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Here you will find information on upcoming and past AFES events along with downloads where availableAFES Evening Lecture - New Sensor Development Helps Optimise Production Logging Data Acquisition in Horizontal Wells, 8th February 2012, 6.00pmMeeting infoNew Sensor Development Helps Optimise Production Logging Data Acquisition in Horizontal Wells As horizontal wells become increasingly common, the need to make measurements to optimise well health and manage the reservoir also increases. Production logging in horizontal wells with multiphase flow present data acquisition challenges in the form of both conveyance method and sensor selection. In this paper we present an approach to logging a horizontal well using new generation array sensors. The well was cased and perforated with high water cut and sand production. Logging while tractoring a combination of conventional (centralised) and array sensors provided a good quality data set that enabled successful identification and shut off of sand and water. The use of a new impeller design in a minispinner array helped overcome the challenges sand production posed in the well. Smaller minispinner thresholds improved the velocity profile allowing us to identify water recirculation at very low rates. An array resistance measurement provided an estimate of water holdup. Tool rotation proved a tremendous benefit for array sensors run in this harsh environment. Tool rotation helped keep the sensors free from debris while the traditional centralised spinner show an increased tendency for jamming when intersecting sand dunes or restrictions along the well trajectory. In addition, the rotating array sensors provide better circumferential coverage in the well. A sand detection instrument was used in combination with the production logging string. The instrument is fully combinable with the production logging string and simultaneous data acquisition makes it easy to integrate all sensors allowing a robust interpretation of sand influx and water salinity. This paper focuses on the acquisition of new generation array data to help meet the well intervention objectives leading to a commercial and technically successful outcome. It identifies the strengths and gaps of current technology relative to existing challenges in horizontal wells and the need to move to array measurements. Mike Webster Distinguished Advisor (Petrophysics) Subsurface Technology BP AFES Evening Lecture - Aberdeen, 8th February 2012, 6.00pm for a 6.30pm start At the Station Hotel, AberdeenSpeakerMike Webster from BPDownloads
AFES Evening Lecture - Low Salinity water injection : Evaluating the EOR potential, 9th November 2011, 1800hrsMeeting infoAFES Evening Lecture - Aberdeen, 9th November 2011, 1800hrs At the Station Hotel, AberdeenDownloads
AFES Evening Lecture - Petrophysics in Abandonment, 8th June 2011, 1800hrsMeeting infoAFES Evening Lecture - Aberdeen, 8th June 2011, 1800hrs At the Station Hotel, AberdeenDownloads
Introduction to Wireline and LWD Logging – Weatherford 30th March 2011, 1300hrsMeeting infoAFES Meeting - Aberdeen, 30th March 2011, 1300hrs
Please register with Rebecca Nye via email, Only 20 Places available!!! DownloadsWell Testing for Reservoir DescriptionMeeting infoAFES Seminar - Aberdeen , 6th April 2011 AFES are happy to announce that Patrick Corbett, Hamidreza Hamdi and Alireza Kazemi from Heriot-Watt University will be conducting a half day seminar titled "Well Testing for Reservoir Description", which will be held at the Station Hotel, Aberdeen on Wednesday 6th April. The seminar will provide an introduction to well testing, followed by a series of interesting presentations to the common petrophysicist / geoscientist / reservoir engineer on topics described in the attached programme. The day will close with a discussion session followed by drinks and canapés. If you wish to attend to the seminar, please email Callum J. Aderson. The cost of the seminar will be £50 paid on cash on the same day. DownloadsReal-time Integration of Reservoir Modeling and Formation TestingMeeting infoAFES Evening Lecture - 9th March - Station Hotel - 6pm Held by Adriaan Gisolf, Reservoir Domain Champion, Schlumberger AbstractThe increasing complexities of newly discovered reservoirs coupled with the increasing cost of field development mandate significantly improved and timely work flows for reservoir evaluation. In this presentation a workflow is demonstrated where a fluids model is used to predict data for a wireline formation sampling and testing tool (WFT), with emphasis on downhole fluid analysis (DFA). The fluid model incorporates “conventional” Equation of State modeling as well as breakthroughs in asphaltene science to describe the heavy-end distributions of reservoir fluids. In this process, current reservoir understanding is tested by direct measurement in real time. BiographyAdriaan Gisolf is a Reservoir Domain Champion with Schlumberger Norway. Prior to his role in Norway, Adriaan has held the following positions: Field Engineer in Indonesia and Nigeria, Service Quality Coach in Colombia and Reservoir Domain Champion in Angola. Adriaan has a Masters in Mechanical Engineering from TU Delf Downloads
Overburden CorrectionMeeting infoAFES Masterclass - Aberdeen , 19th May-2010 Downloads
Understanding Capillary Pressure & Saturation Height FunctionsMeeting infoAFES Seminar -Aberdeen, 3rd Feb- 2010 Downloads
Aberdeen Formation Evaluation Society, important notice
The statements and opinions expressed in these transactions and publications are those of the speakers and authors and should not be construed as an official action or opinion of the Aberdeen Formation Evaluation Society (AFES). While all the speakers and authors have taken reasonable care to present material accurately, they cannot be held responsible for any errors or omissions. The aim of these transactions and publications is to provide reasonable and balanced discourse on the titled subjects. Consequently it cannot consider in detail all possible scenarios likely to be encountered and caution is encouraged in apply these principles. The AFES cannot be held responsible for consequences arising from the application of the approaches detailed here. The material reproduced here is copyrighted and remains the property of the authors. This material may not be reproduced without permission, which should be sought in writing from the AFES Secretary, whose contact details can be found on the AFES website. |
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