Improved measurement of water content in natural gas
New TDLAS analyzer designs provide connectivity options, high accuracy and reliability
ionutanisca / adobe stock
Contaminates in natural gas can cause a variety of challenges for pipeline operators and petrochemical plants, especially when combined with water. This makes accurate and reliable measurement of water content in natural gas streams critical, but traditional techniques often fall short. Fortunately, new analyzers offer much improved performance.
Water exacerbates issues
Consumers who have some idea of what natural gas is likely imagine it as a stream of pure methane. Those who are closer to the energy industry know that methane is the major component, but there can easily be dozens of other substances making up a sizeable portion of the total volume. Natural gas producers, pipeline operators, and major industrial users — such as various types of petrochemical plants — have reason to be concerned about what’s in the mix.
Optical analysis systems for monitoring composition and concentration in solids, liquids, slurries, particles, and gases - for laboratory, process, and emission monitoring.
Discover how Endress+Hauser H2S and CO2 analyzer solutions bring efficiency, lower costs, and greater long-term operational stability to the gas sweetening processes of the oil and gas industry.
See how the fast, reliable measurements of our TDLAS H2O analyzer enhance gas dehydration processes, sustaining compliance to quality specifications with increased throughput, safety, and efficiency.
Find out how Endress+Hauser’s TDLAS moisture measurement solutions help to optimize throughput in your natural gas pipeline while maximizing safety and uptime.
With our broad portfolio of instrumentation, solutions and services we empower customers on the pathway to net zero: from process efficiency and safety to sustainability and regulatory compliance.
We value your privacy
We use cookies to enhance your browsing experience, collect statistics to optimize site functionality, and deliver tailored advertisements or content.
By selecting "Accept all", you consent to our use of cookies.
For further details please review our cookie policy .