Mona Sayed Gouda currently works as a Senior Geophysicist for Eni evaluating development activities in the Nile Delta and Western Desert of Egypt. She has over 15 years of experience as a Geophysicist and Reservoir Engineer working on exploration and development projects in Egypt, Congo, and Italy for companies including BP, Eni, and IEOC. Her responsibilities have included seismic interpretation, reservoir modeling, prospect generation and evaluation, and providing geophysical support. She also has a private business as a Feng Shui consultant and meditation practitioner.
Michael Frankovitch has over 30 years of experience as a geologist, working on projects in South Africa, Canada, Libya, and other countries. He is currently a Principal Geologist at PetroSA in Cape Town, where he manages projects, updates geological models, and assesses new prospects. Previously he held senior geology roles with several oil and gas companies, gaining experience in reservoir characterization, drilling programs, production growth, and business development. He has strong technical skills in mapping, seismic interpretation, reservoir modeling, and risk assessment.
Velocity analysis and depth conversion in the offshre kaboudia permitGuizani Aymen
Accurate depth conversion is vital to map depth and thickness of subsurface layers interpreted from seismic reflection images and for structural model building, but depth conversion requires good quality seismic velocity information. The number and distribution of wells with velocity information in the Kaboudia permit is poor, in contrast, a 3D post-stack seismic reflection data covers the area of interest and providing a good distribution of stacking velocities.
Seismic stacking velocities are an outcome of seismic processing and are thus not a direct measurement of the speed of sound in rocks. To improve the quality of the depth conversion workflow in this area characterized by a complex geological environment a methodology is suggested to calibrate stacking velocities against borehole velocity measurements. This would allow the widespread stacking velocities to be used to create a more constrained velocity model of the interpreted layers in the Kaboudia permit.
The methodology consist of computing calibration coefficient resulting from comparing seismic velocities and wells data then Multiply depths derived from stacking velocities by calibration coefficient mapped with different options of gridding. the robustness of this process is assessed by putting the resulting converted surfaces in contrast with other simple depth conversion workflows and by relative errors to wells and uncertainty analysis.
The Tampia Hill gold deposit, is located near the town of Narembeen in the Wheatbelt of Western Australia, 25 km east of Perth. Explaurum held the project from 2014 until the end of 2018 and during this period Kenex provided key services including on-site project management, interpretation of downhole wireline data, building 2D and 3D geological maps, and 3D mineral potential mapping for resource domaining and to help target grade control drilling inside the pit design. Kenex were also involved in the compilation of data over the wider area around Tampia and helping to target exploration using updated geological maps and mineral potential mapping.
PaleoClimate and PaleoRun Overview by Arwen Vaughan, Rothwell: 2013/Third Ann...The Rothwell Group, L.P.
This document introduces PaleoClimate and PaleoRun software tools. PaleoClimate is a desktop application that models ancient climate conditions like temperature, wind, and ocean currents. It was built on earlier work and complements the PaleoGIS tool. PaleoRun allows batch processing of multiple PaleoGIS or PaleoClimate jobs through a single XML configuration file for scenarios like running long jobs or regularly scheduled reconstructions.
Mineral Potential Mapping for Pre-Competitive Data Delivery in NSW Zone 54Kenex Ltd
This presentation explores the benefits of using all available geosciences data to provide the most reliable basis for exploration decision-making and from which to develop the most appropriate and cost-effective exploration programs.
Plate Reconstruction Methodology; Ways to Check Reconstruction Quality by Bru...The Rothwell Group, L.P.
Plate Reconstruction Methodology; Ways to Check Reconstruction Quality by Bruce Eglington, University of Saskatchewan - 2014 PaleoGIS & PaleoClimate Users Conference
Mineral potential mapping as a strategic planning tool in the eastern Lachlan...Kenex Ltd
The Geological Survey of New South Wales (GSNSW) is undertaking a statewide mineral potential mapping project driven by the need to provide justifiable land use planning advice to key government stakeholders and to highlight the exploration potential of the state’s major mineral systems at a regional scale. Following delivery of mineral potential data packages for the Southern New England Orogen in 2017, and the Curnamona Province and Delamerian Thomson Orogen in 2018, the eastern Lachlan Orogen was selected as the next area for a review of key mineral systems and mineral potential. The study area covers the Lachlan Orogen east of the Gilmore Fault and the study mapped the mineral potential for porphyry Cu–Au, polymetallic skarn, Kanimblan orogenic Au, Tabberabberan orogenic Au, and VAMS mineral systems.
The full report and data package can be downloaded from: https://search.geoscience.nsw.gov.au/product/9253
Michael Frankovitch has over 30 years of experience as a geologist, working on projects in South Africa, Canada, Libya, and other countries. He is currently a Principal Geologist at PetroSA in Cape Town, where he manages projects, updates geological models, and assesses new prospects. Previously he held senior geology roles with several oil and gas companies, gaining experience in reservoir characterization, drilling programs, production growth, and business development. He has strong technical skills in mapping, seismic interpretation, reservoir modeling, and risk assessment.
Velocity analysis and depth conversion in the offshre kaboudia permitGuizani Aymen
Accurate depth conversion is vital to map depth and thickness of subsurface layers interpreted from seismic reflection images and for structural model building, but depth conversion requires good quality seismic velocity information. The number and distribution of wells with velocity information in the Kaboudia permit is poor, in contrast, a 3D post-stack seismic reflection data covers the area of interest and providing a good distribution of stacking velocities.
Seismic stacking velocities are an outcome of seismic processing and are thus not a direct measurement of the speed of sound in rocks. To improve the quality of the depth conversion workflow in this area characterized by a complex geological environment a methodology is suggested to calibrate stacking velocities against borehole velocity measurements. This would allow the widespread stacking velocities to be used to create a more constrained velocity model of the interpreted layers in the Kaboudia permit.
The methodology consist of computing calibration coefficient resulting from comparing seismic velocities and wells data then Multiply depths derived from stacking velocities by calibration coefficient mapped with different options of gridding. the robustness of this process is assessed by putting the resulting converted surfaces in contrast with other simple depth conversion workflows and by relative errors to wells and uncertainty analysis.
The Tampia Hill gold deposit, is located near the town of Narembeen in the Wheatbelt of Western Australia, 25 km east of Perth. Explaurum held the project from 2014 until the end of 2018 and during this period Kenex provided key services including on-site project management, interpretation of downhole wireline data, building 2D and 3D geological maps, and 3D mineral potential mapping for resource domaining and to help target grade control drilling inside the pit design. Kenex were also involved in the compilation of data over the wider area around Tampia and helping to target exploration using updated geological maps and mineral potential mapping.
PaleoClimate and PaleoRun Overview by Arwen Vaughan, Rothwell: 2013/Third Ann...The Rothwell Group, L.P.
This document introduces PaleoClimate and PaleoRun software tools. PaleoClimate is a desktop application that models ancient climate conditions like temperature, wind, and ocean currents. It was built on earlier work and complements the PaleoGIS tool. PaleoRun allows batch processing of multiple PaleoGIS or PaleoClimate jobs through a single XML configuration file for scenarios like running long jobs or regularly scheduled reconstructions.
Mineral Potential Mapping for Pre-Competitive Data Delivery in NSW Zone 54Kenex Ltd
This presentation explores the benefits of using all available geosciences data to provide the most reliable basis for exploration decision-making and from which to develop the most appropriate and cost-effective exploration programs.
Plate Reconstruction Methodology; Ways to Check Reconstruction Quality by Bru...The Rothwell Group, L.P.
Plate Reconstruction Methodology; Ways to Check Reconstruction Quality by Bruce Eglington, University of Saskatchewan - 2014 PaleoGIS & PaleoClimate Users Conference
Mineral potential mapping as a strategic planning tool in the eastern Lachlan...Kenex Ltd
The Geological Survey of New South Wales (GSNSW) is undertaking a statewide mineral potential mapping project driven by the need to provide justifiable land use planning advice to key government stakeholders and to highlight the exploration potential of the state’s major mineral systems at a regional scale. Following delivery of mineral potential data packages for the Southern New England Orogen in 2017, and the Curnamona Province and Delamerian Thomson Orogen in 2018, the eastern Lachlan Orogen was selected as the next area for a review of key mineral systems and mineral potential. The study area covers the Lachlan Orogen east of the Gilmore Fault and the study mapped the mineral potential for porphyry Cu–Au, polymetallic skarn, Kanimblan orogenic Au, Tabberabberan orogenic Au, and VAMS mineral systems.
The full report and data package can be downloaded from: https://search.geoscience.nsw.gov.au/product/9253
This document provides details of William G. Olsen's professional experience as a geologist and hydrogeologist working for The Chazen Companies in New York State from 2002 to present. It describes his roles and responsibilities in field work and projects related to groundwater resources, environmental site assessments, and remediation investigations. Specific projects discussed include a groundwater resource investigation for a water district expansion, evaluating well performance through specific capacity analysis, and developing a backup groundwater source for a municipality.
Qualitative Comparison of Offset Surfaces Between the Central and Eastern Gar...Tom Crane
This study analyzes and compares offset surfaces along the central and eastern segments of the Garlock fault in California using LiDAR data and imagery. Qualitative methods were used to establish relative ages of alluvial surfaces based on characteristics like height, shape, dissection, surface darkness, and smoothness. Measured offsets of surfaces of similar inferred ages along the central fault were greater than for the eastern fault, suggesting a reduction in slip rate eastward. Preliminary slip rate estimates are 4.2 mm/yr for the central fault and 1.0 mm/yr for the eastern fault, indicating a decreasing rate from west to east along the fault. OSL dating of samples will provide firmer slip rate calculations to verify
Late Cretaceous to Pliocene Paleogeographic Maps of the Gulf of Mexico - Cari...The Rothwell Group, L.P.
This document presents a methodology for creating GIS-based paleogeographic maps using a data-driven approach. The methodology involves:
1) Integrating various data sources like plate models, well data, seismic facies, and published paleogeography into a GIS database.
2) Reconstructing paleogeography for different time periods by interpreting the compiled data in a GIS environment using tools like ArcMap and PaleoGIS.
3) Iteratively checking and refining the results, incorporating new data as it becomes available.
Stephen Kuhlman seeks a position providing data management support for geologic interpretation in oil and gas exploration. He has over 20 years of experience managing geospatial datasets including seismic data, well logs, and geologic models. His skills include GIS analysis, 3D modeling, database management, and software such as Petrel, Rockworks, and ArcGIS. He holds a B.Sc. in Geophysics and has worked on projects involving environmental remediation and oil/gas exploration.
This document presents a seismic interpretation and attributes analysis of the Dhodak Gas/Condensate field in central Pakistan. The objectives were to delineate subsurface horizons, identify faults, and generate time and depth contour maps. Key findings include:
1) The main source rock is the Sembar Shale, and the reservoir is the Pab Sandstone. Reflectors were identified as the Dunghan Formation, Lower Ranikot Formation, and Pab Sandstone using a synthetic seismogram.
2) Interpretation of three seismic lines identified thrust faults across the area and a pop-up structure.
3) Time and depth contour maps were generated for the three formations to locate probable well
PALEOMAP Project Update by Christopher R. Scotese: 2013/Third Annual PaleoGIS...The Rothwell Group, L.P.
This document provides an update on the PALEOMAP Project. It thanks sponsors who have supported the PaleoAtlas. It highlights accomplishments in 2013, including a new global plate model, finalizing over 100 paleogeographic time slices in the PaleoAtlas, and beginning work on an Earth System Archive to define over 50 paleoclimate and paleoenvironmental variables. Plans for 2014 include further developing the Earth System Archive with additional paleoclimate simulations, adding new data layers to the PaleoAtlas, and continuing work on a book documenting Earth's history.
The document discusses the importance of spatial data integrity in oil and gas exploration. It provides examples of how failures in spatial data integrity, such as using incorrect coordinate reference systems, can lead to significant costs and issues. Spatial data is critical in exploration activities from seismic surveying and well positioning to infrastructure construction. The case study of the SIS A #1 gas discovery in South Sesulu, Indonesia illustrates how maintaining spatial data integrity from the beginning of exploration played a role in the project's success.
New Trends In Exploration For Natural Resourcesakhilp2011
This document discusses new trends in natural resource exploration using geographic information systems (GIS) in Ethiopia. Specifically, it summarizes efforts to explore for oil and gas in Ethiopia using GIS for regional geological mapping, seismic survey planning, and integrating datasets. Challenges of the rough terrain are addressed. Additionally, the potential for hydrocarbon exploration in North Ethiopia is discussed, specifically examining the Wereilu basin through gravity data analysis, geological modeling, and evaluating the basin's hydrocarbon potential based on source rocks, reservoirs, traps, and surface oil seeps. GIS is identified as a useful tool to integrate datasets and plan exploration projects in areas with challenging terrain.
Nigel Clayton has over 40 years of experience as a petroleum geologist, working on exploration, development and production projects around the world. His experience includes well planning, operations supervision, data analysis, and report writing. He has specialized expertise in carbonate reservoirs, horizontal drilling, and sedimentology.
Philip Johnson is an accomplished senior geophysicist with over 50 years of experience in acquisition, processing, interpretation, and reservoir characterization of seismic data. He has extensive experience in the Gulf of Mexico and onshore US, as well as international experience in Trinidad, Bangladesh, and China. Johnson held various roles at Amoco Production Company from 1962 to 1994 and has since worked as an independent consultant.
A Fresh Look at Marine Magnetic Anomalies, One of the Key Datasets in the Dev...The Rothwell Group, L.P.
A Fresh Look at Marine Magnetic Anomalies, One of the Key Datasets in the Development of Plate Tectonics by Ian Norton - 2014 PaleoGIS & PaleoClimate Users Conference
1) Marine surveys in 2008 and 2012 found that the seabed between two offshore platforms in the Ujung Pangkah field is subject to frequent mudflows and sediment deposition. This helped explain a 2011 gas pipeline rupture.
2) Geomatics techniques including GIS and satellite imagery helped locate and monitor a buried gas pipeline segment undergoing nearby construction activities.
3) Maintaining pipeline integrity requires understanding seabed conditions and monitoring activities near pipelines. Geomatics practices provided data supporting pipeline design, maintenance, and integrity for the Ujung Pangkah field.
2015 broken hill resources investment symposium rosemary hegartySymposium
"educing exploration risk along covered Curnamona margins: experiences from the Southern Thomson Orogen Collaborative Project."
Rosemary Hegarty, Senior Geophysicist, Geological Survey of New South Wales.
Technical presentation at 2015 Broken Hill Resources Investment symposium.
Mineral potential mapping in Bundarra, QueenslandKenex Ltd
The Bundarra porphyry Cu-Au project is held by Duke Exploration Ltd, and is located in central Queensland, Australia, 110 km south-west of Mackay. The project was acquired in 2017. Kenex has completed, for Duke, detailed mineral potential mapping over the project area, in order to focus drilling funds on the most prospective areas.
The project area surrounds the Cretaceous Bundarra Granodiorite, which intrudes the Permian Back Creek Group carbonaceous shales, sandstones and marls. Numerous Cu-Au occurrences are present within or near the hornfelsed contact aureole of the granodiorite. The project has been subject to significant exploration work, including mining of high-grade ore shoots in the late 1800s to early 1900s, however, modern exploration has been sporadic, and without comprehensive follow-up of encouraging results.
All available historic data has been compiled and incorporated into a mineral potential map based on the porphyry mineral system. Maps representing all components of the porphyry mineral system including source, transport, trap and deposition have been created, resulting in binary maps which show where each characteristic is present or absent. These are then compared to known mineral occurrences, or training points. The weights of evidence technique was used for the modelling. This technique calculates the relationship of the area covered by the characteristic being tested and the number of training data points that fall within that area. For each map a contrast value ‘C’ gives a relative measure of the strength of the correlation, and a Studentised contrast value ‘StudC’ gives a relative measure of the reliability of the C value, i.e. a high C and StudC value implies a strong spatial correlation and a reliable result, which occurs when more training points are captured within a smaller area.
The maps with the best spatial correlation to the training points for each mineral system component were selected for the final mineral potential model. Table 1 shows the eight spatial variables which were selected from a total of 60 mapped.
2015 Broken Hill Resources Investment Symposium - Geological Survey of South ...Symposium
"Curnamona Proterozoic Geochronology".
Liz Jagodzinski, Geochronologist, Geological Survey of South Australia.
Technical presentation at 2015 Broken Hill Resources Investment symposium.
John La Fave, Montan Bureau of Mines and Geology, provides a groundwater summary for 2012 and water outlook for 2013 at the Clark Fork River Basin Water Summary 2012 & Water Outlook 2013 on October 23, 2012.
After emerging from the resources wilderness thanks to its world-class geology and industry-friendly government policies, South Australia is now a leader in Australian mining and hydrocarbon developments over the last decade.
In little more than a decade the State has gone from four operating mines to more than 20 and is rated Australia’s second most popular exploration destination.
With a comprehensive review of the Mining Act under way, the State’s attractiveness as a place for resources and energy investment is expected to be strengthened.
South Australia is now a leader in the exploration for next generation energy sources with companies such as Santos and BP leading the charge, while initiatives such as the Government’s Copper Strategy – designed to treble annual copper production to 1 mtpa – is set to establish the State as one of the world’s premier producers of the red metal.
In the energy space, uranium and nuclear energy is another area of keen interest, with the South Australian Government initiating a Royal Commission into Participation in the Nuclear Fuel Cycle in 2016.
The State has become synonymous with innovation, cutting-edge development and a remarkable rate of discovery. From uranium prospects, to geothermal energy and the buoyant hydrocarbons sector, South Australia is now a leader in the exploration for next generation energy sources.
With full support from the Department of State Development, the South Australian Resources and Energy Investment Conference will continue to showcase this burgeoning sector in 2017. From copper plays in the Gawler Craton, to iron ore and graphite developments on the Eyre Peninsula and the emergence of the State as a new hydrocarbon frontier, South Australia’s resources potential is at last being fully recognised.
The conference will feature the success stories and emerging players in the State from both minerals and oil and gas and will also tackle thorny industry issues such as infrastructure, corporate social responsibility and the future of the Woomera Prohibited Area.
Fatma Elzahraa Ahmed Gaber is an Egyptian national with experience in various roles including secretary, coordinator, collector, and sales. She has a Bachelor's degree in social service and skills in leadership, customer service, computers, and internet programs. Her work history includes positions at Elyoser Sports Equipment, GM Import/Export, an Egyptian law firm, OSN, life insurance, an engineering company, a pharmaceutical company, and currently as General Secretary at Marseilia Group coordinating sales.
Berisi tentang apa saja perayan yang ada saat musim panas di Jepang, pakaian yang digunakan saat musim panas, dan makanan yang populer di santap pada saat musim panas.
This document provides details of William G. Olsen's professional experience as a geologist and hydrogeologist working for The Chazen Companies in New York State from 2002 to present. It describes his roles and responsibilities in field work and projects related to groundwater resources, environmental site assessments, and remediation investigations. Specific projects discussed include a groundwater resource investigation for a water district expansion, evaluating well performance through specific capacity analysis, and developing a backup groundwater source for a municipality.
Qualitative Comparison of Offset Surfaces Between the Central and Eastern Gar...Tom Crane
This study analyzes and compares offset surfaces along the central and eastern segments of the Garlock fault in California using LiDAR data and imagery. Qualitative methods were used to establish relative ages of alluvial surfaces based on characteristics like height, shape, dissection, surface darkness, and smoothness. Measured offsets of surfaces of similar inferred ages along the central fault were greater than for the eastern fault, suggesting a reduction in slip rate eastward. Preliminary slip rate estimates are 4.2 mm/yr for the central fault and 1.0 mm/yr for the eastern fault, indicating a decreasing rate from west to east along the fault. OSL dating of samples will provide firmer slip rate calculations to verify
Late Cretaceous to Pliocene Paleogeographic Maps of the Gulf of Mexico - Cari...The Rothwell Group, L.P.
This document presents a methodology for creating GIS-based paleogeographic maps using a data-driven approach. The methodology involves:
1) Integrating various data sources like plate models, well data, seismic facies, and published paleogeography into a GIS database.
2) Reconstructing paleogeography for different time periods by interpreting the compiled data in a GIS environment using tools like ArcMap and PaleoGIS.
3) Iteratively checking and refining the results, incorporating new data as it becomes available.
Stephen Kuhlman seeks a position providing data management support for geologic interpretation in oil and gas exploration. He has over 20 years of experience managing geospatial datasets including seismic data, well logs, and geologic models. His skills include GIS analysis, 3D modeling, database management, and software such as Petrel, Rockworks, and ArcGIS. He holds a B.Sc. in Geophysics and has worked on projects involving environmental remediation and oil/gas exploration.
This document presents a seismic interpretation and attributes analysis of the Dhodak Gas/Condensate field in central Pakistan. The objectives were to delineate subsurface horizons, identify faults, and generate time and depth contour maps. Key findings include:
1) The main source rock is the Sembar Shale, and the reservoir is the Pab Sandstone. Reflectors were identified as the Dunghan Formation, Lower Ranikot Formation, and Pab Sandstone using a synthetic seismogram.
2) Interpretation of three seismic lines identified thrust faults across the area and a pop-up structure.
3) Time and depth contour maps were generated for the three formations to locate probable well
PALEOMAP Project Update by Christopher R. Scotese: 2013/Third Annual PaleoGIS...The Rothwell Group, L.P.
This document provides an update on the PALEOMAP Project. It thanks sponsors who have supported the PaleoAtlas. It highlights accomplishments in 2013, including a new global plate model, finalizing over 100 paleogeographic time slices in the PaleoAtlas, and beginning work on an Earth System Archive to define over 50 paleoclimate and paleoenvironmental variables. Plans for 2014 include further developing the Earth System Archive with additional paleoclimate simulations, adding new data layers to the PaleoAtlas, and continuing work on a book documenting Earth's history.
The document discusses the importance of spatial data integrity in oil and gas exploration. It provides examples of how failures in spatial data integrity, such as using incorrect coordinate reference systems, can lead to significant costs and issues. Spatial data is critical in exploration activities from seismic surveying and well positioning to infrastructure construction. The case study of the SIS A #1 gas discovery in South Sesulu, Indonesia illustrates how maintaining spatial data integrity from the beginning of exploration played a role in the project's success.
New Trends In Exploration For Natural Resourcesakhilp2011
This document discusses new trends in natural resource exploration using geographic information systems (GIS) in Ethiopia. Specifically, it summarizes efforts to explore for oil and gas in Ethiopia using GIS for regional geological mapping, seismic survey planning, and integrating datasets. Challenges of the rough terrain are addressed. Additionally, the potential for hydrocarbon exploration in North Ethiopia is discussed, specifically examining the Wereilu basin through gravity data analysis, geological modeling, and evaluating the basin's hydrocarbon potential based on source rocks, reservoirs, traps, and surface oil seeps. GIS is identified as a useful tool to integrate datasets and plan exploration projects in areas with challenging terrain.
Nigel Clayton has over 40 years of experience as a petroleum geologist, working on exploration, development and production projects around the world. His experience includes well planning, operations supervision, data analysis, and report writing. He has specialized expertise in carbonate reservoirs, horizontal drilling, and sedimentology.
Philip Johnson is an accomplished senior geophysicist with over 50 years of experience in acquisition, processing, interpretation, and reservoir characterization of seismic data. He has extensive experience in the Gulf of Mexico and onshore US, as well as international experience in Trinidad, Bangladesh, and China. Johnson held various roles at Amoco Production Company from 1962 to 1994 and has since worked as an independent consultant.
A Fresh Look at Marine Magnetic Anomalies, One of the Key Datasets in the Dev...The Rothwell Group, L.P.
A Fresh Look at Marine Magnetic Anomalies, One of the Key Datasets in the Development of Plate Tectonics by Ian Norton - 2014 PaleoGIS & PaleoClimate Users Conference
1) Marine surveys in 2008 and 2012 found that the seabed between two offshore platforms in the Ujung Pangkah field is subject to frequent mudflows and sediment deposition. This helped explain a 2011 gas pipeline rupture.
2) Geomatics techniques including GIS and satellite imagery helped locate and monitor a buried gas pipeline segment undergoing nearby construction activities.
3) Maintaining pipeline integrity requires understanding seabed conditions and monitoring activities near pipelines. Geomatics practices provided data supporting pipeline design, maintenance, and integrity for the Ujung Pangkah field.
2015 broken hill resources investment symposium rosemary hegartySymposium
"educing exploration risk along covered Curnamona margins: experiences from the Southern Thomson Orogen Collaborative Project."
Rosemary Hegarty, Senior Geophysicist, Geological Survey of New South Wales.
Technical presentation at 2015 Broken Hill Resources Investment symposium.
Mineral potential mapping in Bundarra, QueenslandKenex Ltd
The Bundarra porphyry Cu-Au project is held by Duke Exploration Ltd, and is located in central Queensland, Australia, 110 km south-west of Mackay. The project was acquired in 2017. Kenex has completed, for Duke, detailed mineral potential mapping over the project area, in order to focus drilling funds on the most prospective areas.
The project area surrounds the Cretaceous Bundarra Granodiorite, which intrudes the Permian Back Creek Group carbonaceous shales, sandstones and marls. Numerous Cu-Au occurrences are present within or near the hornfelsed contact aureole of the granodiorite. The project has been subject to significant exploration work, including mining of high-grade ore shoots in the late 1800s to early 1900s, however, modern exploration has been sporadic, and without comprehensive follow-up of encouraging results.
All available historic data has been compiled and incorporated into a mineral potential map based on the porphyry mineral system. Maps representing all components of the porphyry mineral system including source, transport, trap and deposition have been created, resulting in binary maps which show where each characteristic is present or absent. These are then compared to known mineral occurrences, or training points. The weights of evidence technique was used for the modelling. This technique calculates the relationship of the area covered by the characteristic being tested and the number of training data points that fall within that area. For each map a contrast value ‘C’ gives a relative measure of the strength of the correlation, and a Studentised contrast value ‘StudC’ gives a relative measure of the reliability of the C value, i.e. a high C and StudC value implies a strong spatial correlation and a reliable result, which occurs when more training points are captured within a smaller area.
The maps with the best spatial correlation to the training points for each mineral system component were selected for the final mineral potential model. Table 1 shows the eight spatial variables which were selected from a total of 60 mapped.
2015 Broken Hill Resources Investment Symposium - Geological Survey of South ...Symposium
"Curnamona Proterozoic Geochronology".
Liz Jagodzinski, Geochronologist, Geological Survey of South Australia.
Technical presentation at 2015 Broken Hill Resources Investment symposium.
John La Fave, Montan Bureau of Mines and Geology, provides a groundwater summary for 2012 and water outlook for 2013 at the Clark Fork River Basin Water Summary 2012 & Water Outlook 2013 on October 23, 2012.
After emerging from the resources wilderness thanks to its world-class geology and industry-friendly government policies, South Australia is now a leader in Australian mining and hydrocarbon developments over the last decade.
In little more than a decade the State has gone from four operating mines to more than 20 and is rated Australia’s second most popular exploration destination.
With a comprehensive review of the Mining Act under way, the State’s attractiveness as a place for resources and energy investment is expected to be strengthened.
South Australia is now a leader in the exploration for next generation energy sources with companies such as Santos and BP leading the charge, while initiatives such as the Government’s Copper Strategy – designed to treble annual copper production to 1 mtpa – is set to establish the State as one of the world’s premier producers of the red metal.
In the energy space, uranium and nuclear energy is another area of keen interest, with the South Australian Government initiating a Royal Commission into Participation in the Nuclear Fuel Cycle in 2016.
The State has become synonymous with innovation, cutting-edge development and a remarkable rate of discovery. From uranium prospects, to geothermal energy and the buoyant hydrocarbons sector, South Australia is now a leader in the exploration for next generation energy sources.
With full support from the Department of State Development, the South Australian Resources and Energy Investment Conference will continue to showcase this burgeoning sector in 2017. From copper plays in the Gawler Craton, to iron ore and graphite developments on the Eyre Peninsula and the emergence of the State as a new hydrocarbon frontier, South Australia’s resources potential is at last being fully recognised.
The conference will feature the success stories and emerging players in the State from both minerals and oil and gas and will also tackle thorny industry issues such as infrastructure, corporate social responsibility and the future of the Woomera Prohibited Area.
Fatma Elzahraa Ahmed Gaber is an Egyptian national with experience in various roles including secretary, coordinator, collector, and sales. She has a Bachelor's degree in social service and skills in leadership, customer service, computers, and internet programs. Her work history includes positions at Elyoser Sports Equipment, GM Import/Export, an Egyptian law firm, OSN, life insurance, an engineering company, a pharmaceutical company, and currently as General Secretary at Marseilia Group coordinating sales.
Berisi tentang apa saja perayan yang ada saat musim panas di Jepang, pakaian yang digunakan saat musim panas, dan makanan yang populer di santap pada saat musim panas.
The document provides feedback on a video project from Evaluation Group 3. It contains 4 paragraphs that discuss: 1) using a tripod to steady handheld camera shots and line up frames; 2) focusing a close-up shot of a hand on a door handle; 3) leaving too much empty space in one shot and ensuring shots are straight; and 4) making sure background sounds are consistent throughout the video. The group aims to improve their technique by using tripods and recording ambient background noise.
The opening scene of the film focuses entirely on a flock of birds loudly flying around and shrieking in an unsettled manner, creating an atmosphere of unease and mystery. The titles appear and disappear in a glitchy manner, suggesting a sense of destruction and removal. The repetitive shots of the same birds flying aimlessly throughout the opening scene, coupled with the title, indicates that the birds will play a significant role in the film.
Este documento discute las redes sociales y la diferencia entre la Web 1.0 y la Web 2.0. Explica que las redes sociales son paradigmas de la construcción de opinión en la web 2.0 e involucran el intercambio dinámico entre personas, grupos e instituciones. Luego describe las diferencias clave entre la Web 1.0, donde la tecnología es controlada estrictamente y la enseñanza es unidireccional del profesor al alumno, y la Web 2.0, donde la tecnología se adopta con
An HR professional with over 15 years of experience in both generalist and specialist roles. She has worked for major oil and gas companies including Shell and ExxonMobil in the US and internationally, gaining experience in areas such as compensation, recruiting, employee relations, and talent management.
This document outlines Heather Vincent's qualifications for a software testing role. It summarizes her education in IT and application development from NSCC in 2015, as well as over 4 years of independent database development studies. It also lists her skills in areas like testing plans, executing tests, developing policies/procedures, various operating systems, applications, programming languages, and attention to detail. Her experience includes over 10 years as an administrative assistant and project work, demonstrating skills such as working under pressure, multi-tasking, and learning new skills quickly.
The document analyzes how the director of the film "Photograph" used camera techniques, mise-en-scene elements, sound, and lighting to attract and engage the audience. Some key techniques discussed include the use of POV shots to put the audience in the position of the stalker, close-ups to elicit sympathy for the main character Lucy and make the audience wary of the stalker, and changes in lighting between shots of Lucy in natural light and the stalker in black and white to contrast the characters. The document also analyzes how props, music, and body language were used to provide context about the characters and build anticipation or reflect their mental states.
Andrew Sitek has over 37 years of experience in geophysics. He has extensive experience processing and quality controlling 2D and 3D seismic data using various software, including ProMAX, Focus, and Geodepth. He has also worked on depth imaging, interpretation, and velocity modeling. Sitek has worked for various oil and gas companies as a geophysicist and senior geophysicist, and has also operated as an independent consultant. He is fluent in Russian and Polish and holds an M.Sc. in Applied Geophysics from the University of Mining and Metallurgy in Krakow, Poland.
This document provides a career summary for Kenneth MacAllister, a geophysicist with 28 years of experience in exploration, appraisal, and development in the UKCS and internationally. His current role is as Chief Geophysicist for Bowleven Oil and Gas in Edinburgh, where he has been instrumental in several hydrocarbon discoveries in Sub-Saharan Africa through seismic interpretation and integration of rock physics modelling. Prior to his current role, he held geophysicist positions with several other oil and gas companies, where he successfully contributed to field developments and discoveries through seismic projects, well planning, and reservoir modelling.
TGS has completed sequence stratigraphic analyses and interpretations of well log data from over 300 wells in the Santos, Campos and Espirito Santo basins offshore southern Brazil. They mapped gross depositional environments and interpreted seismic facies, identifying reservoir, source and seal units. TGS also performed a presalt prospectivity study, identifying hydrocarbon leads and providing volumetric calculations and risk parameters. Deliverables include detailed maps, analyses and a catalog of leads to provide insights into basin development and exploration prospects in the region.
Adel Abd El-Azim Mohamed is seeking a position as a petrophysicist with over 15 years of experience in Egypt, the UK, Sudan, and Kuwait. He has a PhD in progress and master's degree in petrophysics. His experience includes well log analysis, reservoir modeling, and evaluation of carbonate and sandstone reservoirs using various software. Currently he is a senior petrophysicist at Kuwait Oil Company evaluating multiple carbonate reservoirs using advanced logging techniques.
The document is a curriculum vitae for Ahmed Hafez, a senior geoscientist. It outlines his contact information, objective of seeking a progressive E&P organization, his education including pursuing a PhD in geophysics and holding an MS and BSc in geophysics. It then details his key competencies such as experience integrating subsurface models from 2D/3D seismic and reservoir characterizations. It lists his work experience including his current role as a senior geoscientist for GDF Suez Group where he is responsible for prospect generation. It also lists previous roles with PGNiG Group and BG/Rashpetco J.V. The CV concludes with a publications section and miscellaneous experiences.
This document provides a summary of an individual's education and work experience. It lists a MSc in Petroleum Geology from the University of Malaya in 2008 and a BSc in Computational Physics and Electronics from the University of Malaya in 2004. Work experience includes roles as a Geologist conducting geological and modeling work for various oil and gas companies. Responsibilities involved field evaluation, well planning, drilling operations, resource assessments, and preparing documentation such as field development plans and appraisal reports. Relevant training courses and software skills are also listed.
1. The document analyzes tight oil resources in the Yingtai area of the Songliao Basin in China. Seismic attribute analysis and geostatistical inversion were used to predict the distribution of reservoir sand bodies ("desserts") in the main layer, aiming to guide horizontal well development.
2. Seismic attribute analysis including slice attributes and phase shift processing was used to qualitatively identify favorable reservoir sand in the Heidimiao formation.
3. Geostatistical inversion using well log data, seismic data, and reservoir modeling quantitatively predicted the spatial distribution of sand bodies in the thin Heidimiao HII2 layer to accurately identify drilling targets.
This document summarizes a sequence stratigraphic interpretation and play fairway analysis project conducted by TGS in the Labrador Sea utilizing seismic and well data. The project aims to provide a geologic model of basin deposition over time, delineate reservoir and seal distributions related to tectonic activity, and identify prospective hydrocarbon leads. TGS integrated well log and seismic data to define a sequence stratigraphy framework and map 14 depositional sequences. Deliverables include interpreted seismic and well data, depositional environment maps, and structural maps. Benefits include a foundational exploration tool, shortened exploration cycle time, insights into regional deposition, and reduced risk through delineating key petroleum system elements.
This document summarizes a sequence stratigraphic interpretation and play fairway analysis project conducted by TGS in the Labrador Sea utilizing seismic and well data. The project aims to provide a geologic model of basin deposition over time, delineate reservoir and seal distributions related to tectonic activity, and identify prospective hydrocarbon leads. TGS integrated well log and seismic data to define a sequence stratigraphy framework and map 14 depositional sequences. Interpreted data is delivered in various formats along with maps, horizons, faults, and a report summarizing the project, basin modeling, and fluid modeling. Benefits include a foundational exploration tool, shortened exploration timelines, insights into regional deposition, reduced risk through source-reservoir
1. The document discusses the geological and tectonic features of the Rama Setu and Palk Strait region of southern India, noting its vulnerability to earthquakes and tsunamis due to active faults and a possible mantle plume.
2. It argues that digging a shipping canal through the region could destabilize the area by reactivating faults, inducing seismic activity, and disrupting the region's role as a barrier against tsunamis and oceanographic changes.
3. The author recommends extensive additional geological, geophysical and environmental studies be conducted before any canal project proceeds, to fully understand the region's vulnerability and potential impacts.
Greetings all,
Nowadays, several datasets are -or will be- available in a near future to improve operational forecasting in most aspects, like the
ocean dynamics modeling, and the assimilation efficiency, that aims now to optimize the combination of temperature/salinity in
situ profiles, drifter's velocities, and sea surface height deduce from altimeter's data and GRACE or future Goce geoid. But also
strengthen forecasting system's applications, like the climate monitoring. For all these issues, an optimal use of ocean data,
always too sparse and not enough numerous, is mandatory.
Such studies are at the heart of this Newsletter issue. It begins with a Rio M.H. and Hernandez F. review of the Goce Mission,
dedicated to focus and document the shortest scales of the Earth's gravity field. Goce satellite is due to fly in December 2007.
With the next article Guinéhut S. and Larnicol G. investigate the influence of the in situ temperature profiles sampling on the
thermosteric sea level estimation. They show that the impact is not negligible, and can introduce large errors in the estimation. In
the second article, Benkiran M. and Greiner E. are evaluating the benefits of the drifter's velocities assimilation in the Mercator
Océan 1/3° Tropical and North Atlantic operational system. A description of the assimilation scheme upgrade to take into account
velocity control is given. Castruccio F. & al. describe in the third article the performance of an improved MDT reference for
altimetric data assimilation. They concentrate their study on the Tropical Pacific Ocean. Finally, the Newsletter comes to an end
with the Benkiran M. article. In his study, based on the 1/3° Mercator system, the impact of several altimeters data on the
assimilation performance is assessed
Have a good read
This document summarizes a regional gravity and magnetic interpretation project over the West Papua New Guinea petroleum basins. The project aims to model and map the crustal and basinal architecture of the Western Papua New Guinea basins using ground gravity, satellite gravity, airborne magnetic data, and available well and seismic data. The primary goal is to outline the nature and structural controls of the petroleum basins to produce a robust regional tectonic framework.
Max Sommers has over 37 years of experience in the oil industry as an operations and wellsite geologist. He has extensive experience working internationally, including in Abu Dhabi, Norway, Syria, Qatar, Angola, the UK, Yemen, Algeria, Kuwait, Denmark, Oman, Italy, the Netherlands, Denmark, Germany, Egypt, Chad, Kenya, Equatorial Guinea, Spain, and Tunisia. His responsibilities have included geological supervision, geosteering, log analysis and interpretation, well planning and design, and managing drilling operations. He is highly experienced with logging software like GEO, Winlog, Petrel, and Gravitas and specializes in carbonate reservoirs and high H2S environments.
Miek Meyering has over 40 years of experience in geological consulting and mining, including currently working as an Associate Geological Consultant for CSA Global (UK) Ltd where he manages resource drilling projects and provides technical advice. Prior to this he held senior geological roles for several mining companies such as Uranium One, Anglogold Ashanti, and Iscor, where he was responsible for exploration, mine geology, managing teams, and technical reporting. The resume outlines his extensive experience in core logging, sampling, data analysis, project management, and training junior staff across open pit and underground mining operations for gold, uranium, chrome and other
2D MASW ANALYSIS FOR GEOTECHNICAL ENGINEERINGAli Osman Öncel
This document describes a study that used seismic refraction and multi-channel analysis of surface waves (MASW) to investigate near-surface shear wave velocities at a site in Egypt. Seismic refraction was used to determine P-wave velocities down to depths of 30 m. MASW was used to determine 1D and 2D shear wave velocity profiles by analyzing Rayleigh surface wave dispersion. Shear wave velocities obtained from MASW were used to evaluate site response and classify the site according to standard site classifications. The study area consists of Quaternary deposits overlying Tertiary sedimentary rocks. P-wave and MASW surveys were conducted along multiple profiles using geophones and a seismograph to
Remote Sensing And GIS Application In Mineral , Oil , Ground Water MappingMin...Swetha A
Remote sensing and GIS techniques can be used to map minerals, oil, and groundwater. For minerals, accommodation zones between faults can localize magmatic material and mineralized fluids, and be identified in satellite images showing brecciation and fault patterns. Oil and gas exploration uses airborne magnetic and gravity surveys integrated with high resolution satellite imagery and DEMs for 3D visualization. Groundwater mapping involves literature review, image interpretation to create spatial databases, field reconnaissance, spatial analysis of data, and identifying recommended recharge structures by analyzing IRS satellite images, groundwater table maps, DEM elevation data, and resistivity curve modeling from electrical soundings.
Oana Barabancea has over 19 years of experience as a Wellsite Geologist, Operations Geologist, and Reservoir Geologist for various oil and gas companies in Romania. She has specialized experience evaluating gas compositions beyond C5 and working with exploration, development, and injection wells. Recently she has worked as a consultant Wellsite Geologist for Hunt Oil and Petrofac, where her responsibilities included preliminary sample analysis, well monitoring, liaising with service companies, and report writing. She has strong skills in software like Geo for Windows, WellCAD, Petrel and more.
1. The document discusses the geological features and tectonic activity of the Palk Bay-Gulf of Mannar area in southern Tamil Nadu, India.
2. It notes the occurrence of deep crustal faults and recent volcanic activity in the region, which exhibits high heat flow and makes it seismically vulnerable.
3. The document recommends extensive additional studies in geology, geophysics, remote sensing and other fields be conducted before proceeding with the proposed Sethusamudram Shipping Canal Project, to better understand the region's geo-environmental system and potential impacts of the project.
Geoffrey Smith has over 40 years of experience as a geoscientist, including experience as a consultant, manager, and geologist. He has extensive technical and management experience evaluating oil and gas assets worldwide. His skills include field geology, prospect evaluation, project management, and using software like Kingdom, Petrel, and REP.
This document discusses the importance of geotechnical studies for engineering projects. Geotechnical studies provide geotechnical inputs that are incorporated into designs to ensure structures last as long as intended at minimum cost without compromising safety. Investigations depend on the type, size, design and purpose of the project. They are broadly divided into field-based studies like surface and subsurface investigations, and laboratory-based studies. Surface investigations include mapping, while subsurface investigations involve drilling, drifting and geophysical methods. Properties of soil and rock are determined in the field and laboratory. These studies are conducted at various project stages from preliminary to construction. The key aspects investigated include thickness of overburden, depth of bedrock, and presence of weak zones.
1. Mona Sayed Gouda mona.gouda@eni.com
Current Role – Senior Geophysicist following up all the development activities
of Nile Delta (Mediterranean Sea) and Western Desert in the OPS Department (i.e.
Operations Department) in term of assessing and evaluating new wells or producing
fields in attempt to find a new opportunity to increase the production and
development plans.
Private Business – Certified Professional Feng Shui Consultant and a meditation
practitioner
Summary of the job position held:
From to Job position Company
1st
August 2005 1st June 2006 Explorationist in Regional
Team
British Petroleum
(BP)
1st
August 2006 10th July 2015 Geophysicist Eni-Egypt
12th
July 2015 Recent
Senior Reservoir and
Exploration Geophysicist Eni-Congo
(Eni-Congo) Rxploration Department
Period from: 12th
July 2015 until Present
Position/Role: Senior Reservoir Geophysicist
Department: DEXP Department
Duties:
Reinterpret M’Boundi field in Congo Basin following a new structural
frame work
Re_evaluating the Marin22 and 21 blocks for the new Bedround
The focal point for Landmark assisting
(Eni-Egypt) Reservoir Department
Period from: 1st
June2013 until Present
Position/Role: Senior Reservoir Geophysicist
Department: OPS Department
Duties:
Following the Temsah PSDM in Milan and the interpretation of Miocene
level and on the same PSDM reviewing the Denise interpretation (27th
October 2014)
Mona Sayed Gouda Mohamed
BSc of Science – Geology 2005
1, Rd 204 – Degla Sq. Maadi , Cairo - Egypt
Cell: +2 - 01065502504 Office: +202 25222852
e-mail : mona.gouda@yahoo.com
mona.gouda@eni.com
2. Mona Sayed Gouda mona.gouda@eni.com
Re-assess Baltim North -3 for the additional Pliocene level and generate
risk/reserve scenarios. (Petrobel)
Seismic interpretation for Thekah West-1 post drilling phase to calibrate it
with the will logs and calculate the reserves (Petrobel)
Involved in the Unitization Project of Meret - Sienna with BG taking the
responsibility of the geophysical section including:
o Seismic Interpretation
o Generate Attributes
o Spectral Decomposition
o Depth Conversion (layer cake and other approaches)
Focal point for the geophysical assessment for the work done by SGS on
PFM field, providing them all the required data to accomplish the job and
revising the following:
o Seismic interpretation
o Depth conversion
o Consistency of the well picks with the interpreted surfaces
Assessment of the Development well locations and validity from a
geophysical aspect (Hapy-16, Batreeq ,TNW-12, DeniseS-6, Denise9 and
Denise10, New Thekah Wells
QC and revision of all the fields maps generated by Reservoir IEOC or other
parties or JV companies through the seismic interpretation and attributes or
any other available geophysical tool
Completion and detailed interpretation on both scale regional and reservoir
for Denise Field (UDS, Pre-UDS,Middle Denise and SQ1) to resolve the
difference between the actual production volumes and the estimated volumes
from the reservoir model
Participation in Most of the TCM meetings for any geophysical assessing and
support
(IEOC) Exploration Department
Period from: 1st
August 2006 until 31st
May 2013
Position/Role: Exploration Geophysicist
Department: Exploration Department
Duties at East Mediterranean from 2009-2013
Nargis Prospect – Thekah Concession
Project follow-up from creation of the DVA (Depth Velocity Analysis) and
providing all the needed data to the creation of the streamer lines, and
interpretation of the 3D PSTM and PSDM on all the Pre- Messinian levels
and 2D lines surrounding Nargis (Mango Wells and NS-21)
Interpretation of the Geological depositional setting of Nargis using closest
wells and finally worked on its POS and the PRES and volume estimation
Zomorod Prospect – Bougaz Concession
3. Mona Sayed Gouda mona.gouda@eni.com
Share of partial structural and seismic interpretation with preserving its
geological evolution
Pliocene Play – Thekah Concession
Creation of an inventory for all Pliocene potential in Thekah Concession, by
interpreting all the possible bright spots, mapping them and calculate their
reserves (PRES) and their POS
Rose-1 – Thekah Concession
Pre-drilling TWT seismic interpretation and application of attributes and
spectraldecomposition, creation of the velocity function for depth conversion
Assessment of the prospect during the drilling and post drilling calibration
and well to seismic tie (using Hampson Russell) and follow up of the
consequent documents after drilling to the ESB phase (well declaration, well
result document etc..)
Involvement in the preparation and the documentation of the relinquishments
and requiring development leases phases for Thekah , Tinah and Bougaz
Concessions.
Focal point of preparing the required data and documents and driving the
geophysical sections in the farm in and farm out session for Thekah and
Bougaz concessions with different companies that held in IEOC Exp.
Department
Interpretation of all the Rose-1 upside potential prospects and definition of
the proposed development lease area
Thekah N-1 – Thekah Development Lease area
Interpretation of the prospect of Thekah North and driving it from seismic
interpretation to map generation with attributes up to the volume estimation
Involved in the interpretation of the Pre-Messinian levels for the Restoration
Project and the PSM that was done in the HQ in Milan
Duties at Central Mediterranean from 2006-2009
Regional Pliocene Seismic interpretation for the West Baltim Concession
Prospect generation from the seismic interpretation step to the volume
estimation for Pliocene and Pre-Messinian sections (Tulip, Mako, Khem,
Geb, Nut and Aten)
Well recommendation of Aten
Scan and interpretation of the pliocene section in Meret area to detect the
bright spots and the possible leads to assess their status to be a valid prospect
Evaluation of the Pliocene section in WDDM concession of BG in the
Bidround of 2009 and interpreting the potentiality of proposed areas creating
maps, attributes and volume assessment
Worked on the Relinquish of West Baltim concession by scanning the spot of
high potentiality from the low areas and define them to propose it to the
EGAS
Preparation of the PRC and PRD documents for the West Baltim Prospects
Involvement in Andaleeb-1 evaluation by running the Spectral
Decomposition to understand its geological distribution and setting
Assisted in generating and montaging Maps using the Zycor (ZMapPlus) and
Zeh-Composer
4. Mona Sayed Gouda mona.gouda@eni.com
Interpretation of Meret-2 and Meret-3 in the Pre-drilling phase and involved
in their velocity Model building and interpret Meret Complex and creating
their geopbodies with the attributes and run their PRE
( BP) Work & Experiences:
Period from: 1st
August 2005 until 1st June2006
Position/Role: Explorationist
Company: British Petroleum (BP)
Department/sector: Exploration/ Regional Team
Area: Western Deseret and Mediterranean.
Duties in Regional Team
Messinian Project – Creation of Common Risk Segment Map for Messinian
levels covering the Mediterranean and interpreting 2D and 3D surveys and
calibrated to 180 wells covers the Messinian onshore and offshore. Creation of a
GDE (Gross Depositional Environment) map for the Messinain to understand the
geological setting and distribution of its reservoir
Study of the Impact of the Messinian salt on the seismic imagining and the
created false multiples, by scanning the Mediterranean seismic surveys to
understand the behavior of the Pre-Messinain sections in seismic according to the
salt shape and thickness
Documentation of the Messinian Geological Deposition and structure in the
Report of the Regional Team
South Karous Project - Volumetric evaluation and seismic interpretation of
Karous South channel prospect, as an option to extend production from shut-in
Karous platform, with two wells watered.
Razzak Field Project– Calibration between the basement seismic maps and the
aeromagnetic alignments by interpreting the basement and Jurassic of Razzak 3D
survey and compare it to the basement trend in the aeromagnetic maps to verify
their reliability and that it can be used individually without the seismic
contribution across the rift blocks in the Western Desert
Technical Skills and General Duties
Interpretation of 3D seismic data,well to seismic tie, constructing structure
contour maps, Generation and extraction of different seismic attributes, volume
estimation and risk assessment.
Very good experience in using Landmark software for prospect generation
(openwork, seiswork , Zmap plus, etc)
Using ZMAPPlus to construct all kind of maps for exploration purposes such as
structural contour maps, mapping of surface horizons and faults, QC input data
5. Mona Sayed Gouda mona.gouda@eni.com
and determine optimal girding parameters,perform grid operation including
simple time to depth conversion, map editing and well calibration
Using (TDQ) to construct velocity model for depth conversion.
Using SPECDECOMP (Spectral Decomposition) to define the geological
fairways distribution in (frequency Domain), Accurate Detection of stratigraphic
features (Channels, Levees, Lenses) and it’s Accurate Thickness.
Importing and exporting data (well data files, fault files, grid files and well logs).
The hydrocarbon in place computation (volumetric calculation) by using PRES
software (ENI product) and the possibility of success evaluation (risk assessment)
by using a spread sheet belong to the same company.
Using DSD (DecisionSpace desktop) software and manage to deal with the whole
geophysical module (interpretation till velocity modeling and depth conversion).
Basic use of HAMPSON RUSSELL software (creating synthetics for the well to
seismic tie)..
Follow up of the VSP jobs (zero-offset & offset) of Rose-1.
Familiar with Linux and UNIX commands.
6. Mona Sayed Gouda mona.gouda@eni.com
Technical courses:
Course: Introduction to GeoProbe
Institution for training: Land Mark
Date and location: December 2005 / Cairo
Course: Formation Evaluation
Institution for training: Eni University
Date and location: September 2006 /San Donato
Course: Workshop of3D seismic Interpretation
Institution for training: Eni University
Date and location: May 2007 / San Donato
Course: Inroduction to Eni
Institution for training: Eni University
Date and location: June 2007 / San Donato
Course: Integrated Interpretation
Institution for training: Land Mark
Date and location: June 2008 / Cairo
Course: Power View
Institution for training: Land Mark
Date and location: July 2008 / Cairo
Course: Seismic FaciesAnalysis
Institution for training: EREX
Date and location: November 2008 / Hurghada
Course: Open Works for Interpretation
Institution for training: Land Mark
Date and location: November 2010 / Cairo
Course: StratWorks Essentials
Institution for training: Land Mark
Date and location: December 2010 / Cairo
Course: Source Rock, Hydrocarbon generation, Migration Efficiency, Basin
Modeling Concept
Institution for training: EREX
Date and location: March 2011 / Hurghada
Course: Prospect Risk Analysis, Decision Tree and Economics
Institution for training: EREX
Date and location: October 2011 / HurghadaCourse:
Course: International Petroleum Management
7. Mona Sayed Gouda mona.gouda@eni.com
Institution for training: Eni University
Date and location: June 2012 / San Donato
Course: Techlog Fundamentals
NEXT Schlumberger
Date and Location: 21st
October,2014 Cairo
Additional courses:
Course: Feng Shui -passed level 3 (professional)
Institution for training: Feng Shui of the present Time Federation – Switzerland
Date and location: November 2014 to April 2015 / Nun Center Cairo
Course: Seeds ofconsciousness
Institution for training: Feng Shui of the present Time Federation – Switzerland
Date and location: November 2014 – January 2015 / Nun Center – Cairo
Course: Drawing Course
Institution for training: American University in Cairo
Date and location: June 2008 / AUC - Cairo
Course: Defensive Driving - Theoretical and Practical
Institution for training: Settec
Date and location: March 2006 / BP Cairo
Course: Seven Habits ofMost Effective People
Institution for training: BP
Date and location: May2006 / BP Cairo
Course: Italian Language
Institution for training: Berlitz
Date and location: August 2007 / Cairo
Personal Skills:
Languages:
- Arabic : Mother Tongue
- English : Fluent (Speak, Read, Write)
-Italian : Fair understanding
Others:
Interests:
Humanitarian activities, meditation, music, travel and nature, drawing,
photography, writing poets,
8. Mona Sayed Gouda mona.gouda@eni.com
Computer skills:
- Microsoft very good user
- Petrel User
- LandMark user
-
References:
-Mark Shann Regional Team Leader BP Exploration
mark.shann@bp.com
- Alessandro Barberis Exploration Manager, ESEA
barberis.Alessandro@eni.com
Kamal Barsoum Past Exploration East Mediterranean Project Manager to
2013
kamal.barsoum@gmail.com
-Andrea Cozzi VALP - Eni
cozzi.andrea@eni.com
Salah Heikal Operation Manager – IEOC
heikal.salah@eni.com
Luca Zuccolo Reservoir Manager – IEOC
zuccolo.luca@eni.com
Aoun Abi Aoun Managing Director @ eventguru.me // Fengshui Consultant
&Trainer at Intl Federation of the Fengshui of the Present Time
a.abiaoun@fstp.academy
aoun.abiaoun@gmail.com
contact@fstp.academy