center + localized O&M"...

A cryogenic nitrogen system consists of highly integrated process equipment. The distillation column separates oxygen and nitrogen by boiling point differences, requiring strict temperature and pressure control. The main heat exchanger handles air pr...

Cryogenic air separation technology separates oxygen, nitrogen, and argon by their boiling point differences in distillation columns, producing high-purity gases up to 99.999% for semiconductor, chemical, metallurgical, and food industries. Applicati...

Traditional gas supply methods have long faced challenges including high logistics costs, unstable supply, and uncontrollable purity. On-site gas generation is becoming the preferred choice for more industrial users. In semiconductor manufacturing, l...