A configuration where the transducers are inserted from a single side with the tips angled at 90 degrees to face each other within the flow. This configuration is occasionally required where space is restricted, or where the possible gas compositions include very high levels of CO2 or other difficult-to-measure gasses.

Bias 90 Configurations

The Impact of the European Methane Regulation on Flaring in the Oil and Gas Industry

EU Methane Regulation in the Oil and Gas Industry

The Impact of the Inflation Reduction Act on Reducing Methane Emissions in the U.S. Oil and Gas Industry

The Impact of the Inflation Reduction Act on Flaring in the U.S. Oil and Gas Industry The Inflation Reduction Act (IRA), signed into law in August 2022, includes various measures aimed at addressing climate change, with a focus on reducing methane emissions, particularly from flaring in the oil and gas sector. One of the act’s […]

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.

NOG (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.

A 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 […]

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 […]

Petronas Upgrades to Fluenta

In 2020, Malaysia’s government-owned oil and gas company, Petronas started installing Fluenta flare gas meters

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.

High Levels of Hydrocarbons

The FlarePhase Cryo is optimized to handle difficult gas compositions including high methane concentrations.