Thermal Mass meters are promoted as an alternative to ultrasonic meters for flare gas measurement, but their use comes with a number of compromises. Download this whitepaper for an analysis of the strengths and weaknesses of both measurement methods.
Thermal Mass vs Ultrasonic
Complete the form below to download the PDF:
You might also like…
This whitepaper looks at the regulations behind inspection and maintenance of electrical equipment in hazardous areas, further outlining how Fluenta...
This whitepaper investigates our use of computation fluid dynamic (CFD) to optimize an installation.
In the Oil & Gas Industry it is vitally important for operators in already hazardous locations to be continually aware...
How can businesses use remote measurement technology to improve strategic decision making and effective risk control?
How can operators use IoT and enabled devices to optimise business processes, achieve savings, and reduce emissions?
How technological advances could successfully incentivise operators to limit flaring and gain a competitive advantage.
How can these operators who purge with Nitrogen make sure they don’t pay tax on the entire flow volume emitted?
Emission targets are tightening worldwide. Cloud technology enables operators to reduce emissions and increase profit.
The IoT is increasing the capability of businesses to monitor and measure an almost unlimited number of objects.
Maximising safety is a main concern in high-risk industries. How can connected infrastructure lower the risk?
Fluenta meters perform with an uncertainty of less than 3% without prior calibration and even at low flow velocity.
Operators in LNG can harness advances in connected technology to drive new revenues while reducing emissions.
What can the Oil and Gas industry learn from the emissions scandal?
How are operators utilising digital technologies and how will these technologies shape the industry in the future?
What measures can operators take to manage gas flaring in the light of climate change as well as health and...
What are the primary maintenance systems for flare stack applications and their effectiveness in delivering savings?