This case study highlights the value of regular servicing of the FGM 160, that service goes beyond a simple verification of the meter measurement, and that proactive service by a certified engineer often saves customers money in the long-run.
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.
Multiple Challenges for Flare Gas Measurement at a Gas Plant Installation
In the Oil & Gas Industry it is vitally important for operators in already hazardous locations to be continually aware of the dangers around them.
How can businesses use remote measurement technology to improve strategic decision making and effective risk control?
Challenges incl. ice build-up on the transducers required a custom solution for this multinational energy corporation.
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.
A multinational chemicals company required a reliable low-maintenance technology to replace their existing solution.
Extensive testing at VSL demonstrated that the Fluenta 160 flare gas meter achieves 1.5 % accuracy even in low flow.
