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Real time downhole Pressure/Temperature monitoring protects your assets, and provides information to increase your production. Coiled Tubing Conveyed Monitoring System INJECTOR PRODUCER IMAGE COMING FROM IVAN Patented technology for deployment of multi-point pressure and temperature measurements along a horizontal well. The CT-MORE system is a custom designed, built-for-purpose monitoring system. Its design flexibility allows for retrieval and modifications before re- deployment in another horizontal well. PROMORE CT-MORE systems provide accurate real time pressure and temperature data where it is needed within the well. CT-MORE systems can incorporate multiple ERD™ sensors (ie heel, mid-point and toe) along with PROMORE Oilwell thermocouples at numerous measurement locations. Design configurations can also include gas lift assemblies and capillary tubes for fiber optic DTS (distributed temperature sensing) or pressure measurement. CT-MORE Advantages CT-MORE THERMAL TRACK RECORD – PROMORE has designed, manufactured, installed and maintained real-time downhole instrumentation for over 95% of all thermal pilot and commercial projects in Canada. PROMORE’s ERD™ sensor – Proven track record. Highest resolution data in the industry 0.00005% of full scale. Very High accuracy up to 0.03% of full scale. Extremely high temperature rating (300°C). ERD™ Drift Characterization – a decade of testing sensor stability and establishing predictable and acceptable results. Drift up to 250C is 1% of applied pressure, at 2100kPa, drift is 21kPa per year. RESERVOIR TEMPERATURES FIRST YEAR DRIFT RATE ESTIMATE APPLIED PRESSURE FIRST YEAR DRIFT RATE Celsius % of Applied Pressure kPa kPa psi 250 1.00% 3,900 39 6 225 0.60% 2,400 14 2 200 0.20% 1,450 3 0 GAS LIFT SUB ERD™ AT 2,100 FT TK AT 2,500 FT TK AT 2,750 FT ERD™ AT 3,000 FT TK AT 3,250 FT TK AT 3,500 FT ERD™ AT 3,900FT FLYING BLIND? - KEEP YOUR EYES ON THE RESERVOIR Multiple Configurations Available – through a combination of the large sensor port feed through and low temperature welding techniques, PROMORE, is able to offer numerous instruments inside the CT-MORE system; ERD™ Pressure and Temperature Sensors, Thermocouples, Fiber Optic systems, and capillary systems. Manufacturing Process – Low temp welding process with wire feed which introduces material and reduces stress on coil, reduces brittleness in coil near the weld, and protects cable from degradation during manufacturing. All welds are also third party x-rayed and must pass inspection before installation. 11-1148-02-01-CT-MORE_v8-EDIT.indd 1 12-05-16 9:56 AM

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Real time downhole Pressure/Temperature monitoring protects your assets, and provides information to increase your production.

Coiled Tubing Conveyed Monitoring System

INJECTOR PRODUCER IMAGE COMING FROM IVAN

Patented technology for deployment of multi-point pressure and temperature measurements along a horizontal well.

The CT-MORE system is a custom designed, built-for-purpose monitoring system. Its design flexibility allows for retrieval and modifications before re-deployment in another horizontal well.

PROMORE CT-MORE systems provide accurate real time pressure and temperature data where it is needed within the well. CT-MORE systems can incorporate multiple ERD™ sensors (ie heel, mid-point and toe) along with PROMORE Oilwell thermocouples at numerous measurement locations. Design configurations can also include gas lift assemblies and capillary tubes for fiber optic DTS (distributed temperature sensing) or pressure measurement.

CT-MORE Advantages

CT-MORE

THERMAL TRACK RECORD – PROMORE has designed, manufactured, installed and maintained real-time downhole instrumentation for over 95% of all thermal pilot and commercial projects in Canada.

PROMORE’s ERD™ sensor – Proven track record. Highest resolution data in the industry 0.00005% of full scale. Very High accuracy up to 0.03% of full scale. Extremely high temperature rating (300°C).

ERD™ Drift Characterization – a decade of testing sensor stability and establishing

predictable and acceptable results. Drift up to 250C is 1% of applied pressure, at 2100kPa, drift is 21kPa per year.

RESERVOIR TEMPERATURES

FIRST YEAR DRIFT RATE

ESTIMATE APPLIED PRESSURE

FIRST YEAR DRIFT RATE

Celsius % of Applied Pressure

kPa kPa psi

250 1.00% 3,900 39 6

225 0.60% 2,400 14 2

200 0.20% 1,450 3 0

GAS L

IFT S

UBER

D™ AT

2,10

0 FT

TK AT

2,50

0 FT

TK AT

2,75

0 FT

ERD™

AT 3,

000 F

TK AT

3,25

0 FT

TK AT

3,50

0 FT

ERD™

AT 3,

900F

FLYING BLIND? - KEEP YOUR EYES ON THE RESERVOIR

Multiple Configurations Available – through a combination of the large sensor port feed through and low temperature welding techniques, PROMORE, is able to offer numerous instruments inside the CT-MORE system; ERD™ Pressure and Temperature Sensors, Thermocouples, Fiber Optic systems, and capillary systems.

Manufacturing Process – Low temp welding process with wire feed which introduces material and reduces stress on coil, reduces brittleness in coil near the weld, and protects cable from degradation during manufacturing. All welds are also third party x-rayed and must pass inspection before installation.

11-1148-02-01-CT-MORE_v8-EDIT.indd 1 12-05-16 9:56 AM