Explorer Article
By Barry Friedman
It isn’t news to anyone that prediction is difficult, especially when it’s the future (as a great man once said). Uncertainty and unpredictability are just a part of the job of tracking and predicting the future supply and demand of energy. That being the case, when energy analysts say that the current level of uncertainty is particularly high, it might be easy to dismiss it as a “dog bites man” story. It isn’t.
American Association of Petroleum Geologists (AAPG)
Added on 04 June, 2024
Explorer Director’s Corner
By David Curtiss
Perhaps you did a double take pulling the April issue of EXPLORER from the mailbox. What is this? If you joined AAPG in the last 40 years, you’ve only known EXPLORER in its long-standing tabloid format. It worked well for many years as our advertisers – particularly seismic companies – loved the large format and the ability to display their data on a sweeping canvas. For readers, it was a little more awkward.
American Association of Petroleum Geologists (AAPG)
Added on 01 April, 2024
Explorer Historical Highlights
By Jorge Navarro Comet
The Casablanca oil field, discovered in 1975 and located on the Mediterranean shelf edge, has been greatly significant in the world’s offshore oil industry activity, besides being by far the biggest oil field in Spain.
American Association of Petroleum Geologists (AAPG)
Added on 01 March, 2019
Explorer Geophysical Corner
By Kenneth Bredesen,Kurt Marfurt,Ritesh Sharma,Satinder Chopra
Advancements in processing and imaging techniques have continued over the last several decades, which have gradually improved the quality of the processed surface seismic data. When the quality of the existing seismic data is not adequate to perform an interpretation task reasonably, then the interpreter looks for other options. Is it feasible to acquire a new survey? In the absence of an improved survey, will reprocessing of seismic data be a good option?
American Association of Petroleum Geologists (AAPG)
Added on 01 December, 2023
Explorer Article
By J.K. Dietrich
A new type of buoyancy model can be used to understand the source of residual oil zones, both thick and thin, to help determine the likelihood that economically viable recoverable oil resides in transition zones of imbibition reservoirs. Application of a buoyancy and breech model will fill a void in reservoir characterization. It will help distinguish between TZs and ROZs, the first of which allows application of primary and secondary (waterflooding) oil recovery methods and the second of which requires more difficult CO2-enhanced oil recovery projects.
American Association of Petroleum Geologists (AAPG)
Added on 08 May, 2024