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Electromagnetic Heating of Oil

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Proceedings Papers

Paper presented at the SPE Canada Heavy Oil Conference, September 28–October 2, 2020
Paper Number: SPE-199910-MS
... In this paper, simulation work has been conducted for the evaluation of electromagnetic heating for oil sands recovery. In electromagnetic heating, frequency is defined as the number of oscillations of electromagnetic energy per second. In general, frequencies ranging from 3 kHz to 300 GHz...
Proceedings Papers

Paper presented at the SPE Reservoir Simulation Conference, April 10–11, 2019
Paper Number: SPE-193905-MS
... Abstract For thermal heavy oil recovery, conventional steam injection processes are generally limited to reservoirs of relatively shallow depth, high permeability, thick pay zone and homogeneity. An alternative approach of applying Electromagnetic (EM) energy may be used to generate heat...
Proceedings Papers

Paper presented at the SPE Western Regional Meeting, March 21–23, 2012
Paper Number: SPE-154123-MS
... potential as a non-steam based thermal method for heavy oil recovery. Electromagnetic heating has several advantages over steam injection. The efficiency of steam injection is often limited by low formation permeability. Because EM energy is also absorbed by the formation, permeability of the formation...
Proceedings Papers

Paper presented at the SPE Annual Technical Conference and Exhibition, September 21–24, 2008
Paper Number: SPE-115723-MS
... oil sand bitumen steam-assisted gravity drainage production control Reservoir Surveillance complex reservoir production monitoring production logging Upstream Oil & Gas thermal method enhanced recovery SAGD EM heating resistive heating radial flow electromagnetic heating co...
Proceedings Papers

Paper presented at the SPE Reservoir Simulation Conference, April 10–11, 2019
Paper Number: SPE-193836-MS
... ) coupled a commercial finite element electromagnetic simulator with a commercial reservoir simulator. They concluded that electromagnetic heating of heavy oil is a promising method of production. Fluid and energy flow in the reservoir are governed by the conservation equations. Mass conservation...
Journal Articles
OIJ 2019 (02): 82–85.
Paper Number: OIJ-2019-02-082-085-RU
Published: 01 February 2019
...L. A. Kovaleva; R. R. Zinnatullin; M. D. Valeev; R. Z. Minnigalimov; R. H. Fassahov The PDF file of this paper is in Russian. The article considers the possibility of applying a high-frequency frequency electromagnetic field for heating heavy oil in pipelines. A laboratory test bench for studying...
Proceedings Papers

Paper presented at the International Petroleum Technology Conference, November 15–17, 2011
Paper Number: IPTC-14720-MS
... electromagnetic heating asphaltenic component nano-nickel catalyst watt heavy oil reaction Ab In ach pre Th Wh Th pro Th rem int int In a s hea tha Gr Int Du res inc che pro cha int pro of Ste red of ope Ho add IP Us Vi J. Cop This This pres refle Com Con ackn stract order for hea ieve a highly cipitation...
Proceedings Papers

Paper presented at the SPE Asia Pacific Oil & Gas Conference and Exhibition, October 25–27, 2016
Paper Number: SPE-182152-MS
... them. In electromagnetic heating system, nanoparticles is usually carried using native brine into the reservoir in the form of nanofluid. During the injection process, nanofluid is in contact with heavy oil. This creates a possibility for nanoparticles to transfer from brine to oil. Moreover, when...
Proceedings Papers

Paper presented at the SPE Canada Heavy Oil Technical Conference, June 7–9, 2016
Paper Number: SPE-180747-MS
... Abstract Electromagnetic (EM) heating holds a large potential in heavy oil recovery since it can reduce carbon emission and avoid excessive water usage, and is applicable for water hostile reservoirs such as shale oil reservoirs. Combining solvent injection and EM heating might further reduce...
Proceedings Papers

Paper presented at the SPE Russian Petroleum Technology Conference, October 26–28, 2015
Paper Number: SPE-176538-MS
... Abstract Electromagnetic (EM) heating is a new promising technology to enhance the recovery in heavy oil reservoirs significantly. The method is in general not limited to depth and is able to homogenously heat up large volumes of a reservoir. In this work the potential of heavy oil production...
Proceedings Papers

Paper presented at the SPE Heavy Oil Conference-Canada, June 11–13, 2013
Paper Number: SPE-165507-MS
... σ = σ w ϕ 1.37 S w 2 0.88 Abstract Electromagnetically driven heavy oil recovery is considered as an alternative or as a complementary technique to steam injection methods. Inductive electromagnetic heating (IH) of heavy oil reservoir represents a complicated...
Journal Articles
J Pet Technol 64 (06): 126–129.
Paper Number: SPE-0612-0126-JPT
Published: 01 June 2012
... variation geometry thermal efficiency electromagnetic heating method injection recovery bitumen recovery 126 JPT JUNE 2012 Thermal methods are well-known for enhancing oil recovery by decreasing reservoir-oil viscosity substantially by raising the temperature. Although it is one of the more...
Proceedings Papers

Paper presented at the Canadian Unconventional Resources Conference, November 15–17, 2011
Paper Number: SPE-148932-MS
... Technology , Vol. 91 , Issue 2 , February 2010 , Pages 127 – 135 [5]. Electromagnetic Heating Method For Improving Steam Assisted Gravity Drainage ; M. Koolman , N. Huber , D. Diehl and B. Wacker , Siemens , A.G. ; 2008 SPE International Thermal Operations and Heavy Oil...
Proceedings Papers

Paper presented at the SPE Improved Oil Recovery Symposium, April 24–28, 2010
Paper Number: SPE-129730-MS
... Abstract Electromagnetic (EM) heating, also called high-frequency heating, generates EM waves through an antenna located inside a wellbore and parallel to the reservoir sand-face. The EM energy heats the reservoir from within, causing oil viscosity to lower and oil production to increase...
Proceedings Papers

Paper presented at the International Arctic Technology Conference, May 29–31, 1991
Paper Number: SPE-22177-MS
..., such as gas injection, waterflooding, etc. are investigated along with electromagnetic heating. Numerical simulation results show oil recovery as high as 60% of the oil in place for tar sands. The recovery is even higher for heavy oil of moderate viscosity. Finally, a numerical run using steam-assisted...
Proceedings Papers

Paper presented at the SPE Heavy and Extra Heavy Oil Conference: Latin America, September 24–26, 2014
Paper Number: SPE-171073-MS
... by the electromagnetic waves. The increment of reservoir temperature reduces the extra heavy oil (EHO) viscosity and allows such viscous fluid to flow. After heating a substantial fluid volume, the downhole sampling operation with a wireline tool can be started. Heated volume and temperature increment become key...
Images
Cumulative <b>oil</b> produced by <b>electromagnetic</b> <b>heating</b> of case 5 and case 6.
Published: 24 September 2020
Figure 4 Cumulative oil produced by electromagnetic heating of case 5 and case 6. More
Images
Cumulative <b>oil</b> produced by <b>electromagnetic</b> <b>heating</b> of case 7 and case 8.
Published: 24 September 2020
Figure 5 Cumulative oil produced by electromagnetic heating of case 7 and case 8. More
Images
Cumulative <b>oil</b> produced by <b>electromagnetic</b> <b>heating</b> of case 8 and case 9.
Published: 24 September 2020
Figure 7 Cumulative oil produced by electromagnetic heating of case 8 and case 9. More
Proceedings Papers

Paper presented at the SPE Heavy Oil Conference-Canada, June 11–13, 2013
Paper Number: SPE-165508-MS
... recovery electromagnetically heated gravel pack SAGD calculation viscosity gravel pack steam-assisted gravity drainage generator heating induction heating spe 165508 proppant production well gravel pack completion thermal method Upstream Oil &amp; Gas stimulation conductive material...

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