GB/T 18605.1-2001
Natural gas-Determination of hydrogen sulfide content Part 1: Lead acetate reaction rate dual photo path method (English Version)
- Standard No.
- GB/T 18605.1-2001
- Language
- Chinese, Available in English version
- Release Date
- 2001
- Published By
- General Administration of Quality Supervision, Inspection and Quarantine of the People‘s Republic of China
- Status
- 2010-12
- Replace By
- GB/T 11060.3-2010
- Latest
- GB/T 11060.3-2018
- Scope
- This standard specifies the test method for the determination of hydrogen sulfide content in natural gas by the lead acetate reaction rate method. This standard applies to the determination of hydrogen sulfide (H.S) content in natural gas. The air is undisturbed. Applicable hydrogen sulfide content (volume fraction θ ranges from 0.1×10 to l6×10~, about 0.1 m9/m3 to 22 m9/m3; and can be extended to 100% hydrogen sulfide by manual or automatic volume dilution. Also Applicable to the determination of hydrogen sulfide content in liquefied petroleum gas (LPG), natural gas substitutes and fuel gas mixtures. This standard does not address all the safety issues related to its application. Before use, the user of this standard is responsible for formulating corresponding Safety and health measures, and clarify their limited scope of application.
GB/T 18605.1-2001 history
- 2018 GB/T 11060.3-2018 Natural gas─Determination of sulfur compound─Part 3:Determination of hydrogen sulfide content by lead acetate reaction rate dual photo path method
- 2010 GB/T 11060.3-2010 Natural gas.Determination of sulfur compound.Part 3:Determination of hydrogen sulfide content by lead acetate reaction rate dual photo path method
- 2001 GB/T 18605.1-2001 Natural gas-Determination of hydrogen sulfide content Part 1: Lead acetate reaction rate dual photo path method
GB/T 18605.1-2001 Natural gas-Determination of hydrogen sulfide content Part 1: Lead acetate reaction rate dual photo path method was changed to GB/T 11060.3-2010 Natural gas.Determination of sulfur compound.Part 3:Determination of hydrogen sulfide content by lead acetate reaction rate dual photo path method.
