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Fluenta’s mission is to deliver superior data solutions to our valued customers, with a primary focus on enhancing flare gas measurement within the energy sector.
As we evolve, we’re extending our expertise to serve a broader range of industrial applications.
Better data leads to better decisions in the journey to decarbonization but also enables precise record-keeping and ensures unwavering regulatory compliance.
At Fluenta, we proudly lead the way in ultrasonic flare gas measurement, setting the industry standard with our exceptional expertise. Our relentless pursuit of innovation has resulted in groundbreaking advancements, including harnessing technology and materials to measure at extreme temperatures,
and advanced Digital Signal Processing techniques for measurement of difficult gases. These innovations enable us to achieve unparalleled levels of precision and consistency in measurements, even when confronted with complex gas mixtures that have traditionally posed challenges.
As we continue to explore new applications, materials, and technologies, our primary objective is to harness this newfound knowledge to create shared value. We are committed to delivering benefits to our valued customers and industry regulators, aligning with the broader environmental goals that the energy sector is actively pursuing.
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DownloadsFGM 160 Flow Computer
DownloadsFlareCal
DownloadsFlarePhase 250
DownloadsFlarePhase 350
DownloadsFlarePhase Cryo for LNG and extreme low temperature applications
DownloadsFlareSens emissions monitoring
DownloadsFluenta TFS Ultrasonic Transducers
DownloadsFluenta TFS-55
DownloadsServicing
DownloadsSupport
DownloadsUFM Manager – Fluenta software
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LNG and Cryogenic Gas Flows
Fluenta’s FlarePhase Cryo technology is specifically designed to operate in extreme low-temperature environments, ranging from -200°C to +250°C
Extreme Temperature Environments
Fluenta’s FlarePhase 350 is designed to operate in extreme temperature environments, ranging from -40°C to +350°C. This broad temperature range makes it ideal for a variety of industrial applications where process conditions exceed 250°C, particularly in industries that rely on extreme thermal processes. Several key applications necessitate the use of FlarePhase 350 due to the […]
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FlarePhase with High Levels of Carbon Dioxide
Fluenta’s FlarePhase technology is engineered to handle the demanding conditions of flare gas measurement in high carbon dioxide (CO2) environments
Continue readingPetronas Upgrades to Fluenta
In 2020, Malaysia’s government-owned oil and gas company, Petronas started installing Fluenta flare gas meters
Case Studies – Weathering the Cold
Some clients are located in extremely cold regions or have cryogenic process conditions which make accurate measurement very difficult as both of these put significant stress on the meters.
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Case Studies – Quick, Seamless Upgrades
The client was suffering due to their exist flare gas meters being unable to cope with the process conditions and malfunctioning and providing inconsistent and incorrect readings.
Continue readingNOG (Nigerian Oil and Gas) Energy Week
The NOG Energy Week 2025, held in Abuja, Nigeria, is one of the key events for the Nigerian energy sector.
PetroAfrica 2024
PetroAfrica is a premier conference and exhibition for the oil and gas industry in Africa.
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Methane Emissions in the Oil and Gas Industry: Why Compliance Isn’t Enough
Methane emissions from the energy sector are increasingly under the spotlight. Recent satellite imagery from MethaneSAT and CarbonMapper reveals that emissions are higher than previously reported, largely due to inefficiencies in flaring and unaccounted leaks across the value chain. While regulatory frameworks exist to minimise the environmental impact of flare gas, they are not enough […]
A Quick Guide on New BLM Flaring and Venting Regulations for U.S. Oil and Gas Operators
The new BLM regulations on flare gas measurement and waste prevention mark a significant shift towards more sustainable and efficient oil and gas production practices.
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Fluenta wins a five-year contract to supply the Bahraini oil and gas company, Tatweer Petroleum, with ultrasonic flare gas measurement solutions.
The contract deal will enable Tatweer Petroleum to improve its efficiency and comply with increasing national and global regulations to measure, monitor, and report flare gas emissions.
Continue readingA Partnership Between Fluenta and SEGITEC Supports North African Nations’ Carbon Reduction Ambitions
May 27, 2024 — Cambridge, UK – Fluenta, a global leader in developing ultrasonic sensing technology to measure flare gas, has recently partnered with SEGITEC, an integrator of control and instrumentation solutions with strong roots in North Africa, to become its exclusive channel partner. Fluenta’s ultrasonic flare gas measurement solutions and SEGITEC’s established distribution network […]
Fluenta empowers Africa’s largest oil refinery with cutting-edge flare gas measurement technology
Fluenta empowers Africa’s largest oil refinery, Dangote, with cutting-edge flare gas measurement technology
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Fluenta’s technology aids Nigeria’s flare gas reduction efforts
The Nigerian authorities are leading the charge in the control and regulation of flaring gas, looking towards eliminating the need for routine flaring over the next few years.
Continue readingMethane Emissions in the Oil and Gas Industry: Why Compliance Isn’t Enough
Methane emissions from the energy sector are increasingly under the spotlight. Recent satellite imagery from MethaneSAT and CarbonMapper reveals that emissions are higher than previously reported, largely due to inefficiencies in flaring and unaccounted leaks across the value chain. While regulatory frameworks exist to minimise the environmental impact of flare gas, they are not enough […]
Technology Comparison: Thermal Mass Vs. Ultrasonic Meters for Flare Gas Measurement
This article describes and compares ultrasonic and thermal mass technologies used for flare gas measurement and highlights the advantages and disadvantages of each. For ultrasonic measurement, this article refers to Fluenta’s FGM 160 flare gas meter. Measurement Methods An ultrasonic flow meter sends ultrasonic signals across a pipe at a 45° angle to the direction […]
21 Key Considerations to Make Before Choosing a Flare Gas Meter – A Checklist
Specifying a flare gas meter requires a thorough process to identify an installation’s needs and requirements.
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Accurate Flare Gas Measurement: The First Step to Net-Zero Carbon Emissions
Flaring in the oil and gas industry significantly contributes to environmental impact. Accurate flare gas measurement is crucial for managing emissions and supporting decarbonization efforts to reach net-zero targets.
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