Industrial oxygen generators utilize air separation technology to compress air at high density. By leveraging the differing condensation points of various components in the air, they facilitate gas-liquid separation at a specific temperature, followed by further distillation to produce oxygen. Indus

Safety operating procedures and maintenance guidelines for industrial oxygen generators are critical for ensuring the normal operation of the equipment, extending its service life, and safeguarding the safety of operators. The following are some key safety operating procedures and maintenance recommendations:

In today's vast and complex industrial system, industrial oxygen generators play a crucial role, functioning like a silent yet vital heart that supplies essential “oxygen blood” to numerous industries, thereby supporting the vigorous development of modern industry.The working principle of industrial oxygen generators is based on air separation technology. Air is a mixture of various gases, with oxygen accounting for approximately 21%, nitrogen for about 78%, and the remainder consisting of small amounts of carbon dioxide, argon, and other gases. The primary task is to separate oxygen from the other components in the air. Common separation methods include cryogenic separation and pressure swing adsorption (PSA).

Industrial oxygen generators play a pivotal role in the realm of metallurgy, revolutionizing the way this industry operates. As metallurgical processes demand high-quality oxygen for various applications, the benefits of utilizing industrial oxygen generators in metallurgy are undeniable. From enhan