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DTSTART;TZID=Europe/Helsinki:20170601T153000
DTEND;TZID=Europe/Helsinki:20170601T190000
DTSTAMP:20260517T091917
CREATED:20170502T180911Z
LAST-MODIFIED:20170515T200146Z
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SUMMARY:June 2017 Meeting - Annual General Meeting\, and Operational Geomechanics
DESCRIPTION:The next meeting of the Dutch Petrophysical Society will be at the Kivi building in Den Haag on Thursday 1st June 2017. \nThe theme of the meeting will be \n“Annual General Meeting”\, and “Operational Geomechanics”\nBefore the technical talks\, we will conduct the annual general meeting of the DPS where the year will be reviewed\, the financial position of the society presented\, and the outgoing board will hand over to the newly elected incoming board. \nFollowing the AGM we will present two talks: \n\nOperational geomechanics: an interdisciplinary topic\nPeter Schutjens (Shell)\nOperational geomechanics is a relatively young discipline (a few decades old) that is now actively studied and applied by hundreds of professionals in industry\, academia and service companies. It is built on foundations of civil engineering\, rock mechanics and soil mechanics\, and is characterized by an interdisciplinary approach. I will describe the operational issues that shape the job profile of an operational geomechanicist\, which include Earth stress state analysis\, pore pressure prediction\, borehole stability\, reservoir compaction and deformation\, subsidence\, casing deformation\, induced seismicity\, sand production\, and reservoir and overburden monitoring. Next to making sure that drilling and production operations are efficient and cost-effective\, there are important safety aspects to the job of a geomechanicist. I will describe a few\, also outlining the computer tools that we use to tackle these focusing on the importance of good-quality field data\, fit-for-purpose modeling and closing-the-loop between model results and operational decisions. \nBiography\nStructural geologist by training\, developed in geophysics and materials science\, with specialty experimental rock mechanics. First on salt powders (at Utrecht University\, the Netherlands) and from 1989 till 1999 in Shell Rijswijk on reservoir rocks. Work involved construction of deformation apparatuses\, core data collection\, microstructure analysis. \nIn 2000\, one year as an exchange scientist at SINTEF in Trondheim\, Norway\, mainly on 4D-seismic and AvO-analysis. Moved to Shell in New Orleans in 2001\, starting 10 years of operational support on geomechanics\, petrophysics and geophysics (the 3Gs) in Gulf of Mexico and North Sea (from Aberdeen). From 2010 to 2014\, team lead geomechanics and pore pressure prediction in the new Shell Technology Center in Bangalore\, India\, and global discipline lead for geomechanics. Since Jan. 2015\, back in Shell Rijswijk for project work on the interface of the 3Gs to support assets with geomechanics technology \n\n Transformation in minimizing operational risk with Geomechanics\nSurej Kumar Subbiah (Schlumberger)\nStuck drill pipe\, lost hole\, severe mud losses\, unable to hydraulically fracture the formation\, well shut down due to sand production\, early water breakthrough. Sound familiar?  These incidents can cost E&P companies millions of dollars. \nGeomechanics combines geology\, geophysics\, petrophysics and rock mechanics in order to describe state of earth stresses and rock mechanical properties.  This can be done along a single wellbore\, or in 3D field scale\, and the results are presented in what is known as the Shared Geomechanical Earth Model. This model helps in the understanding and managing of the risks associated with rock deformation\, which in turn helps minimize operational risks for the life of the field from exploration to abandonment. Examples include wellbore instability\, sand production\, hydraulic fracturing\, injectivity\, subsidence\, compaction\, fractures reactivation\, and thermal effects. \nThis presentation aims to increase awareness as to how one and the same Shared Geomechanical Model can be used by different departments in an E&P company for their operational planning\, with focus on drilling and completion activities. \nBiography\nBased in Abu Dhabi\, Surej Kumar Subbiah is currently the Principal Geomechanics Lead for Schlumberger Middle East.  Surej holds BS and MS degrees in petroleum engineering from the University of Technology Malaysia\, with specialization in geomechanics.  He spent the first five years of his career in an academic environment as a Research Associate and a Lecturer before he joined Schlumberger.  With 21 years of experience\,   Surej has been involved in many applied geomechanics projects from well centric to 3D field scale\, and conducted training courses in geomechanics for NeXT as well as SPE Netherlands and SPWLA Abu Dhabi. He is currently 2016/2017 SPE Distinguished Lecturer. \n\nAfter the talks there will be the opportunity to socialise with fellow professionals over drinks and snacks. \nDoors will open for registration and coffee at 3:30 pm and the talks will commence at 4:00 pm. The social hour will begin at 5:30pm. \nThanks to the generosity of our sponsors\, attendance will again be free. However please inform us of your intention to attend before Tuesday 30th May 2017 by clicking on the RSVP link below\, or by sending an email to info@dps-nl.org with your name\, position and affiliation. \nTo add the meeting to your outlook calendar – click the ‘ical export’ link below
URL:https://www.dps-nl.org/wordpress/event/june-2017-meeting-annual-general-meeting-and-operational-geomechanics/
LOCATION:KIVI\, Prinsessegracht 23\, Den Haag  \, 2514 AP 
ORGANIZER;CN="Dutch Petrophysical Society":MAILTO:info@dps-nl.org
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=Europe/Amsterdam:20170302T153000
DTEND;TZID=Europe/Amsterdam:20170302T190000
DTSTAMP:20260517T091917
CREATED:20170220T192509Z
LAST-MODIFIED:20170228T072422Z
UID:110-1488468600-1488481200@www.dps-nl.org
SUMMARY:March Meeting - Cased Hole Pulsed Neutron Formation Evaluation
DESCRIPTION:Generously Sponsored by Weatherford\n \nThe next meeting of the Dutch Petrophysical Society will be at the Kivi building in Den Haag on Thursday 2nd March 2017. \nThe theme of the meeting will be \n“Cased Hole Pulsed Neutron Formation Evalulation”\nAt the meeting we will present two talks by Jon Musselman (Weatherford) and Hans de Koningh (Xodus Group) \n\nSystem Approach for Enhanced Pulsed-Neutron Applications\nJon Musselman (Weatherford)\nThrough-casing formation evaluation using pulsed-neutron measurements has advanced to address many challenging environments. Relatively low porosity\, multiple casing strings\, complex completion hardware\, and the need for very accurate fluid saturation results are a few of many situations that pose challenges for traditional capture measurements with conventional pulsed-neutron tools. These challenges can be met using a systems approach. Advanced tool hardware and instrumentation forms the foundation of the logging system\, but a combination of rigorous calibration\, detailed response characterization\, and powerful workflows and analysis techniques are required for accurate results. \nThe presentation reviews one such system\, with emphasis on the response characterization and summary workflows derived from characterization. These can be applied to oil and gas reservoirs in a wide range of environments. \nAbout the Presenter\nJon Musselman is the Global Production Services Product Champion for Weatherford Wireline\, currently based in Houston\, and working to develop solutions to address the challenges of through-casing formation evaluation and production logging. \nJon is a Mechanical Engineering graduate of the University of Texas – Arlington who brings a total of 35 years industry experience in Wireline services. He started his career as a Field Engineer with Schlumberger in North America where he later held a number of roles in field operations\, management\, sales and interpretation development\, primarily in the US Mid-Continent and Gulf of Mexico. He later joined Baker Hughes\, taking on wireline operations and sales management positions in Europe and the US. \nJon is a long-term member of SPE and SWPLA. He has been with Weatherford since 2012. \n  \n\nExtended Monitoring of a Mature Field – A Case Study\nHans de Koningh (Xodus Group)\nA mature gas field changed ownership after 30 years of production. The field produces from multiple fault compartments\, with varying gas – water contacts and depletion mechanisms. The new owner resumed field surveillance with a large campaign including several pulsed neutron log surveys. ON interpretation of the data it was found that many of the new surveys deviated significantly and consistently from original baseline surveys. An explanation was found to explain these deviations and justify a correction so that the entire set of pulsed neutron surveys could be interpreted consistently. \nHere we present a case study to illustrate the value of pulsed neutron logs\, especially to those who may not be so familiar with the techniques\, \nAbout the Presenter \nHans de Koningh worked for much of his career with Shell for various operating companies; including in Assen\, Aberdeen\, New Plymouth (NZ) and Muscat (Oman). In 2008 he returned to The Netherlands to work in consultancy\, first for (SGS) Horizon and in 2011 for the Xodus Group in his current role as Principal Petrophysicist\, working on assignments varying between quicklook petrophysical analyses\, Field Development Plans and CPR’s – and some cased hole log interpretation. \n\nAfter the talks there will be the opportunity to socialise with fellow professionals over drinks and snacks. \nDoors will open for registration and coffee at 3:30 pm and the talks will commence at 4:00 pm. The social hour will begin at 5:30pm. \nThanks to the generosity of our sponsors\, attendance will again be free. However please inform us of your intention to attend before Tuesday 28th February 2017 by sending an email to info@dps-nl.org with your name\, position and affiliation.
URL:https://www.dps-nl.org/wordpress/event/march-meeting-cased-hole-pulsed-neutron-formation-evalulation/
LOCATION:KIVI\, Prinsessegracht 23\, Den Haag  \, 2514 AP 
ORGANIZER;CN="Dutch Petrophysical Society":MAILTO:info@dps-nl.org
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=Europe/Amsterdam:20161208T153000
DTEND;TZID=Europe/Amsterdam:20161208T190000
DTSTAMP:20260517T091917
CREATED:20160928T180305Z
LAST-MODIFIED:20161102T103847Z
UID:91-1481211000-1481223600@www.dps-nl.org
SUMMARY:December Meeting - Nuclear Magnetic Resonance
DESCRIPTION:Generously Sponsored by Baker Hughes\n \nThe next meeting of the Dutch Petrophysical Society will be at the Kivi building in Den Haag on Thursday 8th December 2016. \nThe theme of the meeting will be \n“Nuclear Magnetic Resonance”\nAt the meeting we will present two talks by Holger Thern (Baker Hughes and SPWLA 2016 Distinguished Lecturer) and Wim Looyestijn (Consultant) \n\nJoint Interpretation of Magnetic Resonance- and Resistivity-Based Fluid Volumetrics – A Framework for petrophysical evaluation\nHolger Thern (presenter) and Geoffrey Page\, Baker Hughes\nThe accurate quantification of fluid volumes is one of the most important tasks for determining the economic value of hydrocarbon reservoirs. Fluid saturation calculation from resistivity logging data has been established for many decades with known benefits and challenges. More recently\, the nuclear magnetic resonance (NMR) logging technology has developed as an alternative\, robust method for direct fluid volume estimation by separating movable from bound fluids. As today’s reservoirs are becoming more challenging\, conventional resistivity logging data evaluation involves increasing difficulties and ambiguities\, for instance in complex lithology due to the presence of conductive minerals\, low formation water salinity\, fractures and vugs\, or local variations in water resistivity. NMR logging data processing and interpretation are also not straight-forward in complex carbonates and heavy oil reservoirs\, as well as in case of wettability alteration and due to the presence of magnetic minerals. Ambiguities in either of the measurements can be efficaciously addressed by combining data from both logging services. \nWe present a systematic compilation and discussion of main properties affecting resistivity and NMR fluid volume estimations such as Archie parameters and T2 cutoffs. Several log examples illustrate a wide range of reservoir scenarios. In addition to the log interpretation aspect\, we also relate the results to their applications ranging from real-time drilling optimization through hydrocarbon-in-place estimates and reservoir modeling input to production and completion decisions. \nAbout the Authors\nHolger Thern is a Technical Lead for NMR research at the Celle Technology Center at Baker Hughes in Germany working with NMR technology for 18 years. Holger earned a B.A. in Physics from the University of Constance and an M.Sc. in Geophysics from the University of Cologne. His work experience includes data interpretation development and technical support for NMR wireline logging applications with Western Atlas in Houston\, Texas\, and the development of the MagTrak NMR LWD tool in Celle\, Germany. Currently he is working on new NMR applications and interpretation methods for both wireline and LWD NMR applications. \nGeoffrey Page studied physics at the Royal College of Science in London. He began his oilfield career as a Dresser Atlas field engineer 36 years ago\, moved into Petrophysics in Aberdeen 28 years ago\, and is now Region Petrophysical Advisor for Baker Hughes based in Aberdeen.  He is a former President of the Aberdeen chapter of the SPWLA (AFES) and was honoured with a “life membership.” He has written and presented many papers over the years\, helped organise many of the conferences including SPWLA 2008 in Edinburgh\, and in his spare time teaches the Petrophysics course of Aberdeen University’s “Integrated Petroleum Geoscience” MSc course. \n\nForward Modelling of NMR Logs in a Chalk Reservoir\nWim Looyestijn (consultant)\nIt is well known that interpretation of NMR logs on the basis of core-derived parameters often fails because the down-hole situation is much different from that in the laboratory. Core measurements at full in-situ conditions are in principle possible\, but very expensive and therefore bound to span a limited range of properties. \nWe demonstrate that the same can be achieved by forward modelling of the NMR response. Starting point is a representative set of water-saturated core samples measured at ambient conditions. Forward modelling then introduces changes in the NMR response corresponding to full in-situ conditions\, including effects due to the presence of native hydrocarbons\, mud filtrate invasion and  wettability.  Interpretation parameters\, such as (variable) T2-cutoff\, and permeability exponents can now be computed on NMR data as they appear on the log. Once the workflow has been set-up\, any change in conditions is automatically translated in an update of the correlations; this would not be possible with laboratory experiments. \nWe show that the actual log response is faithfully predicted by our modelling for two wells in a N-Sea chalk reservoir. \nThis study was presented at the SPWLA symposium in Cartagena\, 2012\, and received a Best Paper award. \nAbout the Author\nWim Looyestijn is a professional researcher with more than 30 years’ experience with Shell\, and since a few years as consultant. His main topic has become interpretation of NMR core and log data on which he became an internationally acknowledged expert. Wim pioneered in utilizing diffusion effects to discriminate oil from water\, leading to Shell’s NMR processing packageMacNMR\, which set a standard in the Industry. Other developments include derivation of capcurves from NMR\, and\, more recently\, wettability and modeling of in-situ NMR log response. \nWim holds a PhD from Leiden University in The Netherlands\, and is a member (and past President) of DPS\, SPWLA and SPE. He has been Editor of Petrophysics\, and was twice an SPWLA distinguished speaker. \n\nAfter the talks there will be the opportunity to socialise with fellow professionals over drinks and snacks. \nDoors will open for registration and coffee at 3:30 pm and the talks will commence at 4:00 pm. The social hour will begin at 5:30pm. \nThanks to the generosity of our sponsors\, attendance will again be free. However please inform us of your intention to attend before 1st December 2016 by sending an email to info@dps-nl.org with your name\, position and affiliation.
URL:https://www.dps-nl.org/wordpress/event/december-meeting/
LOCATION:KIVI\, Prinsessegracht 23\, Den Haag  \, 2514 AP 
ORGANIZER;CN="Dutch Petrophysical Society":MAILTO:info@dps-nl.org
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=Europe/Amsterdam:20160901T153000
DTEND;TZID=Europe/Amsterdam:20160901T190000
DTSTAMP:20260517T091917
CREATED:20160805T165508Z
LAST-MODIFIED:20160809T011451Z
UID:76-1472743800-1472756400@www.dps-nl.org
SUMMARY:September Meeting  - Permeability and Capillary Pressure
DESCRIPTION:Generously Supported by Shell  \nThe next meeting of the Dutch Petrophysical Society will be at the Kivi building in Den Haag on Thursday 1st September. The theme of the meeting will be \n“Permeability and Capillary Pressure” \nAt the meeting we will present two talks by Iulian Hulea (Shell) and Albert Hebing (Panterra) \n\nHETEROGENEOUS CARBONATE RESERVOIRS: ENSURING CONSISTENCY OF SUBSURFACE MODELS BY MAXIMIZING THE USE OF SATURATION HEIGHT MODELS AND DYNAMIC DATA  \nIulian Hulea\, Shell \nAttempts to characterize carbonate reservoirs follow various rock-typing methods that focus on Special Core Analysis (SCAL) output where core-derived permeability and capillary pressures play a central role. Given the late stage in a project where these results typically become available\, integration with dynamic measurements such as wireline formation testing and well testing data is often overlooked. Mobilities derived from formation testers can be compared to permeabilities obtained from various averaging methods. Where no core permeabilities are available\, a permeability curve may be derived based on the capillary pressure data that is already part of the model. \n\nLaboratory Test Methods for Determining Capillary Pressure Data \nAlbert Hebing – Laboratory Manager – PanTerra Geoconsultants \nCore capillary pressure data provide fundamental input to reservoir models and saturation-height functions that in turn are necessary to calculate STOIIP and initialise reservoir simulation models.  As SCAL data experiments are seen as the “ground truth” in formation evaluation\, it is therefore important that the appropriate test method is selected\, and correct data interpretation is done. \nThis DPS presentation is to give an overview of the various analytical techniques that are employed in the industry to obtain Pc lab data\, and the advantages and limitations of each individual method. \nBiography: \nAlbert has a BSc in Petroleum Engineering from the Heriot-Watt University.\nFrom 1989 till 1995\, Albert worked at Core Laboratories Netherlands and Norway\, performing special core analysis measurements and setting up labs.\nSince 1995\, Albert is working for PanTerra Geoconsultants BV\, as Laboratory Manager\, where he setup and developed the SCAL\, PVT and EOR labs at PanTerra. \nCurrently\, Albert is mainly involved in designing analytical programs\, planning and controlling the resources and activities of the laboratories\, QA\, business development and has a technical advisory role in core analysis. In addition to this\, Albert still participates in the major SCAL and EOR projects within PanTerra for acquisition\, evaluation and implementation of petrophysical SCAL/EOR measurements\, data review and audits. \n\nAfter the talks there will be the opportunity to socialise with fellow professionals over drinks and snacks. \nDoors will open for registration and coffee at 3:30 pm and the talks will commence at 4:00 pm. The social hour will begin at 5:30pm. \nThanks to the generosity of our sponsor Shell\, attendance will again be free. However please inform us of your intention to attend before 29th August 2016 by sending an email to info@dps-nl.org with your name\, position and affiliation.
URL:https://www.dps-nl.org/wordpress/event/september-meeting-permeability-and-capillary-pressure/
LOCATION:KIVI\, Prinsessegracht 23\, Den Haag  \, 2514 AP 
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=Europe/Amsterdam:20160519T153000
DTEND;TZID=Europe/Amsterdam:20160519T190000
DTSTAMP:20260517T091917
CREATED:20160510T110750Z
LAST-MODIFIED:20160522T113625Z
UID:25-1463671800-1463684400@www.dps-nl.org
SUMMARY:Dutch Petrophysical Society - Revival Event  “Petrophysics in The Netherlands: The Past\, Present and Future”
DESCRIPTION:After a 4 year pause\, the Dutch Petrophysical Society is being relaunched with a half day event on “Petrophysics in The Netherlands: The Past\, Present and Future”. \nThe Dutch Petrophysical Society strives to bring together professionals in The Netherlands that work with or have an interest in Formation Evaluation and would like you to be part of the journey of reviving the Society. \nThe afternoon promises several good talks on the variety and challenges faced by Petrophysics in the Netherlands followed by a poster session covering vendor Wireline and Logging While Drilling (LWD) new technologies. The poster session will be an opportunity for you to meet fellow professionals over drinks and snacks. \nAdmission is free but you will be kindly asked to confirm your attendance. Please feel free to forward this note to fellow colleagues or friends who may be interested as well. \n \nProgram \n15:30 – Arrival & registration \n16:00 – Welcome & DPS Introduction – Shyam Ramaswami – Dutch Petrophysical Society (DPS) President \n16:15 – Session I – “The evolution of life-cycle petrophysical evaluation & data acquisition techniques in NAM”\, Oscar Kelder – Petrophysics Discipline Lead and Cluster Development Lead – NAM \n16:45 – Session II – “Amstel field – from first oil discovery to first oil production”\, Danijela Krizanic – Asset Petrophysicist – ENGIE E&P Nederland \n17:15 – Break \n17:30 – Session III – Wireline & LWD New Technology Poster Session & networking (Includes drinks & snacks) \n18:30 – End \nRSVP \nPlease send confirmation of attendance or regrets to info@dps-nl.org by Monday 16th May\, 2016 \nEntrance Fee \nFree of Charge for all \nSession I – “The evolution of life-cycle petrophysical evaluation and data acquisition techniques in NAM” \nOscar will present a talk on how evaluation and data acquisition techniques in life-cycle petrophysics in NAM has evolved over the years\, its current challenges and its direction in the future. \nOscar Kelder – Is a seasoned Petrophysicist with 20 years of petrophysical experience in various IOC’s and NOC’s\, including Statoil\, Saudi Aramco and the last 10 years with NAM in The Netherlands. He is intimately familiar with gas field development in the Netherlands and the challenges that come with them. \nSession II – “Amstel field – from first oil discovery to first oil production” \nLocated 12km NW of Scheveningen beach\, the field holds a title of the first oil discovery in the Dutch offshore. Although it has been discovered in 1962; it has not been put into production until early 2014. \nThe presentation will cover the progress of the field development since its discovery with focus on reservoir characterization aspect of the project. \nDanijela Krizanic – Holds MSc in Petroleum Geology from University of Zagreb\, Faculty of Mining\, Geology and Petroleum Engineering. She worked for INA Oil Company and Baker Hughes before joining Engie in 2009. Currently she works as asset Petrophysicist for Dutch offshore oil and gas fields. \nSession III – Wireline & Logging While Drilling (LWD) New Technology \n1. “Microseismic monitoring in Groningen” – Baker Hughes \n2. “TightGas exploration petrophysics” – Halliburton \n3. “LWD Imaging for Well Placement in Faulted Reservoir” – Schlumberger \n“Next generation Pulsed Neutron Tool” – Weatherford \nKoninklijk Instituut Van Ingenieurs (KIVI) \nPrinsessegracht 23\, 2514 AP Den Haag \nDirections: \nWalk – 10 mins walk from Den Haag Central Station \nTram – Den Haag – Malieveld – Line #5 or #9 \nCar – Public underground parking – Den Haag – Malieveld
URL:https://www.dps-nl.org/wordpress/event/dutch-petrophysical-society-revival-event-petrophysics-in-the-netherlands-the-past-present-and-future/
LOCATION:KIVI\, Prinsessegracht 23\, Den Haag  \, 2514 AP 
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