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Roxar 2600 Multiphase Flow Meter for Oilfield Production Optimization and Well Testing

Roxar 2600 Multiphase Flow Meter for Oilfield Production Optimization and Well Testing

Roxar 2600 multiphase flow meter

Oilfield production optimization flow meter

Well testing multiphase flow meter

Miejsce pochodzenia:

Singapur

Nazwa handlowa:

rosemount

Numer modelu:

Roxara 2600

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Poproś o wycenę
Szczegóły produktu
Temperatura procesu:
-40 do 185 ° F (-40 do 85 ° C)
Wyświetlaj jednostki:
psi, bar, kPa, MPa, kg/cm2
Montowanie:
Mocowanie ścienne
Typ mocowania:
Mocowanie ścienne
Waga:
2,3 kg
Typ pomiaru:
Ciśnienie
Typ:
Nadajnik
Rozmiar wejścia przewodu:
-25 do 25 inH2O / 0,5 inH2O
Zakres pomiaru:
0-1000 psi
Protokół komunikacji:
JELEŃ
Ocena dokładności:
≥ 0,05%
Ekran wyświetlania:
Wyświetlacz LCD
Impedancja mostu:
11kΩ ± 30%
Czas odpowiedzi:
≤ 1 ms
Temperatura otoczenia:
-30 ° C ~ 80 ° C.
Podkreślić:

Roxar 2600 multiphase flow meter

,

Oilfield production optimization flow meter

,

Well testing multiphase flow meter

Warunki płatności i wysyłki
Minimalne zamówienie
1
Cena
negocjowalne
Szczegóły pakowania
karton
Czas dostawy
5-7 dni roboczych
Zasady płatności
L/C, T/T
Opis produktu

Roxar 2600 Multiphase Flow Meter for Oilfield Production Optimization and Well Testing

The Roxar 2600 Multiphase Flow Meter (MPFM) is a cutting-edge solution for real-time measurement of oil, gas, and water flows in multiphase production environments. Designed for the challenges of modern oilfields, it delivers accurate and continuous monitoring without the need for test separators or complex infrastructure. Leveraging Roxar’s advanced sensor technology and signal processing, the 2600 MPFM provides reliable data across the full range of gas volume fractions and water cut levels. Its modular design ensures easy installation and integration, while international certifications guarantee safe operation in demanding conditions. By enabling precise production optimization and flow assurance, the Roxar 2600 MPFM helps operators maximize efficiency, reduce costs, and enhance reservoir management.


Roxar 2600 Multiphase Flow Meter for Oilfield Production Optimization and Well Testing 0


Parameter Roxar 2600 MPFM (Emerson) PhaseWatcher Vx (Schlumberger) VisiFlow MPFM ABB MPFM
Measurement Principle Electrical impedance + Roxar Zector sensor Gamma-ray attenuation + Venturi X-ray absorption + differential pressure Combination of impedance & DP
Phases Measured Oil, Gas, Water (3-phase) Oil, Gas, Water (3-phase) Oil, Gas, Water (3-phase) Oil, Gas, Water (3-phase)
Gas Volume Fraction (GVF) Range 0–100% 0–100% 0–100% 0–100%
Water Cut Range (WLR) 0–100% 0–100% 0–100% 0–100%
Accuracy ±5% typical (application dependent) ±2–5% depending on GVF ±3–5% ±5%
Technology Advantage Non-gamma, modular, compact High accuracy, but requires a radioactive source High sensitivity with X-ray, but complex Flexible integration, lower cost
Certifications ATEX, IECEx, CSA, EAC ATEX, IECEx ATEX, IECEx ATEX, IECEx
Installation Inline, modular retrofit Inline requires radiation safety compliance Inline, skid-mounted Inline
Maintenance Low, modular electronics Radiation handling protocols Higher due to the X-ray source Moderate
Best Use Case Offshore & onshore wells, flow assurance High-accuracy well testing Reservoir monitoring, R&D Cost-sensitive projects

Applications

The Roxar 2600 Multiphase Flow Meter (MPFM) is designed for a wide range of oilfield and production environments, providing accurate and continuous measurement of oil, gas, and water flows. Typical applications include:

  1. Well Testing Real-time multiphase flow measurement without the need for test separators, reducing operational costs and complexity.
  2. Production Optimization: Continuous monitoring of well performance to maximize hydrocarbon recovery and improve reservoir management.
  3. Flow Assurance: Early detection of water breakthrough, gas coning, and other flow instabilities to ensure safe and efficient operations.
  4. Allocation Measurement:t Reliable phase fraction and flow rate data for production allocation and field management.
  5. Subsea and Offshore Operations Compact, modular design suitable for harsh offshore environments, supporting both topside and subsea installations.
  6. Enhanced Oil Recovery (EOR) Project: Accurate tracking of multiphase flows in complex production scenarios, including high water cut and variable gas fractions.

Frequently Asked Questions (FAQ)

1. What is the Roxar 2600 Multiphase Flow Meter?

The Roxar 2600 MPFM is an advanced instrument designed to measure oil, gas, and water flows simultaneously in multiphase production environments. It eliminates the need for traditional test separators and provides continuous, real-time data.

2. What makes it different from other multiphase flow meters?

Unlike many competitors, the Roxar 2600 MPFM uses non-gamma Roxar Zector technology, meaning it does not rely on radioactive sources. This makes it safer, easier to deploy, and less costly to maintain.

3. What phases can it measure?

It measures oil, gas, and water fractions and flow rates across the full range of gas volume fractions (0–100%) and water cut levels (0–100%).

4. Where is it typically used?

  1. Well testing (onshore and offshore)
  2. Production optimization and reservoir management
  3. Flow assurance monitoring
  4. Allocation measurement for field management
  5. Subsea and topside installations

5. How accurate is the Roxar 2600 MPFM?

Accuracy depends on operating conditions, but typical performance is within ±5% for multiphase flow measurement.

6. What certifications does it have?

It is certified for international standards, including ATEX, IECEx, CSA, and EAC, ensuring safe operation in hazardous environments.

7. What are the installation requirements?

The meter is compact and modular, designed for inline installation. It can be retrofitted into existing production systems with minimal infrastructure changes.

8. What are the maintenance needs?

Thanks to its modular electronics and non-gamma design, maintenance requirements are low compared to radiation-based or X-ray systems.

9. How does it support production optimization?

By providing continuous, real-time data on phase fractions and flow rates, operators can make informed decisions to maximize hydrocarbon recovery, reduce costs, and improve reservoir management.

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