flow meter for oxygen pipeline

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2. Common values of pipeline flow rate, how much do you know? The discussion on the flow rate limit value of oxygen pipelines focuses on the key elements to ensure engineering safety. As one of the hazardous media, the flow rate control of oxygen pipelines is crucial, with the main goal of preventing combustion accidents caused by particle impact and controlling mechanical impacts such as vibration. The domestic flow rate control standards are mainly based on Table 9 of GB 16912-2008 "National Standard for Safety Technical Regulations for the Production of Oxygen and Related Gases by Deep Freezing Method". This standard is based on the European Gas Association standard IGC and domestic practical experience, and is mandatory for implementation. In addition, Table 11.0.8 in GB 50030-2013 "Design Code for Oxygen Stations" also provides guidelines for flow rate control, similar to GB 16912, but with different definitions of pressure. The distinction between design pressure and working pressure results in differences in their application. Early domestic standards such as Table 8 and Table 9 of the Oxygen Safety Regulations of the Ministry of Metallurgical Industry also provide a basis for flow rate limitations. Internationally, the European Gas Association standard IGC DOC 13/20 "OXYGEN PIPELINE AND PIPING SYSTEM" proposes formulas and charts based on experimental results and practical experience in sections 4.4.2 and 4.4.3 as a reference for flow rate control. Through these standards and references, the maximum allowable flow rate of oxygen pipelines is clarified, ensuring engineering safety and efficiency. Specific values and conditions should refer to the detailed provisions of each standard.

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