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Transverse product effect on CSEM with double Hydrocarbon reservoir in seabed logging

In this paper, simulations are performed to reaffirm the relationship between the resistivity and the thickness of the Hydrocarbon reservoir by considering double layers of Hydrocarbon in seabed logging application. In order to establish this correlation, various simulation models are carried out using Computer Simulation Technology (CST) tool and the results obtained from each simulation is plotted as graphs using MATLAB. The simulations are performed, by varying the resistivity and thickness of the second Hydrocarbon layer at various target depths. The results obtained from the simulations, illustrate that the resistivity and the thickness of the Hydrocarbon have a direct relationship by a factor of 1 and that the electric field strength is affected by considering multiple layers of Hydrocarbons, so as to know that the electromagnetic waves transmitted reach the bottom layer of Hydrocarbon and not just only the first upper layer of the Hydrocarbon reservoir under the seabed floor.