Exploration & Development in Southern Caribbean Frontier Basins - Presentation Proposal Form
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Exploration & Development in Southern Caribbean Frontier Basins - Early Bird Fee
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Mexico’s ambitious Energy Reform has opened opportunities for private companies to work together with the Mexican government and geoscientists to develop resources in a way that will result in prudent reservoir development as well as providing needed capital for ongoing development. Welcome to an interview with Read Taylor, founding member and board member of Sierra Oil and Gas, which made one of the top ten discoveries in the last 10 years in the offshore Sureste Basin Zama 1.
In the earth sciences, most learned papers and books published focus on a specific geographic area (e.g. the Grand Canyon) or a topic (petrology of feldspar minerals). Such scholarly works are excellent but rarely is a comprehensive book published on a holistic topic like Understanding Oil and Gas Shows in the Search for Hydrocarbons, authored by John Dolson.
Considering a career in industry? The oil and gas industry? In Exploration? Maybe Production? Perhaps Planning? This presentation of the Top Ten Tips for Working in Industry was developed during my 34 year career working for Mobil and ExxonMobil as a technical professional, supervisor, manager, and researcher. I’ll use examples and stories from my career, working with foreign governments in Azerbaijan and Kazakhstan, working in Mobil’s Headquarters in Fairfax, Virginia, being a supervisor and manager in exploration, and working as a senior research associate in ExxonMobil’s Upstream Research Company, recruiting for ExxonMobil at top American Universities interviewing students; and working as the Planning Manager, in Mobil’s Norwegian Affiliate in Stavanger, Norway. All of my experiences over the past 34 years have taught me how to be a successful in these fields, and I enjoy sharing these lessons with others who may be considering careers in the oil and gas industry.
Authigenic quartz overgrowths are the most common pore-occluding mineral in deeply buried (>2500 m) quartzose sandstones. But, deeply buried reservoirs of this kind in the North Sea contain more porosity than expected when the influence of authigenic microcrystalline quartz (microquartz, or the good quartz) is ignored. However, we know relatively little about the nature and origin of this porosity-preserving microquartz, which inhibits the bad and ugly quartz overgrowths from growing and occluding pores. Therefore, advanced analytical techniques have been utilized to improve our understanding of the controls on microquartz development in several examples where porosity is preserved in these and similar sandstone reservoirs.
In this study, several advanced analytical techniques were used to evaluate the crystallographic and compositional controls on the formation of microquartz. SEM/Cathodoluminescence (CL) confirms that (bad and ugly) quartz overgrowths have a complex growth history. Electron Backscatter Diffraction (EBSD) combined with Wavelength Dispersive Spectrometry (WDS) confirmed and elaborated on the complex growth history: the complex banding visible in CL is not due to changes in crystallographic orientation but more likely variations in quartz composition associated with changes in pore fluid composition and/or reservoir conditions. Finally, Secondary Ion Mass Spectrometry (SIMS) analysis provides oxygen isotope data providing insight into those initial reservoir conditions and temperature of formation of microcrystalline quartz.
Integrating the results from these advanced analytical techniques has developed an understanding of the processes controlling the formation of porosity-preserving microquartz and improved our ability to reconstruct the reservoir diagenetic history of microquartz growth leading to a proposed model for predicting porosity preservation in deep, hot sandstone reservoirs.
Recent focus on hydrocarbons hosted in muddy fine grained strata, often referred to as shale gas or shale oil, has increased our understanding of these relatively poorly understood depositional systems. This study will focus on the link between bedforms, depositional processes, and stratal architecture, and their relation to the laterally continuous hydrocarbon accumulations hosted within these strata.
Oil production in North America has the last years surged due to the successful exploitation of unconventional low-permeability (tight) light oil reservoirs in North America by multistage hydraulic fractured horizontal wells.
The Petroleum Economics is designed for New Energy Professionals. The course consist of lecture and exercises to assist the new industry energy professionals with understanding the principles of petroleum economics; including the value of money, quantifying financials risks in petroleum investments, rates of return, forecasting cash flows and the fundamentals of capital budgeting.
Basins around the world hold identified potential for unconventional resource development and a combination of exploration, assessment and evaluation seems certain to uncover other favorable plays.
The AAPG course on “The Petroleum System: An Investigative Method to Explore for Conventional and Unconventional Hydrocarbons,” emphasizes how the petroleum system concept can be used to more systematically investigate how hydrocarbon fluid moves from the active source rock to a conventional or unconventional accumulation and thereby reduce risk. This course is part of AAPG’s upcoming Fundamentals Education Conference, taking place November 9-13, in Houston, TX.
The upstream oil and gas business has two primary functions; the front-end loaded exploration phase and the development-focused harvest-mode which results in actual hydrocarbon production and revenue generation. Both of these processes require extensive geoscience input but the scope, techniques and time involved are quite different. This two-day workshop will focus on these two siblings; the first day will focus on mature field development and the second day will highlight exploration potential within the Asia Pacific region.
The AAPG Latin America & Caribbean Region and the Colombian Association of Petroleum Geologists and Geophysicists (ACGGP) invite you join us for GTW Colombia 2020, a specialized workshop bringing leading scientists and industry practitioners to share best practices, exchange ideas and explore opportunities for future collaboration.
The 2-day workshop brings together technical experts and industry leaders from Colombia and throughout the Americas to take a multidisciplinary look at future opportunities for exploration and development of Southern Caribbean Frontier Basins.
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