GB/T14599-1993 High Purity Oxygen Technical Specifications
High purity oxygen is a gas used to perform a variety of industrial processes. It is used in a variety of industries such as electronics, chemical, and medical industries. In order to meet the high demands of industries, GB/T14599-1993 was introduced to set technical specifications for high purity oxygen.
GB/T14599-1993 offers a variety of safety guidelines related to the handling of high purity oxygen. These include the protection of personnel from injury or harm due to contact with oxygen, the prevention of explosions or fires, and the maintenance of equipment. Specific safety guidelines include wearing safety glasses, gloves and clothing, controlling concentrations of oxygen within the workplace, monitoring for leakage and residues, and following all applicable regulations.
These technical specifications also set requirements for the actual properties of the high purity oxygen. This includes oxygen content, hydrocarbon peaks, and oxygen purity and residuals. The maximum total impurities are determined and defined, such as water, carbon monoxide, carbon dioxide, and other hydrocarbons.
The standard also contains provisions for sample analysis method, acceptance criteria, and inspection and testing. These requirements include physical tests and analytical tests. Physical tests include appearance, odor, and bubbling pressure. Analytical tests include chromatography, a flame photometric test, and a sulfur dioxide test.
Finally, GB/T14599-1993 provides certification requirements for high purity oxygen. This certification must be issued by an authorized organization and it must meet the requirements in the specification. The aim of the authentication is to confirm the integrity of the high purity oxygen and to ensure that it complies with all safety requirements and contains the required components.
In summary, GB/T14599-1993 provides a comprehensive set of technical specifications for high purity oxygen. It includes safety precautions, physical and analytical testing requirements, and certification requirements to ensure that the high purity oxygen meets industry standards and to protect personnel from harm. This standard ensures that high purity oxygen is safe to use in a variety of industrial processes, helping to ensure optimal performance.
