Pietro Fiorentini Multiphase Flow Meter (MPFM) is an inline flow metering device, tailored for continuous real-time measurement of the amount of oil, water and gas in the well stream. Reduce CAPEX. Compared to traditional separation systems, Pietro Fiorentini MPFMs allow to drastically reduce the overall dimensions, including footprint.

test separators inline MPFM uses a combination of non-intrusive techniques to measure flow rates in line condition without need of separation and gives profile of flow parameters and rates over measurement period.

HMI HMI for Windows Part Material Meter Body AISI316, Duplex, Inconel 625, others on request REMARK: The materials indicated above refer to the standard models. Different materials can be provided according to specific needs.

The Roxar 2600 Multiphase Flow Meter (MPFM) key features: Real time, three-phase measurement without the need for separation Flexible and adaptable configuration options throughout the lifetime of your field

海默mpfm 1.2 多相流量计测量技术 多相流量计可以在油井产物不用进行相分离的情况下实现油井产物的油、 气、 水产量测 量， 是从上世纪八十年代后期发展起来的一项技术， 在海洋油田和陆上油田均显现出巨大的 经济效益和市场潜力。

Industry’s response is the multiphase flow meter (MPFM). The oil and gas industry began to be interested in developing MPFMs in the early 1980s, as measurement technology improved, and wellhead separators were costly.

Multiphase Flow Meters (MPFM), are systems that measure flow rates of individual components in multiphase flow in situ, without first separating the components. Compared to separators, Multiphase Flow Meters are smaller and less massive; provides results much faster; requires much less maintenance and provides additional data to be used for ...

Wet gas meters (WGM) is sub category of MPFM used when GVF exceeds 90%. There are biphasic systems only measuring liquid and gas flow rates only and tri-phase systems measuring oil, water and gas flow rates

The Roxar 2600 Multiphase Flow Meter (MPFM) is a robust, reliable, field proven measurement instrument. The compact, inline meter provides high quality rates of oil, water and gas in upstream multiphase flow lines, from the easiest to most challenging applications.

The Human Machine Interface (HMI) can be installed directly in the Flow Computer or in any other remote computer connected via Ethernet or RS485/422. From the HMI it is possible to select the well to be tested/in operation. Relevant data, such as PVT, will be automatically loaded and field data will be stored accordingly.