Exploration &Production Geology for Non-Geologists


Why Choose this Training Course?




The oil industry from upstream to downstream is a multi-faceted industry and a broad shop employing



everyone from administrative staff to accountants, lawyers, chemists, production technologists, health



and safety officers through to procurement, business economists and pilots. But its life blood is first



finding and then producing commercial quantities of oil, and this starts with an understanding of the



geology.



Anyone who is employed in the oil industry should have a basic understanding of this quest to find oil,



how it starts, what the fundamentals are and what the exploration geologist is looking for to make a



discovery. They should also be aware of the risks involved and what the geologist does to minimize



these. When that commercial oil field has been found and is being produced, it is also necessary to



have a basic understanding of how the geology influences the fundamentals of oil and gas production



rates, water saturations and ultimately the oil field life upon which all these jobs depend.



This 5-day interactive training course and workshop has been designed to provide a high impact and



holistic learning experience which will allow the non-technical staff members to understand the



objectives and aims of a Petroleum Geoscientist in his quest to find and replace oil reserves for the



company. Through understanding comes improved communication and enhanced team and company



performance.



This training course will feature:



ï‚· An introduction to geology



ï‚· The fundamental elements of the petroleum system



ï‚· New ventures and what the geologist is looking for



ï‚· Exploration from area of interest through to drillable prospect & how a prospect is defined



ï‚· Discovery through to appraisal and field development



ï‚· Key aspects of the petroleum geology that can affect producibility and therefore commerciality




What are the Goals?



By the end of this training course, participants will learn to:



ï‚· The key elements of a petroleum system are, from hydrocarbon source to reservoir and seal



ï‚· Basin analysis, regional geology and play based exploration techniques



ï‚· The different sorts of hydrocarbon trap from structural to stratigraphic



ï‚· A basic understanding of how a prospect is defined and risked



ï‚· How seismic, existing well information and outcrop geology can be used for exploration



ï‚· How understanding of the petroleum geology allows a discovery to be appraised and then



developed




How will this Training Course be Presented?




This training course will be based around PowerPoint presentations for each module followed by



interactive and participative individual and team exercises. There will also be workshop sessions based



around real exploration and development examples to get participants to actively become aware of the



critical role that an understanding and interpretation of the geology and the petroleum system plays in



the oil industry. Some geological risking games will be undertaken so that participants can get an idea



of how the risk element combined with exploration costs can lead to strategic decisions being made



when a prospect portfolio is presented for drilling out.



Who is this Training Course for?



This training course is suitable to a wide range of professionals who work in the oil and gas industry.



It would most greatly benefit functions that have some interaction with the subsurface departments in



an oil company but don’t have any technical background in petroleum geology, which includes but is



not exclusive to:



ï‚· Economists and Finance staff.



ï‚· Reservor Enginners.



ï‚· Production Engineers.



ï‚· Mangers.



ï‚· Lawyers



ï‚· Contracts staff



ï‚· Administrative Support including IT



Organizational Impact



Organization will have a well-trained Person who will be familiar with Oil & Gas Exploration from Geology



point of view.




Personal Impact



Upon completion of the course, participants will be able to manage all geological operations take



some decision on knowledge basis.




Course Agenda



Day One: An Introduction to Petroleum Geology



Competency Description: An overview of the main components of a working petroleum system, these



are the key aspects that the geoscientist is looking for in a hydrocarbon trap that leads to discoveries



and field appraisal and development. Everyone working in the oil and gas industry should have some



understanding of these requirements.




Key behaviors



ï‚· Understand key technical laws and principles



ï‚· Analyze basic data and to develop some interpretation skills



ï‚· Learn visualization skills



ï‚· Develop a 3D mindset




Topics to be covered



ï‚· An introduction to Geology



ï‚· The fundamental elements of the petroleum system



ï‚· Hydrocarbon source rocks, generation and migration



ï‚· Conventional hydrocarbon reservoirs clastic and carbonate



ï‚· Unconventional hydrocarbon reservoirs



ï‚· Hydrocarbon seal and seal capacity



Day Two: Sedimentary Basins and the Petroleum System



Competency Description: Understanding the development of different sedimentary basins and



how to look for a working petroleum system. Interpretation of different data types to provide an



insight into the presence or not of oil and gas.




Key behaviors



ï‚· Discover what the different basin types are



ï‚· Find out what a hydrocarbon play is.




Day Five: From Discovery through to Development



Competency Description: The requirement from exploration through to appraisal and development



for a multi-disciplinary technical team to quantify what has been discovered and to assess the ease of



exploitation.




Key behaviors



ï‚· Understand the exploration hopper and the requirement of an oil company to replace produced



reserves



ï‚· Develop technical comprehension and interpretation skills



ï‚· Discover the basics of well design and optimization



ï‚· Develop numerical skills in basic oil volume calculations