suhas talukdar - Academia.edu (original) (raw)
Papers by suhas talukdar
The Circum-Gulf of Mexico and the Caribbean<subtitle>Hydrocarbon Habitats, Basin Formation and Plate Tectonics</subtitle>
First Break, Apr 1, 2007
F or the timely evaluation of hydrocarbon exploration opportunities, ready access to supporting d... more F or the timely evaluation of hydrocarbon exploration opportunities, ready access to supporting data and information is critical. Access to this information via conventional brick-and-mortar data rooms is often problematic and consequently they are increasingly being replaced by web portals that allow remote, secure access to large amounts of specialized data and information. The future need for and value of these solutions will grow as the demand for information in support of hydrocarbon development activities increases. This article describes a solution developed for PERUPET-RO, the government agency responsible for promoting hydrocarbon exploration and exploitation opportunities in Peru. A specialized petroleum database was developed and petroleum systems defined as a means to generate renewed interest in hydrocarbon exploration in Peru. The end result allows potential energy investors access to key hydrocarbon exploration information via a Web-enabled portal. This project required development of new technologies and approaches to provide potential energy investors access to key hydrocarbon exploration information via a Web-enabled portal. It also required experienced geoscientists capable of evaluating and synthesizing large volumes of geoscience data into information for decision-making purposes. These diverse technical skills and capabilities were effectively melded to develop a petroleum system tool in support of hydrocarbon development activities. The first objective was to develop a Web-based petroleum systems database that houses or links to diverse petroleum exploration data types, such as well logs (LAS), core images (JPEG, GIF), well and regional reports (PDF, Word), geo-logic and data maps, georeferenced information, and raw and interpreted geochemical data. The premise was that effective integration of a variety of data sources is critical for geo-science professionals to properly evaluate the prospectivi-ty of a basin or region. Additional database functionality requirements were powerful map-based search tools, graph-ing/charting data visualization tools, and the ability to down-load information directly into standard industry software. Key geochemical and well data were QC'd, mapped to appropriate database fields, and loaded into the database for future data browsing. The second objective was to provide petroleum systems descriptions for each of 17 major sedimentary basins in Peru. Defining petroleum systems in a basin helps to identify the most promising commercial areas and thereby reduces exploration risk. Experienced geologists and geochemists assimilated and interpreted information compiled from an extensive petroleum database made available by PERUPETRO. This information was fully integrated with geological, geophysical, petrophysical, and modelling results. Since the data was QC'd and organized into a single repository, all …
technology to enhance exploration success: a case study from Peru
5th Simposio Bolivariano - Exploracion Petrolera en las Cuencas Subandinas, 1994
3rd Simposio Bolivariano - Exploracion Petrolera en las Cuencas Subandinas, 1988
4th Simposio Bolivariano - Exploracion Petrolera en las Cuencas Subandinas, 1991
Geos Revista Venezolana De Ciencias De La Tierra, Jan 9, 2014
Geos Revista Venezolana De Ciencias De La Tierra, Aug 13, 2014
Geos Revista Venezolana De Ciencias De La Tierra, Jan 9, 2014
Organic Geochemistry, 1986
Organic Geochemistry, 1988
... Temperature gradients calculated from the the-oretical considerations (Talukdar et al., 1986b... more ... Temperature gradients calculated from the the-oretical considerations (Talukdar et al., 1986b) de-creased from 1.9 ... 3 Ro 0,44% Ro 0.54% 4 Ro 0.116% b II my II,p TIME AFTIVI ... Special thanks are due to Dr John M. Hunt of Woods Hole Oceanographic Institution, USA Petroleum ...
Organic Geochemistry, 1988
Organic Geochemistry, 1990
Oil & Gas Science and Technology, 1988
... すべて CiNiiに本文あり CiNiiに本文あり、または連携サービスへのリンクあり. Observations on the primary migration of oil in t... more ... すべて CiNiiに本文あり CiNiiに本文あり、または連携サービスへのリンクあり. Observations on the primary migration of oil in the La Luna source rocks of the Maracaibo Basin, Venezuela. TALUKDAR S. 被引用文献: 1件. 収録刊行物. Migration of Hydrocarbons in Sedimentary Basins. ...
AAPG …, 2005
... Jennette, DC, TF Wawrzyniec, K. Fouad, J. Meneses-Rocha, MH Holtz, S. Sakurai, S. Talukdar, F... more ... Jennette, DC, TF Wawrzyniec, K. Fouad, J. Meneses-Rocha, MH Holtz, S. Sakurai, S. Talukdar, F. Grimaldo, R. Muñoz, JE Lugo, D ... The Bureau of Economic Geology, John A. and Katherine G. Jackson School of Geosciences, The University of Texas at Austin, acknowledges ...
… COAST ASSOCIATION OF …, 2002
AAPG Bulletin, 2008
ABSTRACT This study characterizes Miocene chronostratigraphy and plays in the Burgos Basin and ad... more ABSTRACT This study characterizes Miocene chronostratigraphy and plays in the Burgos Basin and adjacent south Texas within an area of approximately 39 700 km(2) (15,300 mi(2)), onshore and offshore (to the 500-m [1640-ft] isobath). Using greater than 40,000 linear kilometers (25,000 mi) of two-dimensional seismic lines, 115 onshore wells, 9 offshore wells, and paleontological data, we established a correlation framework of 9 key surfaces (upper Oligocene to lower Pliocene) representing major (probably third-order) sequence boundaries and maximum flooding surfaces throughout the basin. Five of the Burgos Miocene surfaces coincide with regional chronostratigraphic surfaces from the Veracruz and Laguna Madre-Tuxpan basins, thus establishing a consistent correlation framework throughout much of the Mexican Gulf Coast Basin. Twenty Miocene plays are defined by four age divisions Gower Miocene, middle Miocene, upper Miocene 1, and upper Miocene_2) and four paleogeographic settings (unexpanded and expanded shelf, proximal slope, and distal slope). Because of proven high productivity in salt-bounded basins in the northem Gulf of Mexico, the onlap of strata onto diapirs in the eastern Burgos salt province was evaluated as a fifth setting. The paleogeographic provinces and onlap areas exhibit characteristic seismic facies, stratal geometries, and structural relations; a characterization of each one of these being key to the overall play evaluation. This play framework provides the means for continuing exploration of Miocene strata and evaluation of key play elements (reservoir presence and quality, seal, trap, source, and migration and timing) in this structurally complex, under-explored basin. The relative importance of these play elements varies systematically for each play, especially between the onshore shelf plays and the offshore deep-water plays, where fault complexity and stratigraphic variability are greater.
The Circum-Gulf of Mexico and the Caribbean<subtitle>Hydrocarbon Habitats, Basin Formation and Plate Tectonics</subtitle>
First Break, Apr 1, 2007
F or the timely evaluation of hydrocarbon exploration opportunities, ready access to supporting d... more F or the timely evaluation of hydrocarbon exploration opportunities, ready access to supporting data and information is critical. Access to this information via conventional brick-and-mortar data rooms is often problematic and consequently they are increasingly being replaced by web portals that allow remote, secure access to large amounts of specialized data and information. The future need for and value of these solutions will grow as the demand for information in support of hydrocarbon development activities increases. This article describes a solution developed for PERUPET-RO, the government agency responsible for promoting hydrocarbon exploration and exploitation opportunities in Peru. A specialized petroleum database was developed and petroleum systems defined as a means to generate renewed interest in hydrocarbon exploration in Peru. The end result allows potential energy investors access to key hydrocarbon exploration information via a Web-enabled portal. This project required development of new technologies and approaches to provide potential energy investors access to key hydrocarbon exploration information via a Web-enabled portal. It also required experienced geoscientists capable of evaluating and synthesizing large volumes of geoscience data into information for decision-making purposes. These diverse technical skills and capabilities were effectively melded to develop a petroleum system tool in support of hydrocarbon development activities. The first objective was to develop a Web-based petroleum systems database that houses or links to diverse petroleum exploration data types, such as well logs (LAS), core images (JPEG, GIF), well and regional reports (PDF, Word), geo-logic and data maps, georeferenced information, and raw and interpreted geochemical data. The premise was that effective integration of a variety of data sources is critical for geo-science professionals to properly evaluate the prospectivi-ty of a basin or region. Additional database functionality requirements were powerful map-based search tools, graph-ing/charting data visualization tools, and the ability to down-load information directly into standard industry software. Key geochemical and well data were QC'd, mapped to appropriate database fields, and loaded into the database for future data browsing. The second objective was to provide petroleum systems descriptions for each of 17 major sedimentary basins in Peru. Defining petroleum systems in a basin helps to identify the most promising commercial areas and thereby reduces exploration risk. Experienced geologists and geochemists assimilated and interpreted information compiled from an extensive petroleum database made available by PERUPETRO. This information was fully integrated with geological, geophysical, petrophysical, and modelling results. Since the data was QC'd and organized into a single repository, all …
technology to enhance exploration success: a case study from Peru
5th Simposio Bolivariano - Exploracion Petrolera en las Cuencas Subandinas, 1994
3rd Simposio Bolivariano - Exploracion Petrolera en las Cuencas Subandinas, 1988
4th Simposio Bolivariano - Exploracion Petrolera en las Cuencas Subandinas, 1991
Geos Revista Venezolana De Ciencias De La Tierra, Jan 9, 2014
Geos Revista Venezolana De Ciencias De La Tierra, Aug 13, 2014
Geos Revista Venezolana De Ciencias De La Tierra, Jan 9, 2014
Organic Geochemistry, 1986
Organic Geochemistry, 1988
... Temperature gradients calculated from the the-oretical considerations (Talukdar et al., 1986b... more ... Temperature gradients calculated from the the-oretical considerations (Talukdar et al., 1986b) de-creased from 1.9 ... 3 Ro 0,44% Ro 0.54% 4 Ro 0.116% b II my II,p TIME AFTIVI ... Special thanks are due to Dr John M. Hunt of Woods Hole Oceanographic Institution, USA Petroleum ...
Organic Geochemistry, 1988
Organic Geochemistry, 1990
Oil & Gas Science and Technology, 1988
... すべて CiNiiに本文あり CiNiiに本文あり、または連携サービスへのリンクあり. Observations on the primary migration of oil in t... more ... すべて CiNiiに本文あり CiNiiに本文あり、または連携サービスへのリンクあり. Observations on the primary migration of oil in the La Luna source rocks of the Maracaibo Basin, Venezuela. TALUKDAR S. 被引用文献: 1件. 収録刊行物. Migration of Hydrocarbons in Sedimentary Basins. ...
AAPG …, 2005
... Jennette, DC, TF Wawrzyniec, K. Fouad, J. Meneses-Rocha, MH Holtz, S. Sakurai, S. Talukdar, F... more ... Jennette, DC, TF Wawrzyniec, K. Fouad, J. Meneses-Rocha, MH Holtz, S. Sakurai, S. Talukdar, F. Grimaldo, R. Muñoz, JE Lugo, D ... The Bureau of Economic Geology, John A. and Katherine G. Jackson School of Geosciences, The University of Texas at Austin, acknowledges ...
… COAST ASSOCIATION OF …, 2002
AAPG Bulletin, 2008
ABSTRACT This study characterizes Miocene chronostratigraphy and plays in the Burgos Basin and ad... more ABSTRACT This study characterizes Miocene chronostratigraphy and plays in the Burgos Basin and adjacent south Texas within an area of approximately 39 700 km(2) (15,300 mi(2)), onshore and offshore (to the 500-m [1640-ft] isobath). Using greater than 40,000 linear kilometers (25,000 mi) of two-dimensional seismic lines, 115 onshore wells, 9 offshore wells, and paleontological data, we established a correlation framework of 9 key surfaces (upper Oligocene to lower Pliocene) representing major (probably third-order) sequence boundaries and maximum flooding surfaces throughout the basin. Five of the Burgos Miocene surfaces coincide with regional chronostratigraphic surfaces from the Veracruz and Laguna Madre-Tuxpan basins, thus establishing a consistent correlation framework throughout much of the Mexican Gulf Coast Basin. Twenty Miocene plays are defined by four age divisions Gower Miocene, middle Miocene, upper Miocene 1, and upper Miocene_2) and four paleogeographic settings (unexpanded and expanded shelf, proximal slope, and distal slope). Because of proven high productivity in salt-bounded basins in the northem Gulf of Mexico, the onlap of strata onto diapirs in the eastern Burgos salt province was evaluated as a fifth setting. The paleogeographic provinces and onlap areas exhibit characteristic seismic facies, stratal geometries, and structural relations; a characterization of each one of these being key to the overall play evaluation. This play framework provides the means for continuing exploration of Miocene strata and evaluation of key play elements (reservoir presence and quality, seal, trap, source, and migration and timing) in this structurally complex, under-explored basin. The relative importance of these play elements varies systematically for each play, especially between the onshore shelf plays and the offshore deep-water plays, where fault complexity and stratigraphic variability are greater.