I do my research in the field of hydrocarbon exploration and reservoir characterization using well log and seismic methods. We estimate a number of crucial parameters for reservoir estimations and for field development such as wellbore stability, drilling hazards and production optimization, which are as following below:
a) Reservoir Geomechanics: Pore pressure modelling and over pressure zones identification, In-situ stress magnitude and stress orientation, and rock modulus properties.
b) Petrophysics and Rockphysics: Water saturation estimation, Lithology estimations, porosity and permeability modelling, relationship of P-wave and S-wave velocity with other properties.
c) Seismic attributes and AVO analysis for fluid identifaction and quantification.
We use several non-linear techniques such as Machine Learning techniques, Deep neural network techniques and other simulations methods for the above mentioned studies.
We are also developing a new Petrophysical Lab and lab testing measurement of various parameters of the reservoir rocks such P- and S-wave velcoity in load conditions, Poisson's ratio with other rock modulus properties, and Porosity & Permeability using helium gas.
Recently, we are applying the above mentioned techniques in the conventional oil/gas reservoirs and as well as in the Gas hydrates reservoir. Now, the research will be expanding in the field of Coal & CBM exploration & production, Shale gas reservoir, Geothermal and CO2 sequestrations.
-
3D pore pressure modeling and overpressure zone prediction in the upper Assam Shelf, India Rai N., Singha D. K., Chatterjee R. By Acta Geophysica 70 - (2022)
-
Anisotropy analysis in shallow marine gas hydrate bearing sediments: A case study from the offshore Mahanadi basin, India Shukla P. K., Singha D. K., Sain K. By Marine Geophysical Research 43 - (2022)
-
Anisotropy and fracture analysis for coalbed methane reservoir development in Bokaro coalfield, India Banerjee A., Chatterjee R. , Singha D. K. By Geophysical Prospecting - (2022)
-
Modeling of in-situ horizontal stresses and orientation of maximum horizhontal stress in the gas hydrate-bearing sediments of the Mahanadi offshore basin, India Shukla P. K., Singha D. K., Sain K. By Geomechanics and Geophysics for Geo-Energy and Geo-Resources 8 - (2022)
-
Petrophysical analysis and rock physics modelling for estimation of gas hydrate saturation: A case study in the Mahanadi basin Shukla P. K., Singha D. K., Yadav P. K., Sain K. By Journal of Geological Society of India 98 - (2022)
Principal Investigator
- Coupled Reservoir Geomechanical Modelling for gas hydrates reservoir, and oil/gas reservoir in high pressure and high temperature (HPHT) sedimentary basin
- Laboratory Measurement of Petrophysical Parameters of the Reservoir Rocks using Instruments
Ph. D. Students
Laraib Abbas
Area of Research: Applied Geophysics
Rupam Roy
Area of Research: Applied Geophysics
Saikat Adhikary
Area of Research: Applied Geophysics in Reservoir Geophysics
Shikha
Area of Research: Geoelectrical and Electromagnetic techniques for the subsurface exploration