Hear a web event on “Proposed Technologies to Address E&P’s Growing Energy Challenges” on 8 September. The oil and gas E&P industry faces big challenges to meet the world’s fast-growing energy needs and we don’t have all the answers. To address these situations, SPE held a Research & Development Competition specifically to encourage researchers from the basic sciences and other engineering disciplines to engage in our challenges. This webinar will feature the three winning projects that address these challenges. The featured speakers will be Vaihab Bahadur (first place) and Omar Laghrouche (third place).
Join a web event on “Strategies for Global Communication in the Oil and Gas Industry” presented by Lori Dalrymple on 3 September. As companies expand across the globe, challenges to communications grow as well. To work effectively with others from different cultures, the first step is to recognize and understand differences, then deal sensitively with people from other backgrounds. This presentation will teach effective strategies for global communication in the industry.
Hear a web event on “Near Wellbore Complexity Considerations in Horizontal Well Completions” presented by Jennifer Miskimins on 9 September. Far-field complexity is consistently a chief discussion point in horizontal well completions. The majority of this discussion is driven by microseismic measurements that frequently show large “stimulated reservoir volumes” with events that extend in multiple directions and large distances away from the wellbore. This webinar will discuss the impacts and considerations that should be made when designing stimulation treatments in horizontal wells under various conditions.
In an effort to assist authors in their paper presentations at conferences, SPE is offering the Web Event “How to Present Your Paper” with member and host Byron Haynes, Jr., P.E. Byron will take the author from preparation to delivery within the presentation process and will field questions from participants following the Web Event.
“Chemistry for Enhancing the Production of Oil and Gas” by Wayne Frenier & Murtaza Ziauddin
Production Chemistry — keeping the world’s hydrocarbon life lines flowing through underground chemical reactions. Chemistry plays a critical role in every stage of a well’s life, from exploration (discover) to appraisal (define) to development (develop) to production (deplete) to abandonment (dispose). This book focuses on the application of various chemicals during the production phase in order to maintain, control, and enhance the flow of oil, gas, and water. Chemical intervention and enhancement in the production oilfield environment includes the entire production field — from the injection wells, the producing formation, and the near wellbore area all the way up through the subsurface tubulars and devices, flowlines and gathering lines, and wellsite surface equipment.
From this book, you will gain an improved understanding of the role of chemical reactions for enhancing and maintaining the production of oil and gas. Besides referencing resources describing production chemicals and previous reviews of their application in acid and hydraulic prop stimulation, this book examines many new applications on the market since 2000 and provides new mechanistic information. Topics covered include the following:
• Introduction – reasons for chemical intervention and types of chemicals used
• Formation Stimulation With Reactive Chemicals
• Propped Fracturing Chemistry and Applications
• Improved Oil Recovery Chemical Applications
• Health, Ecology, and Safe Handling of Treating Chemicals and Produced Fluids
For complete details, go to the SPE Bookstore: Chemistry for Enhancing the Production of Oil and Gas.
Are you willing to share your knowledge with an audience of SPE members? If you are, we invite you to join Speaker Source, an online directly of E&P professionals who share expertise and experience with SPE Sections and Student Chapters.
Hear a web event on “Scrubbers: Advances in High Capacity Scrubber Internals and Performance Boosting with Inline Pre-Separation” presented by Danny Thierens on 17 June. In continuation with our theme on Scrubber Designs, this webinar will focus on high capacity internals advancements and services in which these internals may be applied. Enhanced separation efficiency and/or capacity can be further obtained when combined with a pre-separator upstream of the high capacity scrubber in the form of an inline cyclonic separator. Various concept and layouts will be presented and discussed.
Presenter: Mack Shippen, Product Champion, PIPESIM Software, Schlumberger
When: Wednesday, 20 May, 1100-1300 CDT
Where: Norris Conference Center, CityCentre, 816 Town & Country Blvd., Suite 210, Houston, TX
SPE Members: USD 40
Nonmembers: USD 50
Flow assurance engineers routinely encounter challenging problems relating to multiphase flow simulation. Some of these problems we can be trained to anticipate and deal with, whereas others emerge from strange, dark places and are simply, well, baffling! Drawing on experiences from a wide variety of industry projects across the world, a select few of these cases will be demonstrated in a simplified and sanitized form using PIPESIM. You will see that some problems defy intuition and that some methods we commonly use defy physics. The takeaway is advice on how to identify such problems before it is too late.
1100–1130: Registration and Networking
1200–1300: Presentation and Q&A
Larry Eoff, SPE Distinguished Lecturer, will host a webinar on 17 August on “Selective Water-Reduction Systems: Where Have We Been and Where Are We Going?” This presentation discusses the mechanisms of selective water-reduction systems, case histories for both water reduction and alternate applications, and how this class of compounds and their applications could potentially be improved for increased success in the future. Users can choose between a morning and an evening session.
Approved by the SPE Board of Directors in March, this report documents the consensus from the SPE Summit held in March 2014. Topics covered in the technical report include reservoir properties, inflow modeling, outflow modeling, total volume, special cases, and reporting. Deterministic methods are proposed because of the wording of regulations and requirements for detailed well design and response planning, but parametric sensitivity analysis is recommended. All reservoir properties should be best-estimate success-case values based on sound geology, geophysics, and engineering judgment. Future improvements could include flow correlations for high rates in large-diameter pipes, sonic velocity effects, and probabilistic methods. For full details, read SPE-174705-TR.