This discussion will address differences in flow back and produced water quality and compare with requirements for hydraulic fracturing formulations. Learn more: http://eo2.commpartners.com/users/spe/session.php?id=11046.
The increasing demand for production of oil and gas from shale has led for the need to develop new technologies to enhance production and to protect the environment. Three industry-leading experts will present the need for and application of new and emerging technologies for the economic and environmentally-compatible development of shale. More info: http://eo2.commpartners.com/users/spe/session.php?id=11112.
Join Ilse Castellano for a ninety-minute presentation on local stakeholder engagement being a key element to project execution and business success.
In 2012, SPE International awarded funds to six young faculty members to carry out cutting edge research. These six were selected from a large number of extremely competitive applicants. The project is now finishing one year. Five of the researchers will present their progress and what is ahead to the SPE R&D community in two web events. Our hope is that with these presentations, they will have an opportunity to connect with SPE members who are interested in research and will be able to develop future collaborations.
Reservoir management is a continuously evolving process that adopts various technologies and strategies, to achieve a mission of maximizing total asset value. The infusion of the various technologies into the upstream industries has significantly impacted the E&P business environment. In recent years, industry has heavily turned to horizontal and multilateral wells to greatly expand reservoir contact, and thereby maximize oil production with lower unit development costs. Moreover, the appropriate use of advanced well completions has extended well life, increased productivity, and reduced field development costs when compared to conventional completions. The advancement in reservoir monitoring technologies has significantly changed from monitoring saturations around wellbores to realtime monitoring reservoir fluid dynamics.
This presentation demonstrates the evolution of various upstream technologies and their applications. It also highlights the uniqueness of some applications, their implementation approach, and their potential impact on field development and production strategy.
Have you seen a lecture on an exciting topic relevant to Reservoir Description and Dynamics? Was the speaker a leader in his or her field of expertise and an outstanding public speaker? If so, nominate them for the SPE Distinguished Lecturer Program—deadline 15 March. Learn more »
The January issue of JPT integrates the Technical Directors outlook, where I referred to issues related to the production analysis and reserves booking of unconventional plays. I have already received quite a few feedbacks, most of them (not all of them!) positive, and I would like to develop a little bit more on this issue.
A virtual place where you can meet, collaborate, and discuss specific technical challenges and resolutions, SPE Connect is now your link to SPE members in the reservoir discipline worldwide.
SPE Connect’s online communities enable you to share your experience and knowledge, or draw from the combined talent and expertise of SPE’s membership base.
In an instant, exchange technical information with other SPE members in the topics of your choice at a time that is convenient for you. Simply go online to connect with SPE members who share your professional interests and create your own personal technical network. Other disciplines will be launching soon.
To learn more about SPE Connect, click here.
Olivier Houzé is the managing director of KAPPA Engineering. He joined Flopetrol-Johnston in 1983, and served as a well test field engineer in the Middle East and a software project leader in France. He cofounded KAPPA in 1987 and has been its managing director since 1991.
Houzé has been involved in numerous SPE forums and workshops on well test interpretation and related topics. He was a coauthor of the last SPE Monograph on Pressure Transient Testing (2009). He also serves as an SPE Distinguished Lecturer for 2012–13. Houzé earned an engineer degree from École Polytechnique in France and an MS in petroleum engineering from Stanford University.
Leif Larsen, Kappa Engineering, Royneberg, Norway
Selected for algorithms and procedures developed by Dr. Larsen that form the linchpin of many commercial software well testing packages today, Dr. Larsen’s contributions to the technical literature concerning the evaluation of subsurface reservoirs are an extraordinary record of pioneering contributions. Over the past 30 years Dr. Larsen has played a significant role in our understanding of pressure transient analysis and production logging. Dr. Larsen’s focus has been on the evaluation of reservoirs in the North Sea with particular attention, quite understandably, to fields of interest to Statoil.