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Database: 365,228(8 Aug 2026)
gas chromatography standard standard gas mixtures natural gas industry natural gas dimensions features naturalgas ― gas house types scopethis part ±0.3 % toxic element detection arsenic salt detection procedures harrow blade
GB/T 17281-2016 in English

GB/T 17281-2016 in English

VALID

Determination of hydrocarbons from butane (C4) to hexadecane (C16) in naturalgas―Gas chromatographic method

  • Issued on:2016-12-30
  • Implemented on:2017-07-01
  • File Format:PDF
  • Delivery:Via email within 1~3 business days
Price(USD): $180.00
$175.00
Standard No: GB/T 17281-2016
Document status: VALID
Title in English: Determination of hydrocarbons from butane (C4) to hexadecane (C16) in naturalgas―Gas chromatographic method
Title in Chinese: 天然气中丁烷至十六烷烃类的测定 气相色谱法
Language: English
File Format: Electronic (PDF)
Delivery: Via email within 1~3 business days
Issued on: 2016-12-30
Implemented on: 2017-07-01
Superseding: GB/T 17281-1998 Natural gas - Determination of hydrocarbons from butane (C4) to hexadecane ( C16) - Gas chromatographic method
ICS Classification: 75.060-Natural gas
Chinese Classification: E24-Natural gas
Professional Classification: GB-National Standard
Related Keywords: gas chromatography standard
standard gas mixtures
natural gas industry
natural gas dimensions features
naturalgas ― gas
Related Topics: Butane standard
Alkanes Detection
n-hexadecane liquid phase
Hydrocarbon gas production 3
Chromatographic peak undecane
gas phase n-hexadecane
Total Hydrocarbons in Water by Chromatography
Hexadecane spectrum
Natural Gas Hydrocarbon Removal
Natural Gas Gas Chromatography Detection
Detection of n-hexadecane
Fluoroalkane Gas Chromatography
Hydrocarbon detection method
Gas Chromatography n-Hexadecane
N-hexadecane peak
cetane peak + chromatography
Chromatography
Determination of n-Hexadecane by Gas Chromatography
Hexadecane
Chromatographic detection of natural gas
Gas Chromatography Ethane
co2 in natural gas
Hexadecane gas phase
Natural gas column
n-Hexadecane spectrum
n-hexadecane
cetane time
Natural Gas Mass Spectrometry
Various types of gas chromatography
gas phase hexadecane
Hexadecane detection
Detection of n-hexadecane
Gas Chromatography Suddenly No Peaks
Hydrocarbon Chromatography in Water
Hexadecane detection
n-Hexadecane Gas Chromatographic Analysis
Chromatographic analysis of n-hexadecane
Hexadecane boiling point
Hexadecane + boiling point
Gas Chromatography Sugars
N-hexadecane gas phase
n-ane gas chromatography
natural gas surface
Chromatography of number six
n-hexadecane and hexadecane
Gas phase n-hexadecane method
Northeast cetane
N-hexadecane gas phase
n-hexadecane
Gas chromatograph n-hexadecane
How to detect cetane
Hexadecane Chromatography
n-Dodecane Gas Chromatography
Isohexadecane
Alkanes Detection
Methane gas chromatographic peak
Gas chromatography silanization
alkanes in water
Alkyl Mercury Gas Chromatography
Methanation Gas Chromatography
cetane peak conditions
n-Hexadecane Chromatography
Analysis of cetane
n-bromobutane mass spectrum
gas phase cetane method
Hydrocarbon Gas Mass Spectrometry
Alkane Hydroxycarboxyl
German cetane
Alkanes detection method
GBT17281
GBT17281-1998
GB/T 17281-2016
Six major systems of gas chromatograph
Column selection for quantitative analysis of hydrocarbon components in natural gas
Natural butyric acid production method
Gas chromatography of n-dodecane
Detection method of n-butane
Natural gas chromatographic detection method
Natural gas chromatography acceptance
Chromatogram of n-dodecane standard
Silane gas chromatography detection method
Alkoxysilane gas chromatography detection method
Method for detecting butyrolactone by gas chromatography

《GB/T 17281-2016天然气中丁烷至十六烷烃类的测定 气相色谱法》由TC244(全国天然气标准化技术委员会)归口,主管部门为国家标准化管理委员会。


Introduction

Interpretation of the Gas Chromatography Standard for the Determination of Butane to Hexadecane in Natural Gas

Dimensions Features of the 1998 Edition Improvements in the 2016 Edition
Column Types Packing Columns Methylsiloxane Capillary Columns
Detectors Flame Ionization Detector (FID) FID, New Chromatographic Workstation Support
Sample Handling Conventional Sampling Methods Optimize sampling process and add high-pressure sampling container specifications

Standard formulation background and technology evolution analysis

Background: With the development of the natural gas industry, the demand for accurate determination of hydrocarbon components is increasing. The 1998 version of the standard laid the foundation for the development of the industry, but with the advancement of detection technology, the 2016 version of the standard has been optimized in many ways.

Comparison of Instruments and Methods

Instrument Components Requirements of the 1998 version Improvements of the 2016 version
Chromatographic column General packed column Methylsiloxane capillary column, better separation effect
Detector FID, no workstation support FID cooperates with chromatography workstation to realize automated analysis

Implementation Recommendations

  • Calibration and Verification: Regularly calibrate with standard gas mixtures to ensure detection accuracy.
  • Operation specification: Strictly follow the chromatograph operation manual, especially the sample pretreatment.
  • Data analysis: Combined with the GB/T13610 results, a comprehensive analysis and normalized calculation of the components were achieved.

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