Flare gas measurement; for over 35 years, it’s all we’ve done.
And because it’s our sole focus, our dedication to innovation and precision in challenging conditions is unrivalled.
Oil & Gas
Delivering safety and accuracy to the Oil & Gas industry around the world, Fluenta’s non-intrusive ultrasound technology, combined with bespoke patented measurement techniques, are recognised for their accuracy and reliability.
Chemical
Fluenta products help the chemical industry to more effectively sense, measure and monitor gas flow, particularly under high pressure, providing the accurate information necessary to make more effective decisions.
Liquefied Natural Gas (LNG)
Delivering cost savings and regulatory compliance benefits to the LNG industry, Fluenta enables accurate measurement at extended high and low temperatures as well as in large pipe diameters or where high levels of CO2 or hydrogen are present.
Ultrasonic Sensing for Accurate Flare Gas Metering
Who is Fluenta?
Accurate information for better decisions
A Global Leader
Fluenta has been a global leader in ultrasound technology and its application in flare gas measurement since its inception in 1985 and has more than 30 years’ expertise in the technology, including thousands of deployments, often in some of the most hostile environments in the world, where safety and accuracy are paramount.
Unlike many measurement solutions, Fluenta’s flare gas measurement products can be safely deployed even where there is limited space or a short distance of straight piping.
This flexibility means that Fluenta is able to easily and unobtrusively deploy measurement devices within small sites and plants.
Our brand is backed by more than 30 years expertise in our industries and our people have the experience of deploying our products thousands of times.
Built to the highest standard, products from Fluenta can be deployed in the harshest of environments and work accurately for years.
You can trust Fluenta to deliver the most effect measurement and sensing solutions to suit your needs.