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Friday • July 30 • 2010
The ability to dynamically observe temperature and pressure at the production zone has provided valuable information. The most common, and most significant finding is that bottom hole temperature is nearly always lowered during production.
In a well that had been in production for more than a year, we observed that the bottom hole temperature was 8 degrees C below the driller's reported value. That has been typical for all wells but two, one a water-out horizontal and the other at the edge of a steam flood, with the temperature before heat is applied being 4 to 9 degrees C below expected values.
When the MxL system is applied to an existing well, that has reserves and adequate drive pressure, increased production can usually be realized.
Alleviates Sanding-In
Controls Temperature Within The Zone
Determines Flow Response From The Zone
Heats Only The Selected Zone
Increases Oil Mobility
Increases Pump Efficiency
Portable
Reduces Pump Torque
Reduces Water Cut
Remote Controllable
Retrofit Design
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The following files are in Adobe Acrobat PDF format. Left click to view them in your web browser, or right click and choose "Save Target As" (Internet Explorer) or "Save Link As" (Mozilla Firefox) to download them for offline viewing.
File Name Description
MxL Induction Heater.pdf MxL Details & Case Histories
MxL PEPS.pdf MxL Production Enhancement Projection Software Methodology
MxL Horizontal.pdf Horizontal Well System Configuration
MxL Vertical.pdf Vertical Well System Configuration
MLW-1 History.pdf Update Of Alsace France System
SPE articles can be found at: http://www.spe.org

SPE articles:

SPE 68220 "Field Pilot Test of Thermal Stimulation of Rubble Reservoir Using Down-hole Induction Heaters"

SPE 62550 "Electromagnetic Heating Methods for Heavy Oil Reservoirs"

SPE 78968 "The Effect of Clay Fraction on Heavy Oil Depletion Test"

SPE 79032 "CHOPS in Jilin Province, China"

SPE 79018 "PVT and Viscosity Measurements for Lloydminster-Aberfeldy and Cold Lake Blended Oil Systems"

Unitar Conference articles: Seventh Unitar Conference Manuscript No. 061 "Electrical Induction Heating of Heavy Oil Wells Using the Triflux System"

5th Unitar/UNDP International Conference on Heavy Crude and Tar Sands "Visco-Skin Effect in Heavy Oil Reservoirs"
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Introducing The MxL Downhole Induction Heating System