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A New Paradigm in Wet Gas Meters

To accommodate changing operating conditions, reduce risk and protect flow assurance in gas/gas condensate fields, operators need access to real-time, accurate water, gas and condensate information. Wet gas meters allow for the earliest possible detection of water from gas wells through water sensitivity, accuracy and built-in salinity measurement systems.  Microwave-based measurements and multivariate analysis functionality ensure that wet gas meters are operational in all field conditions, can handle all fluid compositions, and provide water sensitivity detection never previously achieved.

How It Works

Early Detection

Online salinity measurement systems tell reservoir engineers whether formation water is entering the flow, providing a powerful tool for the early detection of formation water breakthrough.

Improved Fiscal Allocation

With many operators sharing facilities, different ownership structures, and the development of tiebacks from different licenses, accurate production allocation is vital. Wetgas meters provide real-time, accurate hydrocarbon measurement for operators’ fiscal allocation obligations.

Optimize Injection Rates

The highly sensitive and accurate water measurements generated through wetgas meters provide vital input to operators for the optimization of injection rates for MEG, scale and corrosion inhibitors.

Flow System Integrity

Wetgas meters are ideally suited for the changing operating conditions and varying fluid compositions seen in gas and gas condensate fields today. Measurement speeds at 20 times per second enable immediate actions to be taken to protect subsea system integrity and maintain flow assurance.

Subsea Assurance

From the detection of formation water through to optimizing inhibitor programs to counteract corrosion, hydrates and scale, wetgas meters play a fundemantal role in protecting subsea system integrity and ensuring the seamless flow of hydrocarbons from reservoir to refinery.

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