GB/T 28727-2012 in English

SUPERSEDED

Gas analysis—Determination of sulfides—Gas chromatograph with flame photometric detector

Issued on:2012-09-03
Implemented on:2013-02-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $150.00
$146.00

Standard No:	GB/T 28727-2012
Document status:	SUPERSEDED
Superseded by:	GB/T 28727-2025 Gas analysis—Determination of the contents of trace sulfur compounds in gases—Gas chromatography with flame photometric detector
Superseded on:	2026-03-01
Title in English:	Gas analysis—Determination of sulfides—Gas chromatograph with flame photometric detector
Title in Chinese:	气体分析硫化物的测定火焰光度气相色谱法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2012-09-03
Implemented on:	2013-02-01
ICS Classification:	71.040.40-Chemical analysis
Chinese Classification:	G86-Industrial gas and chemical gas
Professional Classification:	GB-National Standard
Related Keywords:	gas chromatograph gas analysis determination sulfides gas chromatograph methanol synthesis gas ammonia synthesis gas
Related Topics:	How to Analyze Gas Chromatography Sulfide Flame Luminosity Gas Chromatography Resolution Disulfiram spectrum Gas Qualitative Analysis Gas chromatography semi-quantitative analysis Gas Chromatography + Resolution gas analysis Gas chromatography standard gas gas analysis Calculation method for gas chromatography analysis Phase Analysis Test Method Correlation Chromatography How to use chromatographic analysis of gas Gas chromatography standard gas Liquid Spectroscopy Optimum concentration for gas chromatography Gas Spectrometer Gas Spectrometer GC volume How Gas Chromatography Quantitatively Analyzes Phase Analysis Detection Determination of Zirconium by Flame Photometry Gas Chromatography Quantitative Analysis Basis Basis for Quantitative Analysis by Gas Chromatography Where does gas chromatography fire Gas Chromatography Data Analysis Chromatography gas Gas Chromatography Liquid Phase Gas Chromatography Analyzer Gas Chromatography Flue Gas Analyzer Determination of C2 by Gas Chromatography and Flame Ion Chromatography spectrum of each object Gas phase analysis substance Each object spectrum Gas Chromatography Data Analysis Qualitative and quantitative analysis of gas chromatography Online Gas Chromatography Analysis Gas chromatography online analysis Gas chromatographic analysis of benzene series GC volume Naphthalene Gas Chromatography Analysis Gas Chromatography Resolution Liquid Phase Analysis Gas chromatography analysis program Quantitative Methods for Gas Chromatographic Analysis Gas Chromatography Peak Concentration How to Analyze Gas Chromatography Gas Chromatography of Sulfide in Water Basis for Quantitative Analysis by Gas Chromatography Gas chromatography solid Abnormal ignition of gas chromatography Gas Chromatography Product Peak Gas Chromatography Test Concentration gc gas chromatography analysis How Gas Chromatography Analyzes Data Gas Chromatography Analysis Tube Gas Mass Spectrometry Gas Chromatography Resolution Qualitative and quantitative analysis by gas chromatography Is gas phase used for gas analysis? What does gas chromatography analyze? Gas Chromatography Analyzer How does gas chromatography analyze Gas phase gas What does gas chromatography analyze? How to analyze gas chromatography data Solid Phase Analysis gas chromatograph flame flame gas Chromatographic secretion Sulfide spectrum Spectrophotometric Gas Chromatography Gas Spectroscopy What is the purity of gases used in gas chromatography? How Spectrometers Analyze Gases gc gas chromatography analysis Crystal Phase Analysis How to Analyze Gas Spectra GC Gas Purity Gas Chromatography Total Sulfur Gas Chromatographic Purity Analysis Gas Chromatographic Purity Analysis Gas Purity for Gas Chromatography gas spectrometry spectrometer gas Spectral Gas Analysis gas chromatography Spectroscopic analysis of gases Gas Chromatography Gas Peak Position Standard Gases for Gas Chromatography Gas Spectroscopy Gas phase molecular sulfide analyzer Gas Chromatography Ignition Peak Gas Spectroscopy Derivatization methods commonly used in gas chromatographic analysis temperature chromatography Gas Chromatography Analysis Window Spectroscopic analysis of gases Purity Analysis by Gas Chromatography Outdoor Spectroscopic Gas Analysis Chromatographic Analysis of Trace Sulfides Spectral Gas Analysis Gas phase + separation How to analyze gas chromatography data GC Gas Purity chromatographytwo-phase Determination of sulfide Chromatographic temperature spectroscopyfor liquids Spectra and Gases Flame Photometric Analysis eluting from the chromatogram Gas chromatography + standard gas Flame Luminosity Gas Chromatography Gas Chromatography Analysis Gas Chromatographic Quantitative Analysis Method Spectra of major gases gas analysis, spectrometer Spectroscopy Gas Gas Chromatography Resolution Gas Mass Spectrometry Qualitative and quantitative analysis of gas chromatography Gas Analysis% Gases for spectrometers Colorimetric analysis Liquid Spectroscopy Gas Chromatography Analysis Method chromatographic two-phase Gas Chromatographic Analysis Chromatographic Peaks Sulfide standard flame color Qualitative and quantitative analysis by gas chromatography gas phase detection Sulfur Gas Analyzer How about sulfide gas sulfide gas Spectrometers analyze gases Gases for Chromatography Gas Chromatography - Flame Photometric Detector Method Gas Phase Flame Photometric Detector Determination of sulfide in gas Determination of sulfide multispectral gas Purity of Gases in Gas Chromatography Spectrophotometry and Chromatography Hydrogen Flame Gas Chromatography Chromatography photometer ion flame gas chromatography Gas Phase Flame Photometric Detector Analysis of flue gas by gas chromatography sulfide gas Spectral Gas Analysis Analytical Gas Chromatograph Calculation method for gas chromatography analysis Gas Chromatography Gas Components Analysis of sulfur What does gas chromatography analyze a mixture of Carbon Disulfide Determination Gas Chromatography Gas phase test analysis Gas Chromatography Flue Gas Analysis Gas phase analysis of mercaptans gas sulfide Gas Chromatography Peak Resolution gas spectrometry gas detection gas Gas Chromatography Peak Analysis Sulfide Gas Chromatography Detection Chromatography Gas Purification Qualitative and quantitative analysis basis of gas chromatography GB/T 28727-2012 Gas Detection Chromatography Analytical Gas Chromatograph Gas Analysis Spectrometer object chromaticity Organic Sulfur Flame Photometric Detector Gas Chromatograph Definition Flame Photometric Detector for Gas Chromatography The gas chromatographic carrier is roughly Sulfide spectroscopy of water gas phase gas composition GC peak volume Determination of gas spectrum temperature chromatography During gas chromatographic analysis gas for spectroscopy gas chromatography english chromatographic ignition colorless flame Gas Chromatography and Liquid Chromatography flame photometric gas Gas Analysis Spectrometer Gas Analysis Spectroscopy What about gas chromatography two-phase Derivatization methods commonly used in gas chromatographic analysis chromatographic two-phase Basis for Quantitative Analysis by Gas Chromatography Analyzing the Spectrum of a Gas Gas Chromatography Analysis Technique spectrometer gas Chromatographic stationary phase How to analyze the components in gas chromatography Gas Chromatography Secondary Ignition How does gas chromatography perform qualitative and quantitative analysis The amount of gas and the gas spectrum Flame Photometric Analysis Flameless Analysis of Beryllium in Water gas sulfide GB/T28727-2012 GBT28727 GB/T 28727-2012 Sulfur Analysis in Gas Gas Chromatographic Analysis Normalization Method Gas Chromatographic Analysis Normalization Method Sulfide standard curve absorbance Gas chromatography can analyze based on chromatographic peaks Basic principles of qualitative and quantitative analysis by gas chromatography Normal Phase Chromatography Resolution Optimization GB28727 Gas chromatography separation gasification temperature is too low Gas chromatography analysis of components performed Gas Chromatography Selecting the Appropriate Qualitative Analysis Method GB/T 28726-2012 Gas analysis helium ionization gas chromatography Dry Gas GC Analysis gas chromatography How to determine the temperature of mixture gasification chamber using gas phase method Sulfide gas detection Standard ranges in liquefied gas analytical chromatography Cyanogen chloride gas chromatography analysis method How to test whether gas chromatograph ignition is successful Sulfide gas phase analysis method Purity analysis gas chromatography related What are the gas chromatography analysis methods? Chromatographic Qualitative Analysis Methods for Unknown Substances Gas phase method for determination of purity of organic compounds Spectrophotometric Sulfide Standard Curve Qualitative analysis basis for chromatography Liquefied gas analysis gas chromatography standard sample Utilization of qualitative analysis methods for gas chromatography analysis Sulfur dioxide standard gas chromatography method The relative standard error of the flame method is Methods for adjusting the resolution of gas chromatography Standard gas spectrum Analysis of reasons for loss of sulfur chromatography method gb/t 28727 Chromatographic Gas Quantitative Methods Qualitative analysis method using gas chromatograph

《GB/T 28727-2012气体分析硫化物的测定火焰光度气相色谱法》由TC206（全国气体标准化技术委员会）归口，TC206SC1（全国气体标准化技术委员会气体分析分会）执行，主管部门为中国石油和化学工业联合会。

Scope

This standard specifies the method for the determination of total sulfur, total organic sulfur and form sulfur in gas by gas chromatograph equipped with flame photometric detector (FPD). This standard is for the determination of total sulfur, total organic sulfur and form sulfur in hydrogen, oxygen, nitrogen, carbon dioxide, methanol synthesis gas, ammonia synthesis gas, dry natural gas, coke oven gas and other gases. The measuring range of total sulfur (calculated as sulfur) is 0.07mg/m³～2mg/m³, and the measuring range of morphological sulfur (calculated as sulfur in hydrogen sulfide) is 0.07mg/m³～7mg/m³.

More samples: JGJ 94-2008 JC/T 2453-2018 GB 18306-2015

Sample only — not a preview of GB/T 28727-2012

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