Time Domain Controlled Source Electromagnetics for Hydrocarbon Applications

Strack, K. M.; Hanstein, T.; Stoyer, C. H.; Thomsen, Leon

doi:10.1007/978-94-007-0323-0_7

Cited by 6 publications

(3 citation statements)

References 25 publications

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“…Frequency domain (onshore) methods are common for shallow depth (< 500 m) except when integrated in Time-Frequency-EM (TFEM) as described below. For marine applications frequency domain CSEM is almost exclusively used [41] while time domain methods are only advantageous for shallow water applications [69]. Time domain methods as described by Keller et al [68] and Strack [66], use a grounded dipole transmitter and multicomponent receivers to acquire the electric and magnetic fields.…”

Section: Controlled Source Electromagnetics (Csem)mentioning

confidence: 99%

“…To model realistic steel casing environment using correct and representative casing parameters is paramount. We used the casing parameters (thickness, conductivity, permeability, and temperature variation) used for a real through casing resistivity logging tool design with 3D modeling [69] to get realistic responses. These results were subsequently confirmed by measurement and finally by independent tests with several logging tools from different manufacturers [81,82].…”

Section: Reservoir Monitoringmentioning

confidence: 99%

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An Array Multi-Physics Acquisition System with Focus on Reservoir Monitoring for the Energy Transition

2022

EESRR

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During the energy transition, geophysics will need to focus on novel green energy applications and to reduce the carbon footprint of hydrocarbon production. For both reservoir, monitoring is important, in particular dynamic monitoring of reservoir fluids. For renewable energies such as geothermal, electromagnetics has always been the geophysical ‘work horse’, while mostly microseismic has been used for monitoring. For hydrocarbon reservoirs, added value toward ZERO carbon footprint is obtained by increasing the recovery factor by of 30-40 % and thus reducing the cost/carbon emission per produced barrel. In addition, CO2 is sequestered in brine saturated reservoirs and also needs to be monitored. We are addressing the fluid monitoring issue here for electromagnetics and are reviewing how hardware, methodology and application are interlinked to build a complete system. Various applications and case histories where the results can be verified by borehole logs support this. The key issue is that our measurement need to respond to geologic realistic Earth formations which are, generally speaking, anisotropic. We direct the entire design of the system in solving that problem with direc-tional sensitive measurements. Next, when we want to monitor reservoir change we require a repeatability and accuracy hereto not necessary. By carefully controlling the entire hardware design from sensor to applications stage this can be achieved and we can obtain log scale resolution from surface measurement which was hereto not possible.

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Section: Controlled Source Electromagnetics (Csem)mentioning

confidence: 99%

Section: Reservoir Monitoringmentioning

confidence: 99%

An Array Multi-Physics Acquisition System with Focus on Reservoir Monitoring for the Energy Transition

2022

EESRR

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“…The relevance of the tasks considered in this work is to increase the level of delineation of fields and accumulations of hydrocarbon reservoirs [1][2][3].…”

Section: Introductionmentioning

confidence: 99%

Study of reflectance characteristics for isolation of anisotropic medium over hydrocarbons

Yanushkevich,

Dauhiala,

Adamovich

et al. 2023

J. Phys.: Conf. Ser.

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The article provides a study of the reflectance characteristics for the isolation of an anisotropic medium over hydrocarbons. An analysis of the reflectance characteristics for two-frequency electromagnetic waves when exposed to prevailing waves of either low or high frequency has been carried out. Experimental studies were carried out on real hydrocarbon fields. The results of these tests confirmed an increase in the level of delineation of oil and gas accumulations by measuring reflectance characteristics at (10 - 20) m. The obtained results of the studies can be used in electrical exploration systems to improve the accuracy of determining the boundaries of the deposit to improve the accuracy of determining the boundaries of the deposit by measuring reflectance characteristics in a wide frequency range and to enhance resolution while determining the location of deposits by measuring reflectance characteristics in two modes.

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Future Directions of Electromagnetic Methods for Hydrocarbon Applications

Strack¹

2013

Surv Geophys

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Time Domain Controlled Source Electromagnetics for Hydrocarbon Applications

Cited by 6 publications

References 25 publications

An Array Multi-Physics Acquisition System with Focus on Reservoir Monitoring for the Energy Transition

An Array Multi-Physics Acquisition System with Focus on Reservoir Monitoring for the Energy Transition

Study of reflectance characteristics for isolation of anisotropic medium over hydrocarbons

Future Directions of Electromagnetic Methods for Hydrocarbon Applications

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