In oil or gas extraction processes, optimizing production methods is crucial. It is particularly important to accurately understand the flow rates, volumes, flow patterns, and cumulative trends of solid particles during extraction. The sand monitoring system developed by Duke measures he flow rates, instantaneous flow, and cumulative flow of solid particles during crude oil extraction, natural gas extraction, gas storage injection and production, drilling, logging, fracturing, well completion, workover, and cementing processes.
The sand and gravel monitoring instrument consists of two parts: a compact and robust clamp-on acoustic sensor and a sand and gravel transmitter. It can be applied in any oil & gas field where efficient extraction is needed, allowing for real-time, accurate, and quantitative measurements of sand and gravel flow.
In recent years, there has been a market demand for real-time measurement of particle capacity and flow rates. The unique sensor is installed at appropriate pipeline connections or bends, where the turbulent profile is most representative of fluid characteristics. The sensor directly integrates measurements of solid particle content and flow, eliminating the need for additional flow rate measurements.
The sensor is intrinsically safe, with ATEX EExia IIB/C certification.
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