Totem Multiphase Flow Meter Multiphase Flow Meter - Pietro Fiorentini Saudi Arabia
Multiphase Flow Meter

Totem

Modular Non-Intrusive Inline Measurement

The Totem is Pietro Fiorentini's modular, non-intrusive inline system designed to measure oil, water, and gas flow rates in whole flow regimes without separation or moving parts. It employs velocity meter and microwave WLR meter technologies for accurate measurements across single-phase and multiphase streams. The system integrates a Venturi inlet for differential pressure measurement with a velocity meter and microwave WLR sensor.

Non-Radioactive
0-100% GVF
2" to 14"

Technical Specifications

Detailed technical data for the Totem

Performance
Operating Range (Water Cut) 0-100% WC
Operating Range (GVF) 0-100% Gas Volume Fraction
Measurement Technology Venturi + Velocity + Microwave WLR
Design Type Non-Radioactive, Non-Intrusive
Construction
Size Range 2" to 14"
Design Pressure Up to 345 bar
Design Temperature Up to 121°C
Body Materials Duplex (UNS 31803), Inconel 625 (UNS 06625), SS316, Inconel 825
Communication RS-422/RS-485, Ethernet TCP/IP (Modbus)

Applications

Oil & Natural Gas Production
Multiphase Flow Metering
Single-Phase Metering
Production Allocation
Well Testing & Monitoring
Remote Monitoring

Key Features

Non-Radioactive & Non-Intrusive

No radioactive sources and no moving parts for simplified operation and maintenance.

Full GVF Range

Operating range 0-100% gas volume fraction for all flow regimes.

Modular Design

Modular inline system integrating Venturi, velocity meter, and microwave WLR sensor.

Real-Time Measurement

Real-time flow measurements across all single-phase and multiphase conditions.

Wide Size Range

Available from 2" to 14" for diverse application requirements.

Premium Material Options

Duplex, Inconel 625, SS316, or Inconel 825 for harsh environments.

Downloads

Technical documentation and resources

Need More Information?

Our technical team is ready to help you select the right multiphase flow meter for your application.