What is ISO 23978 about?
ISO 23978 describes a laser Raman spectroscopy method for the quantitative determination of the chemical composition of natural gas in the upstream areas.
Gas laser Raman spectrometry is a simpler and more direct analysis method than gas chromatography.
Gas laser Raman spectrometry enables rapid and simultaneous analysis of multiple gas species because each type of gas molecule emits unique light frequencies shifted from the frequency of laser light striking it. This "Raman scattering" is instantaneous and directly proportional to the number of molecules the light impacts.
Who is ISO 23978 for?
ISO 23978 on the laser Raman spectroscopy is beneficial for natural gas Industries for the determination of the chemical composition of natural gas in the upstream areas.
Why should you use ISO 23978?
Gas laser Raman offers a faster and more convenient means of determining the composition of upstream area natural gas because it is an entirely optical method operating at the speed of light with no moving parts.
ISO 23978 provides information on the working principle of the laser Raman analyzer, reagents, and materials, measurement procedures, test report of the chemical composition of natural gas in the upstream areas.
As a user of ISO 23978, you can be assured of the chemical composition of natural gas. ISO 23978 benefits the user in the fast determination of gas composition and real-time monitoring of gas composition. ISO 23978 helps the user optimizes natural gas treatment processes.
The principle provided by ISO 23978 allows continuous on-site real-time data monitoring and control, it will bring tremendous improvements to gas exploration, well operations, transport, and processing.