non-intrusive multiphase flow measurements device that provides real-time and continuous three-phase measurements

1. Roxar Multiphase meter
MPFM 2600
- Turning information into value
This presentation is provided for information purposes only. It should not be used or considered as an offer to sell or a solicitation of an offer to buy any securities.
Any opinions expressed are subject to change without prior notice. Although all reasonable care has been taken to ensure that the information herein is not misleading,
Roxar ASA makes no representation or warranty expressed or implied as to its accuracy or completeness. Neither Roxar ASA, its employees, nor any other person
connected with it, accepts any liability whatsoever for any direct or consequential loss of any kind arising out of the use or reliance on the information in this presentation.
This presentation is prepared for general circulation and general information.
December 2009

2. Roxar’s Mission statement:
Our mission is simply:
TO ENABLE OUR CUSTOMERS TO MAXIMIZE RESERVOIR PERFORMANCE
Roxar is the industrial inventor and pioneer of multiphase metering and
sand monitoring, and a leading global supplier of real-time
measurements solutions for production optimization, enhanced oil
recovery and flow assurance.
Roxar’s instrument design philosophy is based upon the following
principles:
- Keep it simple
- Build in redundancy
- Maximize use of direct measurements

3. What is a multiphase meter
- A non-intrusive multiphase flow measurements device that
provides real-time and continuous three-phase measurements
 Measures
• fraction and velocity of oil
• fraction and velocity of water
• fraction and velocity of gas
 Outputs
• Oil rate
• Water rate
• Gas rate

4. Roxar Multiphase meter applications
Traditional layout using
separators
 Complex piping and
valve arrangement
 Limited / periodic
testing only

5. Roxar Multiphase meter applications
Using inline Multiphase
meters
 Real-time and continuous
monitoring
Excluding test separator on
new/upgrade installations
 Early detection of water/gas
breakthrough
 Improved well control
 Reduction in Opex and Capex
Ultimately - Optimize the lifetime
of the field

6. Roxar Multiphase and Wetgas meters
Subsea meters Topside meters
Gamma Non-gamma Gamma Wetgas

7. Multiphase Meters Today
 A growing market
 Significant take-up
 A vital component of field production (production
monitoring, individual well testing, production allocation
& reservoir monitoring)
7

8. 55 operators
in 72 countries

9. Recent Customers – Multiphase and Wetgas meters

10. The industrial inventor of multiphase metering
Roxar started the development of multiphase metering technology
in 1984 and can celebrate 25 years of innovation!

11. From 1st to 3rd Generation
The first generation of multiphase meters:
 Assumed homogenous flow conditions
 Incorporated models based on a single
flow velocity
The second generation of multiphase
meters:
 Dual cross correlation (individual Liquid
and Gas velocity measurements)
 Sophisticated signal processing
 The dual velocity model is a well suited
model, but still a simplification of very
complex flow patterns
11

12. 2nd generation MPFM
Real system Dual velocity system
DP22 electrode 2 volumes
system - Large bubble volume
- Dispersed phase
Multiphase / 2 velocities
multi-velocity - Large bubble velocity
- Dispersed phase velocity

13. Witness a step-change in
technological sophistication
13

14. Roxar MPFM 2600 – key elements
Simple, light-weight design, 80% weight reduction and half the
length compared to the previous generation
 The image shows the
relative difference in size
for a typical 3” meter
 Weight: 550 vs.110 kg
 Length: 1300 vs. 650 mm
Added value:
 Simple installation
 Easy handling
 Greater flexibility

15. Roxar MPFM 2600 – key elements
Field replaceable insert venturi
 Four pressure tapping’s and ring
chamber improves accuracy and stability
(same design as for subsea meters)
 A field replaceable insert venturi sleeve
Added value:
 Extended service life
 Extended operating range – can
easily be replaced in the field
 Removes uncertainties when
sizing meters based on predicted
production forecasts

16. Roxar MPFM 2600 – key elements
Compact, integrated measurement solution for pressure,
differential pressure and temperature
 Multivariable transmitter, Rosemount 3095MA
 Enables highly sensitive, accurate, DP, P and T measurements
 No impulse lines
Added value:
 Combines the best features from
remote seal solutions and open
impulse tubing
 Limits the potential for clogging
 Easy field replacement

17. Roxar MPFM 2600 – key elements
Non-radioactive version covering most operating conditions -
gamma version for special applications and high GVF
 Base version is non-gamma –
suited for installations < 95% GVF
Upgrade
with mini-
gamma
 For applications with very high GVF system
(>95%), the gamma version is
recommended
Added value:
 No source handling, paper work
or import licenses needed
 The gamma system can easily be
retrofitted if and when flow
conditions so dictate

18. Roxar 2600 class – key elements
New compact gamma system for special and high GVF
applications
 Developed by Roxar in collaboration with partners. Patent pending
 Source holder and detector specially designed for the application
 Designed and qualified according to ISO 7205 and ISO 2919
 ISO 13628-2006 requirements used for temperature and vibration
testing

19. Roxar 2600 class – key elements
New compact gamma system
Source
 Isotope: Cs-137
 Nominal activity: 1mCi
 Maximum surface dose-rate: 5 µSv/hour
 Half-life: 30.2 years
 Source capsule: double encapsulation

20. Roxar 2600 class – key elements
New compact gamma system
Detector
 Digital signal transmission
 Automatic stabilization integrated in detector
 Internal temperature measurement
 Extended diagnostics

21. Roxar 2600 class – key elements
Benefits of the new gamma system
 Source and detector closer to the
flow – improved measurements
 Build-in stability functionality –
measurements not affected by
temperature fluctuations and aging
of the detector
 Reduced weight and length –
simplifies installation on site
 Digital signal transmission – allows
for improved data transfer and
diagnostics

22. Introducing Roxar Zector technology
 Key components of Roxar’s Zector technology:
-DP26 electrode geometry
-New impedance electronics
-Voxel based signal processing (4D pixels)
 Voxel based signal processing and DP26 electrode geometry
provides:
- multiple flow velocities
- near wall measurements
 The new technology operates seamlessly in both oil- and water-
continuous flow which results in rapid detection of regime changes

23. Roxar MPFM 2600 – key elements
Roxar Zector® technology
Key components:
 DP26 electrode geometry
 New impedance electronics
 Advanced signal processing
Replaces the capacitance and inductive electronics, and uses the same set
of electrodes
Measures both components simultaneously - operates seamlessly in both oil-
and water-continuous flow
Analog Devices Blackfin® Processor - specially developed for real time
image processing and streaming media application

24. Roxar MPFM 2600 – key elements
Roxar Zector® technology
 Traditional bulk-
measurement
 Near-wall-measurement
 Rotational measurement
Added value:
Improved measurement
uncertainty
Scale / Wax detection / correction
Asymmetric flow detection
Multiple velocity measurements

25. Roxar MPFM 2600 – key elements
Roxar Zector® technology
 Traditional bulk-
measurement
 Near-wall-measurement
 Rotational measurement
Added value:
Improved measurement
uncertainty
Scale / Wax detection / correction
Asymmetric flow detection
Multiple velocity measurements

26. 2nd generation MPFM
Real system Dual velocity system
Dp22 electrode 2 volumes
system - Large bubble volume (r, l)
- Dispersed phase
Multiphase / 2 velocities
multi-velocity - Large bubble velocity
- Dispersed phase velocity

27. Roxar MPFM 2600: 3rd generation
Real system 4D voxel system
DP26 electrode system • Asymmetric Large bubble volume
• Variable dispersed phase volumes
Multiphase / Multi-velocity • Near wall measurement volumes
• Large bubble velocity
• Dispersed phase velocity
• Velocities per sector

28. Technology comparison - MPFM 1900VI vs. MPFM 2600
Measurement MPFM 1900VI MPFM 2600
Mixture density and GLR
Single Energy Gamma V V
Fraction measurements
Permittivity / Capacitance V V
Conductivity / Inductance V
Conductivity / Conductance V
2-plane Electrodes V V
6-plane Electrodes V
Flow
Venturi V V
Insert sleeve V
Cross correlation V V
Primary measurements
Pressure V V
Differential pressure V V
Temperature V V
25 years of experience in multiphase metering
– the MPFM 2600 is next step

29. Specifications
Qualification testing
 The Roxar Multiphase meter 2600 has
been extensively tested, both statically and
dynamically, including:
- Pressure and temperature cycling
- Calibration and sensitivity testing
- Flow testing
 The loop testing has demonstrated
superior performance for measurement of all
three phases
 As a result, the operating envelope has
been widened, and uncertainty is reduced

30. Flow loop performance testing
December 2008 -“Measurement accuracy appears consistent June / July 2009
across water and oil continuous regimes”
-“Overall excellent performance of the meter”
-“In a comparison against the manufacturer’s
performance specification, all of the meters
individual measurements were within the
current published uncertainty specification”
- “The meter performed extremely well on
liquid flow, gas flow and liquid water cut”

31. Results - Flow loop testing
December 2008

33. Serial number: 1431.06 + 1676.08
Qliquid Date: 19. December 2008
Deviation in Liquid Flow Rate vs: Gas Volume Fraction
Project : 30075 Dstar
3.0 '' - Roxar Multiphase meter
15
10
5
Deviation Liquid (rel %)
0
0 15 30 45 60 75 90
-5
-10
-15
GVF %
Combined Uncertainty
- Roxar Multiphase meter

34. Serial number: 1431.06 + 1676.08
Date: 19.December 2009
Gas Flow Rate
Project : 30075 Dstar
Multiphase meter vs. Reference
150
125
Qgas Multiphase meter [m3/h]
100
75
50
25
0
0 25 50 75 100 125 15
Qgas Reference [ m3/h]
Org. Qgas oilcont MPFM2600 Org. Qgas watercont MPFM2600 10%

35. Serial number: 1431.06 + 1676.08
Qgas
(Deviation in Gas Flow Rate vs. Gas Volume Fraction) Date: 19. December 2008
3.0 '' - Roxar Multiphase meter Project : 30075 Dstar
35
25
15
Gas deviation (rel %)
5
0 15 30 45 60 75 90
-5
-15
-25
-35
GVF (%)
Combined Uncertainty
- Roxar Multiphase meter

36. Serial number: 1431.06 + 1676.08
Date: 19.December 2009
Watercut
Project : 30075 Dstar
Multiphase meter vs. Reference
100
90
80
70
Watercut - MPFM [%]
60
50
40
30
20
10
0
0 10 20 30 40 50 60 70 80 90 10
Watercut - Reference [%]
5%

37. Serial number: 1431.06 + 1676.08
Watercut Date: 19.December 2009
Deviation in WC vs. Gas Volume Fraction
Project : 30075 Dstar
3.0 '' - Roxar Multiphase meter
15
10
5
Absolute deviation %
0
0 15 30 45 60 75 90
-5
-10
-15
GVF %
Org. WLR MPFM2600
Combined Uncertainty
- Roxar Multiphase meter

38. Results - Flow loop testing
June / July 2009

39. NEL Test Results: Multiphase Results
Liquid Flow Rate
Multiphase meter vs. Reference
50
40
Qliq Multiphase meter [m3/h]
30
20
10
Qliq oilcont.
Qliq w atercont.
+/- 5 %
0
0 10 20 30 40 50
Qliq Reference [m3/h]
39

40. NEL Test Results: Multiphase Results
Deviation in Liquid Flow Rate vs: Gas Volume Fraction MPFM2600
15
10
5
Deviation Liquid (rel %)
0
0 15 30 45 60 75 90
-5
-10
Org. Qliq_Oilcont.
Org. Qliq_Watercont.
Combined Uncertainty
- Roxar Multiphase meter
-15
GVF %

41. NEL Test Results: Multiphase Results
Gas Flow Rate
Multiphase meter vs. Reference
210
200
190
180
170
160
150
140
eter [m3/h]
130
120
gas ultiphase m
110
100
90
Q M
80
70
60
50
40
30
Qgas oilcont
20
Qgas w atercont
10 +/- 8 %
0
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210
Qgas NEL Reference [ m3/h]

42. NEL Test Results: Multiphase Results
Deviation in Gas Flow Rate vs. Gas Volume Fraction MPFM2600
30
25
20
15
10
Gas deviation (rel %)
5
0
0 15 30 45 60 75 90
-5
-10
-15
-20
Qgas_Oilcont
-25 Qgas_Watercont
Combined Uncertainty
- Roxar Multiphase meter
-30
GVF (%)

43. NEL Test Results: Multiphase Results
Watercut
100 Multiphase meter vs. Reference
90
80
70
atercut - MPFM [%]
60
50
W
40
30
20
10 WLR_Oilcont.
WLR_Watercont.
+/- 5 %
0
0 10 20 30 40 50 60 70 80 90 100
Watercut - Reference [%]

44. NEL Test Results: Multiphase Results
Deviation in WC vs. Gas Volume Fraction MPFM
15
10
5
Absolute deviation%
0
0 15 30 45 60 75 90
-5
-10
WLR-w ater cont.
WLR oil cont.
Combined Uncertainty
- Roxar Multiphase meter
-15
GVF %

45. Wet gas test – TUV NEL
•2 phase test version based on
PVT input (density and LGR)
•Based on Chisholm wet gas model
+ Roxar calibration model

46. Wet gas test – TUV NEL

47. Wet gas sensitivity – TUV NEL
•The permittivity of the wet gas was measured using the MPFM 2600
•The TUV NEL loop was operated on condensate with no water
• It is possible to calculate the expected sensitivity to a change in water
fraction based on the sensitivity in the permittivity measurements
• A change in GVF from 99.55% to 99.79% could easily be measured,
resulting in a change in permittivity of -0.00265 abs
• This corresponds to a water fraction sensitivity of +/-0.018% abs

48. New Performance Specification
Improved uncertainty
specification for all three
phases
Uncertainty specification for
both Multiphase and Wetgas
mode
0-100 % GVF and 0-100 %
WLR
Same specification for both
oil and water continues flow
48

49. Roxar Fieldwatch
Are your investments working at peak performance?
How can you ensure:
 the best performance of the multiphase meter when installed?
 getting remote service during the life of the multiphase meter?
 the best access of data from the multiphase meter?
 avoiding data overflow from multiphase meters?
Answer: Roxar Fieldwatch
 Roxar Fieldwatch is the instrument interface software for all RFM
instruments
 Set up of instruments with full service console capabilities
 Storage of large amount of data
 User interface through Roxar Field explorer
 Industry standard interfaces with external networks

50. Why Roxar Fieldwatch
 When installing the state-of-the-art Roxar Multiphase meter, Roxar
Fieldwatch is the best software to store, view and most importantly service
this during its operation
Roxar Field Many user of data
Explorer simultaneously
Roxar Field One server installed
server on site
Roxar Field
interfaces
Roxar Multiphase Many meters connected
meter simultaneously

51. Roxar Fieldwatch - Features
 Interface with third party network systems to connect/interface with the
Roxar Multiphase meter
 Specialized viewing features for Roxar Multiphase meter
 Data storage
 Data display
 Data transfer
 Service Console

52. Installation
 Typical communication set-up
Safe area Hazardous area
Roxar Fieldwatch Flow Computer
Distributed Control System

53. Installation
 Typical communication set-up
 1. MPFM 2600
 2. Flow computer, EExd

54. X-Ray Based Densitometer
Nuclear gamma-sources
traditionally required for optimal
MPFM measurements (high
accuracy and full GVF range).
X-ray based densitometer provides
the same or higher measurement
accuracy without the radioactive
isotope.
102
100
Special requirements concerning 98
storage, importing, handling during
GVF
96 MPFM
FluorX
installation, the return of used 94 NEL ref
sources etc avoided. 92
90
0 5 10 15 20 25 30
Test point
The obvious benefit when using an X-ray source is the possibility to switch off the radiation!
54

55. Today…Tomorrow…
Welcome to what’s next, welcome to
the future
Roxar Multiphase meter MPFM 2600
Built on Zector® Technology
This presentation is provided for information purposes only. It should not be used or considered as an offer to sell or a solicitation of an offer to buy any securities.
Any opinions expressed are subject to change without prior notice. Although all reasonable care has been taken to ensure that the information herein is not misleading,
Roxar ASA makes no representation or warranty expressed or implied as to its accuracy or completeness. Neither Roxar ASA, its employees, nor any other person
connected with it, accepts any liability whatsoever for any direct or consequential loss of any kind arising out of the use or reliance on the information in this presentation.
This presentation is prepared for general circulation and general information.