Wellbore Fluid Measuring Systems MSWF
Wellbore fluid measuring systems "MSWF" are designed for measuring mass and mass flow rate of oil-gas-water mixture, volumetric flow rate and volume of free associated oil gas referred to standard conditions, mass flow rate and mass of oil-gas mixture (wellbore fluid) excluding water. The systems use separation method (MSWF-S) or non-separation method (MSWF-NS) for measurements.
ADVANTAGES
- two measurement methods: separation method (MSWF-S) and non-separation method (MSWF-NS);
- connection from 1 to 30 wells (depending on version);
- wide range of liquid phase mass flow rate: from 0.001 to 12,000 t/day;
- associated oil gas volumetric flow rate: up to 1,680,000 m³/day;
- system composition is tailored according to customer requirements;
- instead of equipment block, system can be equipped with control cabinet and power cabinet;
- operation at ambient temperature from −60 to +50 °C.
TECHNICAL SPECIFICATIONS
- measured medium: gas-liquid mixture (crude oil, formation water and free associated oil gas);
- operating pressure: not exceeding 34.5 MPa (depends on version);
- temperature of measured medium: from −30 to +100 °C;
- water volume fraction: from 0 to 100%;
- density of measured medium: from 690 to 1360 kg/m³;
- viscosity of measured medium: not exceeding 2500 mm²/s;
- measurement error for mass and flow rate: ±2.5% (viscosity up to 200 mPa·s), ±10.0% (exceeding 200 mPa·s);
- measurement error for volume and flow rate of associated gas: not exceeding ±5.0%;
- power supply: 380±38 / 220±22 V, 50±1 Hz;
- ambient temperature: from −60 to +50 °C;
- temperature inside blocks: from +5 to +45 °C;
- relative humidity: from 40 to 80%.
FIELD OF APPLICATION AND EXPERIENCE
System consists of technological block, equipment block (depending on version) and well switching block (depending on version). Field of application — oil and gas production industry. Systems provide measurement of well production parameters at manifold areas and oil production facilities.
