NExT Oil_Gas Training Course Catalog
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Transcript of NExT Oil_Gas Training Course Catalog
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A Schlumberger Company
2012-13COURSE
CATALOG40 NEW COURSE
31 Technical Cours
5 Software Course
4 Field Courses
Oil & Gas Technical Trainingand Career Developmen
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VisitNExTtraining.net/classesfor the latest calendar or to register for a cours
Today, the E&P industry faces significant human resource
challenges. Companies with a deficit of mid-career expertise
are under huge pressure to accelerate the development of
their young professionals. And as the industry focuses on
hard-to-extract oil and gas resources, professionals at all levels need
to acquire fresh skill sets and understanding of new technology.
NExT* Network of Excellence in Training is a Schlumberger companydedicated to the professional development of the E&P industrys
geoscientists and engineers. The comprehensive NExT portfolio of
courses, programs, and competency services is perfectly suited to
address these challenges. With a truly global presence and 10 years
of experience delivering training to oil and gas companies in more
than 50 countries, NExT understands the worlds oil and gas fields
and can customize solutions to match your specific needs. In addition,
our association with Texas A&M, University of Oklahoma, and Heriot-
Watt University ensures that NExT training reflects the latest in
academic and industry knowledge.
New for 2012, we have added 40 new courses to our growing course
curriculum and expanded our technical training programs with
new programs for Exploration, Geomechanics, and Unconventional
Resources. For training on industry-leading software tools from
Schlumberger Information Solutions, we have added new courses for
the latest release of Petrel, Techlog, and PetroMod. With more than
1,000 public classes worldwide, our clients can develop their software
and science expertise faster.
OIL & GAS COURSES
Currently, we offer more than 340 practical technical and softwarecourses designed for todays engineers and geoscientists. The NExT
technical team of oil and gas experts is committed to sourcing the
best instructors, producing materials to the highest standard, and
ensuring that the curricula evolve to embrace the latest technology
advances. Our teaching faculty numbers more than 1000 instructors,
all experts in their fields, with a wide variety of technical and regional
experience.
In the following pages, youll find discipline maps that explain
our public course offering. Each color-coded map shows courses
grouped by discipline and proficiency level to help you find the right
ones for you. You can register for a public course or find out more
by visiting us at NExTtraining.net/classes.As always, any of our
courses can be tailored to your in-house training program. To find out
more or to ask questions about public courses, please e-mail us at
TRAINING PROGRAMS
For greater training needsto build or transform your team or
organizationwe offer in-depth, customized programs designed to
bring oil and gas professionals to a required level of autonomy faster
Each program is truly unique, with the right blend of training modes t
suit your training objectives and the cultural requirements. The blend
is made from courses, e-learning, simulations, software, and hands-on tasks, all delivered in your offices or in world-class Schlumberger
training centers in the Middle East, Russia, Europe, or the US. The
goal always is to complement knowledge gained in the classroom
with experience gained in the workplace.
COMPETENCY MANAGEMENT
For measuring the impact of your technical development programs,
NExT also offers competency management to test and verify the
progress of your employees. Through a process of assessment,
planning, development, and verification, your company can correctly
target and maximize returns on its training investment. Studies haveproven that the competency-based approach to training is the only
sure way of accelerating each employees time to expertise. There is
simply no more efficient way of developing your workforce than by
basing it on a solid foundation of competency management.
NExT training is here to help move your professional workforce
forward. We look forward to serving you and hearing about your
training needs and aspirations.
Hooman Sadrpanah
Managing Director
NExT Network of Excellence in Training
http://www.nexttraining.net/classesmailto:classes%40NExTtraining.net?subject=From%20Electronic%20Course%20Catalogmailto:hsadrpan%40nexttraining.net?subject=From%20Electronic%20Course%20Catalogmailto:hsadrpan%40nexttraining.net?subject=From%20Electronic%20Course%20Catalogmailto:classes%40NExTtraining.net?subject=From%20Electronic%20Course%20Cataloghttp://www.nexttraining.net/classes -
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TABLE of CONTENTS
Schedule a private course for your team. Contact us at [email protected] more information.
Contacts
Techical Index
Software Index
InformationManagement
UnconventionalResources &Geomechanics
Managementand Economics
SurfaceFacilities
Production
ReservoirEngineering
Drilling
Technology
Petrophysics
Geophysics
Ocean
Geology
*: Soft ware Intensive Courses
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GEOLOGY
Structural Geology
Applied StructuralGeology in Hydrocarbons
System Analysis
Global Tectonics and Geologic Prospecting Tools for Exploration
Structural Geology
Subsurface Mapping
Introduction to Geology
Well PlacementFundamentalsBorehole Geology: Dip and Image Interpretation
Petroleum Geology
Carbonate Stratigraphyand Sedimentology
Clastic Stratigraphyand Sedimentology
Fluvial and DeltaicDepositional Systems
Sequence Stratigraphy Principles and Applications
Fractured ReservoirCharacterization with
Emphasis on Carbonates
Clastic SequenceStratigraphy andSedimentation
Carbonate Sequence
Stratigraphy
High Resolution
Sequence Stratigraphy
Reservoir Geology
DeepwaterSedimentary Systems
Geology ofClastic Reservoirs
Introduction to Biostratigraphy
Exploration andProspect Definition
Play to ProspectMethods and Workflow
3D ReservoirModeling Workshop
Geologic Assessment ofReservoir Seals and Pay
Geostatistical ReservoModeling
Introduction toGeologic Interpretation
of Seismic Profiles
AppliedGeostatistics
Evaluation and Management of Fractured Reservoirs
Petroleum Systems and
Exploration and Development Geochemistry
Subsurface Facies Analysis
Clastic ReservoirCharacterization
Economics ofPetroleum Exploration
Prospect Appraisaland Petroleum Economi
Clastic Sedimentology for Exploration and Development
PetroleumSystem Analysis
Introduction to the Geoloof Coalbed Methane
Operations and Wellsite Geology
Fundamentals ofExploration forHydrocarbons
Development Geology
Field Appraisaland Development
Skill
Advanced
Foundation
Awareness
:
NExTs Geology curriculum provides courses for technical and non-technical students at all experience levels. The Geology course matrix bel
organizes the curriculum by course focus and experience level. You can use this matr ix to find the right course, build your training plans, and understa
the NExT Geology curriculum. Sof tware intensive courses are marked with a:icon and field courses are marked with a icon. All NExT courses
available to be held at your location. Contact us at [email protected] to schedule a private class.
http://www.nexttraining.net/http://www.nexttraining.net/http://www.nexttraining.net/http://www.nexttraining.net/mailto:classes%40NExTtraining.net?subject=From%20Electronic%20Catalogmailto:classes%40NExTtraining.net?subject=From%20Electronic%20Cataloghttp://www.nexttraining.net/ -
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GEOLOG
Techlog BoreholeImage Interpretation
TechlogAdvanced Analysis
PetrelFracture Modeling
Field Courses GeoFrame Petrel PetroMod Techlog
Advan
Founda
Awaren
Techlogfor Geologists
Petrel Multipointand ConditionalFacies Modeling
TechlogCore Data
GeoFrame CPS-3Advanced Mapping
and Volumetrics
PetrelStructural Modeling
TechlogFormation Evaluation
with Quanti.Elan
PetroMod AdvancedTopics 1D, 2D, and 3D
Petrel Introductionto Structural & Fault
Analysis Module (RDR)
Techlog FluidContact Analysis
GeoFrame Litho ToolKitFacies Classification
TechlogFormation Evaluation
PetroMod Petroleum ResourceAssessments with Special Reference
to Petroleum Systems Modeling
PetrelProperty Modeling
PetroMod PressureCalibration in Petroleum
Systems Modeling
PetrelWorkflow Editor andUncertainty Analysis
PetroMod Quantificationof Uncertainty Analyses in
Petroleum Systems Modeling
PetroMod StructuralAnalysis for Petroleum
Systems Modeling
PetroMod PetroleumSystems Modeling
for Shale Plays
Petrel Playto Prospect Risk
TechlogPython
PetroModIntroduction 1D, 2D, and 3D
Petrel Mapping andGeologic Workflows
TechlogFundamentals
GeoFrameGeology Office
Petrel Well Correlation
Petrel Geology
Petrel Fundamentals
GeoFrame CPS-3Mapping Fundamentals
GeoFrame
Fundamentals
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South PyreneanForeland Basin Spain
Fluvial and Deltaic Architec-ture with Advanced Petrel
Modeling Field Course
Subsurface IntegrationField Courses Guadalupe
Mountains, USA
Carbonates and Evaporites Abu Dhabi
:
http://www.nexttraining.net/http://www.nexttraining.net/http://www.nexttraining.net/http://www.nexttraining.net/http://www.nexttraining.net/course_description.cfm?ref=OG-SW2-SIS11220http://www.nexttraining.net/course_description.cfm?ref=OG-SW2-SIS11220http://www.nexttraining.net/course_description.cfm?ref=OG-SW2-SIS11220http://www.nexttraining.net/course_description.cfm?ref=OG-SW2-SIS11220http://www.nexttraining.net/course_description.cfm?ref=OG-SW2-SIS11220http://www.nexttraining.net/course_description.cfm?ref=OG-SW2-SIS11220http://www.nexttraining.net/ -
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GEOLOGY
Return to Matrix Click H
Introduction to Geology
Awareness 4 days
This introductory geology course focuses
on the key concepts and principles of
geology as applied to the oil and gas
industry. You gain an overview of the
fundamentals of geology and its impact
on the processes of petroleum explora-
tion, development, and production.
COURSE CONTENT
n History and economics of petroleum
n Earth structure and plate tectonics
n Major rock types
n Structural style and stress fields
n Folds, faults, unconformities, and
fractures
n Structural and hydrocarbon traps
n Clastic depositional systems
n Carbonate depositional systems
n Geologic mapping and cross sections
n Petroleum systems
n Source rocks and types of organic
matter
n Traps and seals: Definitions and types
n Correlation and stratigraphy
n Pore systems and diagenesis
n Characterization of the pore system
n Porosity and permeability
n Building a static reservoir model
n Seismic methods and petroleum
geology
n Fundamentals of wireline logging and
interpretation
AUDIENCE
Any E&P professional wanting to better
understand the principles of geology
PREREQUISITES
None
Fundamentals ofExploration forHydrocarbons
Foundation 5 days
The fundamentals of all aspects of
petroleum exploration are explored in
this course. Learn the workflow of an
exploration venture, from collection o
regional data and assessment of plat
tectonic setting to prospect and play
analysis. Experience a multifaceted,
master exercise that is woven throug
the course, in addition to many
smaller exercises used to pract ice to
techniques, and concepts covered in
lectures.
COURSE CONTENT
n Exploration workflow and global
distribution of oil and gas
n Basin formation and type
n Nonseismic methods
n Interpretation of basin stratigrap
n Seismic method
n Interpretation of source rock data
n Siliciclastic r eservoirs
n Geology from wireline logs
n Carbonate reservoirs
n Trapping geometries
n Facies mapping
n Kitchen and prospect
n Burial history reconstruction
n Generation and migration
of hydrocarbons
n Assessment of prospect risk
and uncertainty
n Plays and petroleum systems
n Volumetrics, risk, and uncertainti
AUDIENCE
Geologists and geophysicists involve
exploration and appraisal projects
PREREQUISITES
Basic applied petroleum geology and
exposure to exploration
Development Geology
Foundation 5 days
Structured for an understanding
of the development life cycle,
material encompasses the gathering
and interpretation of geologic data, the
preparation of geologic models, and the
quantification of subsurface uncertainty.
Learn the fundamental skills to construct
geologic models and understand the fac-
tors that affec t field operations and field
management. Apply geologic concepts,
construct maps and sections, and validate
computer-generated interpretations.
Calculate subsurface volumes and
assess their uncertainties, prepare a well
proposal, and plan appraisal wells and
assess their economic value. You acquire
practical experience by working in teams
on an actual field study.
COURSE CONTENT
n Scope of oil and gas business
n Subsurface models, input data, and
modeling concepts
n Gathering, processing, and interpret-
ing seismic data
n Structural types, traps, fault seals,
maps and sections, and correlations
n Clastic sedimentary environments
n Basic well technology, horizontal
wells, well data, log and core data,uncertainties, and mapping
n Carbonate reservoirs
n Subsurface development options
n Volumetrics and subsurface
uncertainties
n Static and dynamic models
n Field operations, well design, and
geologic input
n Development options, project
planning, and phased costs
n Impact of subsurface uncertainty on
project economics
AUDIENCE
Engineers and geologists involved in
reservoir appraisal and development
projects
PREREQUISITES
Basic understanding of reservoir and
petroleum geology
Borehole Geology: Dip andImage Interpretation
Foundation 3 days
This course covers the basics of dip and
image measurement techniques in the
borehole environment with an introduc-
tion to structural and stratigraphic dip
interpretation. Learn about electrical
dipmeter tools, inclinometry systems, and
dip correlation algorithms. Compare the
application and limitations of electrical,
acoustic and LWD data acquisition and
processing systems.
COURSE CONTENT
n Reservoir evaluation
n Dipmeter and image devices
n Borehole direction and elongation
applications
n Calculation of dips from images
n Dipmeter processing programs and
presentations
n Interpretation of structural and
stratigraphic features and structural
dip
n Basic fracture analysis
n Borehole stress fields and principal
far-field stress
n Unconformity analysis
n Carbonate depositional environments
n Fault analysis using dip patterns,
image data, and stereonet plots
n Fracture and fault analysis for
reservoir characterization
n Stratigraphic concepts
n Sand-shale sequences log analysis
n Fluvial channel environments
n Transitional depositional environ-
ments
n Delta channels and front deposits
n Deep water marine clastic deposits
AUDIENCE
Geologists, geophysicists, petrophysicists,
engineers, and technicians wanting to
improve their use of borehole image and
dipmeter data in integrated studies
PREREQUISITES
None
http://www.nexttraining.net/http://www.nexttraining.net/http://www.nexttraining.net/http://www.nexttraining.net/http://www.nexttraining.net/course_description.cfm?ref=GL-TC0-NXT08760http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH06250http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH06250http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH06250http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH04030http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-NXT00360http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-NXT00360http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-NXT00360http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-NXT00360http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH04030http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH06250http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH06250http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH06250http://www.nexttraining.net/course_description.cfm?ref=GL-TC0-NXT08760http://www.nexttraining.net/ -
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Schedule a private course for your team. Contact us at [email protected] for more information.
GEOLOG
Operations and
Wellsite Geology
Foundation 5 days
In this thorough overview of wellsite
acquisition and quality control, learn
formation evaluation techniques used
by wellsite geologists. A combination
lectures and practical exercises enha
your understanding of drilling problem
caused by subsurface conditions and
application of wellsite data in explor
and development projects.
COURSE CONTENT
n Petroleum geology, depositional
environments, and stratigraphy
n Drilling operations
n Drilling problems and well contro
n Logging operations: Petrophysics
acquisition, fundamentals, and to
n Operations geology: Duties,
responsibilities, and well-plannin
processes
n Wellsite geology and mud
logging services
n Hydrocarbon detection (data
acquisition), sidewall and conven
tional coring (acquisition and cor
of poorly consolidated rocks)
n Lithological and composite well l
n Wellsite contracting: Drilling, mu
logging, wireline services, coringquality control
n Cuttings: Descriptions, abbreviat
lithologies, and log correlations
AUDIENCE
Geologists participating in well drillin
wellsite operations
PREREQUISITES
Basic understanding of geology
Introduction tothe Geology ofCoalbed Methane
Foundation 3 days
This introductory course reviews the
origins of coalbed methane (CBM);
controls on its occurrence, composition,
and production; assessment of resources
and producibility in various geologic
settings; influences on its permeability
and production rates; hydrologic issues
and water production; and methods of
drilling, completing, and stimulating CBM
wells.
Examples from several basins clarify the
controls on CBM occurrence and produc-
ibility and demonstrate the origins of CBM
fairways, or sweet spots. Properties of
contrasting systems (thermogenic versus
biogenic and water-productive versus
water-free systems) are described in
terms of origins, gas resources, and CBM
play characteristics.
COURSE CONTENT
n Coal depositional systems
n Resource delineation
n Structural settings
n Maceral types and reservoir
fluid composition
n Coalbed gas origins and coal
thermal maturity
n Coalbed permeability
n Hydrologic analysis
n Estimation of coal tonnage and
coalbed gas volumes
n Coalbed gas drilling, completions,
stimulation, and production
n Water lift methods for coalbed gas
wells
n Water-disposal methods
n Coalbed gas exploration models
AUDIENCE
Any E&P professional wanting to better
understand the principles of the geologyof coalbed methane
PREREQUISITES
None
Introduction toBiostratigraphy
Foundation 3 days
Biostratigraphic information is a tool
routinely used in many operations,
and this introductory course covers
its fundamental E&P applications and
limitations. Structured to provide basic,
practical knowledge, the course material
includes the main fossil groups used in
geologic operations, sample processing
techniques, marker identification, and use
of biostratigraphic charts in the geologic
interpretation of drilling sections.
Understand the most common mistakes
made while studying samples and
interpreting the fossil assemblages. Learn
to correctly assess the stratigraphic
level during drilling and interpret the
paleontological associations.
COURSE CONTENT
n Biostratigraphy definitions and principles
n Main microfossils: Foraminifera, calcar-eous nanoplankton, palynomorphs
n Biostratigraphical studies while drilling
n Sample processing according to fossilgroup
n Sample picking and identification ofmajor fossil groups
n Types of biostratigraphic studies andfossil groups according to geologicsection
n Design sampling strategy while drilling
(exercise)n Biostratigraphic chart and zones
n Biomarkers: Index and facies fossils
n Paleoenvironment assemblages andbiofacies
n Principles of absolute and relativedatation
n Time scale and biostratigraphic zonations
n Age interpretation based on fossils
n Use of lithostratigraphy, biostratigraphy,chronostratigraphy, and discontinuity-bounded stratigraphical units
n Key biostratigraphic events in earthshistory
n Transgressive-regressive (T-R) cycles,sequences, and interpretation
n Key sequence stratigraphy surfaces
n High-resolution biostratigraphy
AUDIENCE
Any E&P professional wanting to better
understand the principles of geology
PREREQUISITES
None
Geology of ClasticReservoirs
Foundation 5 days
Instruction focuses on in-depth analysis
of the distribution, geometry, and sedi-
mentary architecture of clastic reservoir
facies. Learn the criteria for distinguishing
reservoir facies using wireline log
and core data, how to interpret facies
distributions at regional and field scales,
and how to integrate this information into
exploration and development projects.
Numerous case studies are used to
illustrate the nature of clastic reservoirs,
and exercises employing log and core data
support classroom lectures.
COURSE CONTENT
n Fluvio-deltaic facies
n Sedimentary architectures
n Alluvial fan, fluvial, eolian, shore face,
deltaic, and shelf environments
n Reservoir facies
n Data integration, quality control, and
analysis techniques using outcrop
data, core photos, wireline logs,
isopach maps, and seismic attribute
maps
AUDIENCE
Engineers, geoscientists, operating
personnel, and other asset team members
responsible for exploration, development,
or production of clastic reservoirs
PREREQUISITES
Basic knowledge of sedimentary geology
mailto:classes%40NExTtraining.net?subject=From%20Electronic%20Catalogmailto:classes%40NExTtraining.net?subject=From%20Electronic%20Catalogmailto:classes%40NExTtraining.net?subject=From%20Electronic%20Cataloghttp://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH04020http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH04020http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH09120http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH09120http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH09120http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH12380http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH12380http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-ADU01100http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-ADU01100http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-ADU01100http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-ADU01100http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH12380http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH12380http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH09120http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH09120http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH09120http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH04020http://www.nexttraining.net/course_description.cfm?ref=GL-TC1-OTH04020mailto:classes%40NExTtraining.net?subject=From%20Electronic%20Catalog -
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GEOLOGY
Return to Matrix Click H
Subsurface Mapping
Foundation 5 days
This mapping course delivers the pra
skills you need to apply geologic conc
construct maps and sections, and val
computer-generated interpretations.
Learn the need for consistency betw
structural models and manual evalua
Calculate subsurface volumes and
assess their uncertainties. Explore fa
dimensions and properties and perfo
fault seal analysis. Acquire experienc
in practical techniques while working
teams.
COURSE CONTENT
n Geologic concepts and global
tectonics
n Geophysical methods and produc
of seismic data
n Hydrocarbon basin mapping and
analysis
n Planning, gathering, and managin
geologic data
n Well log correlation
n Mapping of reservoir parameters
structures, and integration of se
data
n Structural styles and trapping
conditions
n Subsurface stresses and pressur
n Reservoir architecture and geolo
modeling
n Oil and gas volumetric calculation
n Fault dimensions, properties, and
sealing capacities
n Review of case histories
AUDIENCE
Geologists, petroleum engineers, and
geophysicists involved with developm
of oil and gas reser voirs, and geologi
seeking knowledge of correlation and
structural and stratigraphic mapping
PREREQUISITES
Understanding of basic applied petro
geology
Structural Geology
Foundation 5 days
This course introduces the main
elements of geomechanics and employs
them as the basis for understanding
structural geometries, kinematics, and
the universally applicable geomechanical
approach. You learn basic interpretation
and mapping techniques for each tectonic
regime. A portable sandbox demonstrates
analog modeling of the main tectonic
regimes. Bringing actual problems or
challenges for general discussion and
integrated hands-on problem solving is
encouraged.
COURSE CONTENT
n Introduction to geomechanics andgeneral fault characteristics
n Extensional tectonics, includingtheory, examples, analog models,seismic interpretation, structuralgeometries, and fault properties
n Strike-slip tectonics, including theory,case history, analog models, seismicinterpretation, structural geometries,and fault properties
n Structural reservoir types, in situstress analysis, and fault sealingmechanisms (also in sand-sandjuxtapositions) with a focus on the 3Dnature of this tectonic setting, includ-ing pitfalls and traps in structuralinterpretation
n Compressional tectonics, includingfold and thrust belts, fault reactiva-tion, and multiphase tectonics
n Structural reservoir types and faultsealing mechanisms with mechanicsof fault reactivation (inversiontectonics)
n Salt tectonics
n Fault sealing and top seal integrity
n Fracture systems, including fracturemechanics, reservoir examples, andoutcrop examples
n Analysis of fault and fracturesystems, including fractal properties
of faults and fractures, and predictionof subseismic faults
AUDIENCE
Geologists wanting a solid understand-ing of structural geology theory andapplications
PREREQUISITES
Understanding of basic geology concepts
Petroleum SystemAnalysis
Foundation 5 days :
A petroleum system comprises the
crucial geologic elements and processes
that must work together to create a
hydrocarbon-bearing basin: source rock,
reservoir, seal trap, migration, and the
correct timing of hydrocarbon generation.
One of the main components in the
analysis of petroleum systems is the study
of hydrocarbon charge: source, burial,
generation, migration, and the products.
The core design of this course is
integration of geology with geochemical
information, and PetroMod* petroleum
systems modeling software is used for
exercises. Emphasis lies on heat flow,
burial, recognition and evaluation of
source rocks, thermal maturity aspects,
and the basic petroleum geochemistry
needed for basin formation. Learn about
various basin types in t heir plate tectonic
contexts and their hydrocarbon charging
systems.
COURSE CONTENT
n Types of basins and burial histories
n Heat flow and source rocks
n Hydrocarbon generation and
migration
n Basic petroleum geochemistry
n
Biodegradation, gas, and pressures
AUDIENCE
Geologists and geophysicists involved in
exploration and appraisal
PREREQUISITES
Knowledge of applied petroleum geology
Petroleum Geology
Foundation 5 days
With this course, enhance your knowl-
edge of the fundamentals of geology and
how they are integrated with engineering
data to effectively and optimally manage
reservoir development. Learn which
geologic data are needed to describe the
3D geometry of a reser voir. Understand
the tools and techniques available for
reservoir characterization and how the
resulting data can be combined and
harmonized.
COURSE CONTENT
n Geologic principles, major rock
types, geologic time and age
dating, structural features, and plate
tectonics
n Clastic depositional systems
n Sequence stratigraphy concepts
n Carbonate depositional systems
n Carbonate reservoir properties
n Geologic mapping and cross sections
n Hydrocarbon source rocks and
petroleum systems
n Trap types and mechanisms
n Play fundamentals
n Petroleum system processes, event
correlation, and biostratigraphy
n Pore systems and diagenesis
n Porosity types in carbonate and
clastic rocks, clay types
n Geologic modeling: Reservoir
heterogeneity, scales of investiga-
tion, and flow units
n Deterministic and stochastic model-
ing, use of seismic data in modeling
n Seismic methods and use of seismic
tools in petroleum geology
AUDIENCE
Geoscientists and petroleum engineers
PREREQUISITES
Basic knowledge of geology
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GEOLOG
Applied Geostatistics
Skill 5 days :
This course focuses on application of
the various tools known as geostatis
using both readily available and spec
software packages. These tools are n
essential in most of the important as
of E&P: gridding and contouring for m
upscaling for reservoir simulation and
basin modeling, and analysis of spati
referenced data of all kinds. Course e
phasis is on practical applications an
understanding of context rather than
algorithm details and mathematics.
Learn to choose the most appropriate
geostatistics techniques and apply
them correctly for E&P best practices
Receive a practical introduction to w
is available in geostatistics software
take useful tools back to the workpla
COURSE CONTENT
n Introduction to geostatistics and
trends in spatial datasets
n Effects of scale: Heterogeneity a
discontinuity, data scale versus
modeling scale, upscaling
n Spatial trends in gridding and con
ing: Minimizing errors, kriging
n Use of new data: Bayesian and
geostatistics, history matching,
sequential and indicator simulat
n Quantifying uncertainty: Method
Monte Carlo and other stochasti
simulations
AUDIENCE
Petroleum geologists and geoscientis
preparing data for reservoir simulato
engineers involved with exploration a
development of oil and gas reser voir
anyone wanting insight into obtainin
most value from geospatial data
PREREQUISITES
Basic knowledge of subsurface
characterization and competency in
Microsoft Excel application
3D ReservoirModeling Workshop
Skill 10 days :
In this workshop, you obtain a hands-on
practical workflow for building a static
reservoir model using Petrel software.
Instruction delivers a solid presentation
of the theory and methodologies behind
3D reservoir modeling with practical
applications. Learn a step-wise approach
to model building that starts with an
overview of reser voir modeling, takes
you through building of a structural
framework, continues with layering and
gridding, and populates the model with
reservoir properties. Gain valuable
experience in use of volumetrics with
uncertainties and basic geostatistics.
COURSE CONTENT
n Review of Petrel software data importand export
n Well correlations: Make and edit
well tops
n Structural modeling: Fault modeling,
grid design, quality checking,
zonation, and layering
n Review of statistics and data analysis
n Basics of geostatistics and variogram
analysis, introduction to kriging and
estimation techniques
n Deterministic and property modeling,
including facies modelingn Integration of property data
(petrophysics, seismic, and well
test data)
n Stochastic and conditional simulations
n Volumetric calculations exercise, with
multiple realizations and ranking
n Upscaling design and properties
AUDIENCE
Practicing geoscientists or engineers look-
ing for a prac tical approach to building 3D
reservoir models with Petrel software
PREREQUISITES
Basic understanding of Petrel software
n MWD
Acquisition of positioning anddrilling-related data
Tools and techniques forformation evaluation
n LWD
Tools and techniques
Formation evaluation and othermeasurements and applications
Influence of measurements onhigh-angle wells
n Application of well placementmethods
Model-compare-update: Modeledlog response and interpretation
Real-time dip analysis
n Remote-boundary detection
AUDIENCE
Members of multidisciplinary assetteams, drilling engineers, reservoirengineers, and geoscientists involvedin decisions on implementing a geologicplacement process for horizontal andhigh-angle wells
PREREQUISITES
Basic knowledge of drilling and formationevaluation
Foundation 5 days
Introducing the fundamentals of
geologic well placement, sometimes
called geosteering, this course encom-
passes both the processes and techniques
required for placement of high-angle
and horizontal wells using geologic and
petrophysical data acquired while drilling.
Reviews include technologies and tools for
directional drilling, LWD, and MWD.
Learn from examples using different
methods to geosteer horizontal wells
and their applications.
COURSE CONTENT
n Introduction to geologic well placement
Applications, te chnologies,and processes
Three placement methods
n Review of reservoir geology
Essential elements forwell placement
Important structural featuresfor well placement
n Directional drilling
Fundamentals
Technologies and techniques forcontrolling borehole location
NEW
NEW
Well Placement Fundamentals
mailto:classes%40NExTtraining.net?subject=From%20Electronic%20Catalogmailto:classes%40NExTtraining.net?subject=From%20Electronic%20Catalogmailto:classes%40NExTtraining.net?subject=From%20Electronic%20Cataloghttp://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH06160http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH09050http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH09050http://www.nexttraining.net/course_description.cfm?ref=MD-TC1-NXT13331http://www.nexttraining.net/course_description.cfm?ref=MD-TC1-NXT13331http://www.nexttraining.net/course_description.cfm?ref=MD-TC1-NXT13331http://www.nexttraining.net/course_description.cfm?ref=MD-TC1-NXT13331http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH09050http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH09050http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH06160mailto:classes%40NExTtraining.net?subject=From%20Electronic%20Catalog -
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GEOLOGY
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COURSE CONTENT
n Types of sedimentary basins in
different tectonic contextsn Large-scale tectonic settings of m
types of sedimentary basins andrelationship between structural and fill patterns
n Effects of base-level changes ansyn-depositional tectonics onsediment distribution patterns
n Correlation in different sedimentsettings
n Role of analogs in building reservmodels in different depositionalsettings
n Sediment generation and supply different settings
n Fluid dynamics and rheology oferosion, transport, and depositio
n Basic mechanics of sediment erotransport, and deposition; resultbedforms and sedimentary struc
n Postdepositional processes and
products
AUDIENCE
Exploration and development geolog
geophysicists, and reservoir enginee
looking for overview of sedimentary
organization across a range of scales
in different basinal and environmentasettings
PREREQUISITES
Basic knowledge of geology and
sedimentary process
Skill 5 days
This course covers the fundamentals
of clastic sedimentology at scales for
both regional exploration and detailed
reservoir characterization. Reviews of
the main types of sedimentary basins
are presented in the context of crustal
dynamics. Descriptions of plate tectonics
and the production and transport of
clastic material are included for different
tectonic, topographic, and climatic
settings.
Emphasis is on the practical interpretation
of subsurface data- seismic, core, and
wireline logs-for facies analysis and
reservoir characterization. Examples draw
from different facies, ages, and basinal
settings. Sedimentary fluid dynamics are
related to sedimentary bed forms, which
in turn are related to the lamination and
bedding styles that characterize most
sandstones. The processes of sediment
gravity flows are related to t heir product
textures and depositional units. These
principles are applied to different deposi-
tional settings (alluvial, deltaic, coastal,
shallow-marine, slope, deep-marine
and aeolian), focusing on the sediment
supply, distribution of processes in space
and time, and resultant organization of
depositional facies. Particular attention
is given to the principles by which
depositional settings are interpretedusing both outcrop and subsurface data
and to the best correlation methods for
different settings.
Carbonates and EvaporitesAbu Dhabi
Skill 5 days
Abu Dhabi is one of the worlds
classic localities for studying recent and
Holocene carbonates and coastal sabkha
evaporites. In this field-based stud y,
experience first-hand the geologically
modern sequence stratigraphy with
complete exposure of the sediments and
rocks. Observe how the depositional,
diagenetic, and erosional processes
combined to create this complex
stratigraphic subsea architecture, which
can be extremely difficult to interpret.
Increase your ability to think laterally
when faced with cre ating 3D models
from limited subsurface exploration or
development data.
COURSE CONTENTn Sedimentary and diagnetic responses
to relative sea-level variations
and climatic changes in a proximal
carbonate ramp setting
n Geologic observation and develop-
ment of carbonate depositional mod-
els based on sequence stratigraphic
observations
n Reservoir heterogeneity, facies
correlations problems, depositional
trends, aspect ratios, and scale
n Classic modern peritidal submarine
environmentsn Syn-sedimentary and structural
deformation with fractures
AUDIENCE
Geologists and petrogeologists wanting
to understand carbonate and evaporite
environments and how field outcrops
relate to recorded data
PREREQUISITES
Basic background in geology with some
knowledge of carbonates
Carbonate SequenceStratigraphy
Skill 5 days
Through lectures and exercises,
instruction focuses on the impact of
sedimentology, sequence stratigraphy,
and diagenesis in E&P of carbonate
reservoirs. Learn how carbonate
reservoirs form and the unique attributes
that affect interpretation techniques,
including geometry, facies, and diagenetic
alteration.
COURSE CONTENT
n Major controls on occurrence and
nature of carbonate platforms,
depositional environments, and
facies; facies models for rimmed
carbonate platforms and ramps
n Carbonate grain types and early
lithification in subtropical lagoon,
beach, and reef environments
n Principles of carbonate sequence
stratigraphy
n Miocene fault-block carbonate plat-
form, its stratigraphic geometries,
facies associations, depositional
sequences; recognition of potential
reservoir facies
n Application of carbonate sequence
stratigraphy and seismic stratigraphy
to rimmed shelves and ramps
n
Tectonic and basinal controls oncarbonate platform types; introduc-
tion of Bosences new genetic
classification and its implications for
E&P studies
n Near-surface diagenetic environ-
ments, processes, and products in
carbonate rocks and their relation
to sequence stratigraphy; burial
diagenesis; porosity and permeability
evolution in carbonate reservoir
rocks; reservoir rock types; and
classification of carbonate reservoirs
AUDIENCE
Technical professionals involved in
exploration for and development of
carbonate reservoirs
PREREQUISITES
Knowledge of basic geology
Clastic Sedimentology for Explorationand Development
NEWNEW
http://www.nexttraining.net/http://www.nexttraining.net/http://www.nexttraining.net/http://www.nexttraining.net/http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH04870http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH04870http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH06060http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH06060http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH13180http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH13180http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH13180http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH13180http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH06060http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH06060http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH04870http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH04870http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH13180http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH13180http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH13180http://www.nexttraining.net/ -
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GEOLOG
Deepwater SedimentarySystems
Skill 3 days
Addressing the complexities of deep
marine systems, this course teaches
evolution of these facies on the slope
in the open oce an, how they build int
tinctive architectural elements, and h
to recognize them. Analyze and inter
seismic records, sea floor images, we
logs (including borehole image logs),
materials, and outcrop characteristic
deepwater reservoir components wit
an emphasis on internal architecture
related to reservoir performance. Per
hands-on case studies of deepwater
plays from around the world to illustr
characteristics unique to their explor
appraisal, development, and reservoi
management.
COURSE CONTENT
n Deepwater overview and buildin
blocks
n Downslope, along-slope, and
open-ocean systems
n Characterization of architectural
elements: Nature and recognitio
n Channel style and geometry
n Lobes, mounds, and sheets
n Deepwater massive sands
n Thin-bedded turbidites
n Review of deepwater drilling,
seismic sequence stratigraphy, a
deepwater plays
n Subsurface models
AUDIENCE
Geologists, geophysicists, and petrol
engineers involved in exploration and
development of deepwater plays; pro
managers for deepwater plays and
reservoir production
PREREQUISITES
Understanding of basic petroleum
geology, basic stratigraphy, and basic
sedimentology
n Deepwater clastic systems and
reservoir characteristics of turbidite
deposits
n Stratigraphic prediction: Historic
context, scope, and limitations-
Walthers Law
n Seismic stratigraphy: Fundamentals,
techniques, and strata patterns
n Sequence stratigraphy: Fundamen-
tals, controls, terminology, and
controls on sea-level changes
n Fluvial, deltaic, and turbidite systems
in a sequence stratigraphic context
n High-resolution sequence stratigraphy
n Field and reservoir architecture,
development implications, and impact
AUDIENCE
Geoscientists and engineers wanting
an introduction to clastic stratigraphic
analysis and sequence stratigraphy
PREREQUISITES
Basic knowledge of geology and
sedimentary processes
Skill 5 days
Designed as an overview of clastic
stratigraphic analysis and sequence
stratigraphy, course material focuses on
the geologic characteristics of a r eservoir.
An understanding of how depositional
processes control the distribution of
clastic reservoir and nonreservoir rocks
is a fundamental part of E&P decision
making. Through a combination of lecture
and exercises, you learn to apply sound
sedimentological and stratigraphic
concepts when building fit-for-purpose
subsurface models.
COURSE CONTENT
n Fundamentals of clastic reservoir
architecture and subsurface fluid flow
n Fluvial systems and reservoir
characteristics of fluvial deposits
n Fluvial architecture and reservoir
geometry
n Deltaic coastal systems and reservoir
characteristics of deltaic deposits
n Nondeltaic coastal systems and
continental shelves
n Lacustrine systems: Main controls on
lake formation
Clastic ReservoirCharacterization
Skill 5 days
Employing both lectures and multidis-
ciplinary team exercises, this course
enhances your understanding of the
depositional parameters that define
reservoir architecture, of the prediction
of subsurface reservoir architecture,
and of the impact of heterogeneities on
reservoir performance at different scales.
Gain an awareness of the needs of all
parties involved in reservoir performance
prediction. Exercises include making
a presentation on strategies for the
development of a clastic oil reservoir.
COURSE CONTENT
n Framework for reservoir modeling
n Depositional processes and deposits
n Geologic features influencing
hydrocarbon recovery
n Clastic reservoir architecture and
determination of architecture from
seismic, well log, test, and core data
n Geologic controls on porosity and
permeability
n Trap types and reservoir compartmen-
talization
n Faults, fractures, and fluid flow:
Sealing capacity of faults and shale
baffles
n Core acquisition and analysis and
interpretation ranging from geologic
data to engineering models
n Principles of upscaling and application
of geostatistics
n Capture of subsurface uncertainties in
volume estimates
AUDIENCE
Geoscientists or engineers involved in
exploration, appraisal, or development of
clastic oil and gas accumulations
PREREQUISITES
Basic knowledge of reservoir geology
Clastic Sequence Stratigraphy and Sedimentation
mailto:classes%40NExTtraining.net?subject=From%20Electronic%20Catalogmailto:classes%40NExTtraining.net?subject=From%20Electronic%20Catalogmailto:classes%40NExTtraining.net?subject=From%20Electronic%20Cataloghttp://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH09180http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH09180http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH06140http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH06140http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH05700http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH05700http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH06140http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH06140http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH05700http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH05700http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH05700http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH09180http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH09180mailto:classes%40NExTtraining.net?subject=From%20Electronic%20Catalog -
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GEOLOGY
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COURSE CONTENT
n Diagnostic outcrop, core and log
interpretation of fluviodeltaic enments and facies
n Integration of core, log, and reseproperties to define flow units
n Building conceptual models andsequence stratigraphic frameworeservoir modelling
n Correlation techniques from well
n Deterministic modelling techniqu
n Using hierarchy, zone logs and lay
n Comparison of results from differmodelling techniques and implic
tions for static connectivity
AUDIENCE
Geologists and reservoir modelers
PREREQUISITES
Petrel Fundamentals or minimum 3 mo
of Petrel use.
Physical ability for field courses: Sites
include national monuments, cliff line
exposures, and roadside stops in wes
Colorado and eastern Utah. Altitudes
from 1,500 to 2,000 m, temperatures
15 to 30 degC, relative humidity of 15
Walking is over generally flat terrain
one 2 km hike has a maximum elevatchange of 100 m. Transport is by veh
on blacktop and loose-surface roads.
Skill 7 days :
This field and classroom-based reservoir
geology and modeling course covers
applied techniques for reservoir geocel-
lular modeling. Focused on teaching the
course participants novel and practical
methods to build re alistic models of fluvial
and deltaic sediment body architecture,
demonstrated using Petrel software.
Petrel is used by participants to integrate
core and well log data in a series of
deterministic model exercises. The results
are compared with other traditional Petrel
modeling techniques and each is then
evaluated against outcrop reality in order
to determine which techniques are the
most suitable for analogous subsurface
reservoir modeling studies.
The course follows the typical workflow
of a sub-surface 3-D modeling study
and is aimed at making a series of
realistic predictive models of reservoir
geometry and architecture using detailed
knowledge of sedimentology and
sequence stratigraphic concepts.
This course blends lectures, modeling
exercises, and over 10 field courses
to sites in Grand Junction, Colorado
and Green River, Utah. A full day by day
agenda can be found at NExTtraining.net
Fluvial and DeltaicDepositional Systems
Skill 5 days
Structured to provide a holistic under-
standing of fluvial and deltaic depositional
systems, this course promotes a better
understanding of the sediment transport
and deposition factors affecting potential
basins and reservoirs. Learn the types
and phases of depositional systems, from
erosional sources to se diment deposition
and storage in various fluvio-deltaic set-
tings. Recognize the inherent attributes of
heterogeneity present at various scales
(basin, sandstone body, and localized
facies or rock unit), which contribute to a
solid understanding of potential reservoir
characteristics of the deposits. Enhance
your knowledge of updip systems and
their role in delivering sediment to
deepwater settings.
COURSE CONTENT
n Alluvial systems and deposits
n Alluvial and deltaic depositional
systems
n Relative sea-level-driven analysis of
coupled alluvial systems
n Alluvial architecture and reservoirs,
including principles, models, and
applications to the subsurface
n Nature and significance of deltaic
systems and their deposits
n Lowstand systems tract incised
valleys, forced regression, and
shelf-edge deltas
n Syn-sedimentary deformation in deltas
AUDIENCE
Geologists and geophysicists wanting to
become familiar with the basic principles
of fluvial and deltaic depositional systems
PREREQUISITES
Understanding of basic stratigraphy and
sedimentary structures
Economics of PetroleumExploration
Skill 5 days
This course focuses on the business side
of exploration. How does a company
decide whether to go forward with a
particular project? Learn how a structured
decision analysis and portfolio optimiza-
tion process uses the hydrocarbon
volumes and risk analyses provided by
exploration geoscientists to identify the
projects with the best economic potential.
COURSE CONTENT
n Business side of exploration
n Comparison of exploration projects
under different fiscal regimes
n The role of project economics
n Calculation of cash flow and net
present value (NPV)
n Worldwide fiscal regimes and their
impact on exploration
n Probabilities, risk, and project risk
assessment
n Fundamentals of decision analysis and
decision trees
n Expected monetary value
n Value of information
n Comparative analysis of multiple
projects
n Strategy and port folio analysis
AUDIENCE
Exploration geoscientists and managers
wanting to understand economics of
petroleum exploration
PREREQUISITES
Knowledge of basic petroleum geology
and petroleum systems
Fluvial and Deltaic Architecturewith Advanced Petrel Modeling Field Course
NEW
NEW
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GEOLOG
High ResolutionSequence Stratigraphy
Skill 5 days
This two-part course focuses on the
tical application of sequence stratigr
through a hands-on approach. Part 1
(Days 1 and 2) re views the fundamen
that are often required for effective
sequence stratigraphic work. Part 2 d
with the various aspects of sequence
stratigraphy. The material avoids wh
can sometimes be confusing jargon,
and uses many exercises to emphasiz
the main concepts and applications.
Learn to apply this knowledge to eith
regional-scale exploration or reser vo
scale development.
COURSE CONTENT
n Review of fundamentals for
siliciclastic depositional environ-ments and processes: Sedimenta
processes, sedimentary structur
in cores and outcrops, deposition
environments
n Concepts of sequence stratigrap
Base level, accommodation and
sediment supply, modes of shore
migration, key surfaces and sequ
boundaries, formation of system
tracts and sequences
n Reservoir-scale sequence stratig
raphy: Correlation of wireline log
mapping of parasequences and
incised valley deposits, recognit
key sequence stratigraphic surfa
using cores and wireline logs
n Seismic sequence stratigraphy:
Fundamental seismic stratigraph
concepts and advanced seismic
techniques
AUDIENCE
Exploration and development geolog
geophysicists, and reservoir enginee
wanting an essential understanding o
reservoir and seal facies, geometr y, a
architecture
PREREQUISITES
Basic knowledge of geologic and rese
fundamentals
Fractured ReservoirCharacterization withEmphasis on Carbonates
Skill 3 days
This course covers essential fractured
reservoirs topics with a focus on
geology, geomechanics, and reservoir
engineering techniques from appraisal
through development to secondary
recovery. Exercises and materials are
geared toward fractured carbonate
reservoirs.
COURSE CONTENT
n Fractured reservoir overview and
definition
n Key concerns and workflows for
fractured reservoir analysis
n Fractured reservoir characterization
workflows, tools, and techniques
n Structural geology and rock
mechanics basics
n Fracture modeling fundamentals,
including data integration,
generating simulation inputs, and
volumetrics.
n Case studies with software
examples (Note this is not a software
training course)
n Fractured reservoir characterization
principles and workflows
AUDIENCE
Geologists, geophysicists, petrophysi-cists, and reservoir engineers
PREREQUISITES
A basic understanding of geology and
reservoir characterization
n Salt: Deformation, sutures and
inclusions, rubble zones, imaging
below salt
n Petrophysics for exploration
Rock and fluid properties,
porosity and permeability
Pressure, compaction, and
compartmentalization
Biostratigraphy, sequence
stratigraphy, accommodation space
Stratigraphic sequences:
HST, FSST, LST, TST
Log correlation and annotation
methods, chronostratigraphic
correlation Data contouring workflow
Application of multiple working
hypotheses
Mapping: Structural, faults,
isopachs
Geometric and amplitude
anomalies
Application of direct hydrocarbon
indicators (DHIs)
AUDIENCE
Exploration geoscientists and managers
wanting a fundamental understandingof petroleum systems and key geologic
prospecting techniques
PREREQUISITES
Knowledge of basic petroleum geology
and petroleum systems
Skill 5 days
A combination of lectures and hands-on
practical exercises introduce the funda-
mentals of an effective petroleum system.
Emphasis is on global tectonics and how
basins are formed, filled, and deformed as
well as use of key geologic prospecting
tools. Although the course fo cus is
on clastic rocks, especially turbidites,
material also reviews carbonate rocks and
evaporite formations. The Atlantic Margin
basin is the source for discussions of
petroleum system elements.
Gain an introduction to key aspects of
source rock, migration, overburden rock,
reservoir characteristics, seal rock, traps,
timing, and preservation elements. Learn
the fundamental tools for exploration
petrophysics. Correlate different well
logs that show faults and stratigraphic
variation. Create contour maps and learn
to present faults in map view.
COURSE CONTENT
n Overview: Five laws of geology
n Petroleum systems: Basin formation,
plate tectonics, source rocks
n Unconventional petroleum systems
n Basin filling: Evaporate and carbonate
petroleum systems
n
Fluvial, deltaic, and turbidite depositsn Migration
n Basin filling and deformation
n Faulting as pathways and seals
n Structural traps
Global Tectonics and Geological ProspectingTools for Exploration
NEW
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GEOLOGY
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Prospect Appraisal andPetroleum Economics
Skill 5 days
Prospect appraisal and petroleum ec
nomics are presented in the context o
E&P decision process. Learn to trans
prospect evaluation into probabilities
hydrocarbon volumes and, ultimately
monetary value by means of develop
economics for the prospect and the w
prospect area. Gain an understanding
how to assess the economic value an
overall risk of an exploration prospec
or development project to qualify and
quantify the uncertainty associated w
a volumetric prediction in context of t
expectation curve and to better acco
for external factors that may affect
project economics.
COURSE CONTENTn Distribution of worldwide reserv
n Descriptive statistics and probab
theory, definition of relevant
distributions
n Estimation and parameterization
of variables for prospect apprais
including their uncertainties
n Elementary reservoir engineering
principles and reserve definitions
n Principles of Bayesian statistics a
application to prospect appraisa
n
Review of basic economics, diffefiscal systems, and petroleum
contracts
n Development project economics
sensitivities to internal and exte
factors, and project-ranking crite
n Decision analysis
n Exploration economics based on
expected monetary value
n Scenario development
AUDIENCE
Explorationists involved in prospect
generation; team leaders, explorationmanagers, and petroleum engineers
involved in economic evaluation; and
finance staff involved in investment i
E&P projects
PREREQUISITES
Knowledge of basic petroleum geolog
it relates to exploration
Play to ProspectMethods and Workflow
Skill 5 days
To understand the prospect, you must
understand the play. To understand the
play, you must understand the petroleum
systems. This exercise-rich course
touches on all aspects and fundamentals
of petroleum systems and how they apply
to an explorationists evaluation of a play
or prospect.
COURSE CONTENT
n Plays and petroleum systems as
foundation for evaluations
n Role of key petroleum system
elements in evaluations
n Types of petroleum system models
and their applications
n Best practices and pitfalls
n Inputs for volumetric calculations
n Probabilistic volumes and estimates
for prospect success
n Estimates of prospective hydrocarbon
volumes
n Development of play concepts,
feasibility analysis, and evaluation of
hydrocarbon potential
AUDIENCE
Exploration geologists and geophysicists
PREREQUISITES
Basic knowledge of geology
Petroleum Systems andExploration and Develop-ment Geochemistry
Skill 5 days
Applications-oriented, this course
presents interpretation guidelines to
evaluate prospective source rocks and
define petroleum systems. Learn about
the main applications of geochemistry
to reduce the risk in E&P: total organic
carbon (TOC), rock-evaluation pyrolysis,
vitrinite reflectance, thermal alteration
index, kerogen elemental analysis, geo-
chemical logs and maps, reconstructed
generative potential calculations, and gas
chromatography.
COURSE CONTENT
n Fundamentals of petroleum
geochemistry
n Basic geochemical measurements and
interpretation pitfalls
n Construction of the original petroleum
generative potential
of spent source rock
n Identification and quantification of
elements and processes that control
petroleum systems
n Collection of oil and rock samples and
evaluation of data quality
n Use of biomarkers and isotopes
to correlate oils and source ro cks
and assess thermal maturity and
biodegradation
AUDIENCE
Exploration and development geologists,
geochemical coordinators, managers, and
geoscientists wanting more knowledge
of petroleum systems, petroleum
geochemistry, and basin modeling
PREREQUISITES
Knowledge of basic petroleum geology
and petroleum systems
Introduction toGeologic Interpretationof Seismic Profiles
Skill 5 days
The objective of t his practical, completely
workshop-based course is a thorough
understanding of the fundamentals of
geologic interpretation of seismic profiles.
COURSE CONTENT
n Interpretation of r eflection seismic
profiles
Evolution, geologic seismic
interpretation, geophysical datasets
Interpretation fundamentals:
Stratigraphy, structure,
restoration, models
n Mesoscal geologic models
Extensional margins, compressional,
combinations (Borneo dataset)
n Normal faulting
Basement (Nevada, Newark,
African Rift)
Transform faults (Rio Grande Rift,
southeastern Australia)
Half grabens (Shetland, Dongpu)
Half graben inversions
(North Sea, Indonesia)
Baltimore Canyon, Tarfaya, Gulf
of Mexico, Angola, Brazil, Iran,
and Aquitaine
n
Classic models (Melville Island,Sichuan)
n Foredeep basins: Stratigraphy
(Alaska, Alberta) and structural
(Po Plain)
n Folded belts: With and without
basement (Wind River and Casper)
n Triangle zones (Morocco, Andes,
Dagestan)
n Gravitational (Angola, Gulf of Mexico,
Nigeria)
n Orogenic float (western North America
and northern South America)
AUDIENCE
Interpretation geophysicists and
geologists
PREREQUISITES
Basic understanding of geophysical
principles
NEW
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Schedule a private course for your team. Contact us at [email protected] for more information.
GEOLOG
Subsurface IntegrationField CoursesGuadalupeMountains, USA
Skill 5 days
This integration Field Course to
the Guadalupe Mountains, USA, is a
workshop where pet rophysical, geolo
and reservoir and production enginee
aspects are developed through appli
exercises. World-class outcrops and
subsurface examples of clastic deepw
turbidites and shelf-margin carbonat
are the basis for the exercises. Learn
about the underlying uncertainty and
sumptions used in reservoir analysis
and how to apply a subsurface integr
model as the basis for problem-solvin
processes.
COURSE CONTENT
n Pore scale: Rock-typing technique
integration of pore geometry dat(capillary p ressure, wettability, a
relative permeability) with poros
permeability, and texture
n Well log scale: Tool responses an
resolution in thin-bedded sands,
laminated sands, mixed lithologi
dolomites, and limestones
n Production scale: Integration of
reservoir engineering parameter
(pressure responses, compartme
talization, differential pressure, a
production and injection profiles
rock types and flow units
n Mega scale: Integration of reserv
geometry, sequence stratigraphy
seismic imaging, large-scale com
ments, reser voir-drive mechanis
and production allocation and
regulatory constraints into
n Numerical models
AUDIENCE
Team leaders, geoscientists, petroph
cists, reservoir and production engine
PREREQUISITES
Fundamental knowledge of exploratioexploitation, or production
Subsurface FaciesAnalysis
Skill 5 days
This integrated approach to subsurface
facies analysis combines image and dip
data interpretation with outcrop studies
and uses high-resolution seismic data to
refine complete reservoir models. Learn
from examples and case studies.
COURSE CONTENT
n Data acquisition, processing, and
structural analysis
n Structural analysis using image and
dip data
n Sedimentology and continental
settings
n Eolian sediments
n
Fluvial sediments and fluvial settings(various models)
n Deltaic, coastal, and shelf siliciclastic
settings
n Deltaic sediments
n Coastal and shelf sediments
n Deepwater and carbonate sediments
n Carbonate models and facies in
coastal and shelf settings
n Fractured reservoirs
n Fracture systems
n Fractured reservoir case studies
n Geothermal systems in volcanic rocks
AUDIENCE
Geoscientists, engineers, and technical
staff responsible for analysis and integra-
tion of image and dip data to enhance
understanding of exploration plays and
field development
PREREQUISITES
Understanding of basic geology and
reservoir modeling
South Pyrenean ForelandBasin Spain
Skill 12 days
In this Field Course, you gain a solidunderstanding of geologic concepts andhands-on experience. Learn to recognize
and interpret tectonic structures,sedimentary structures, sedimentaryfacies, and syn-sedimentary structures.Goals include creation of stratigraphiclogs, panoramas, cross sections, and asimple geologic map plus interpretationsof a seismic line and the sedimentaryevolution of a basin.
COURSE CONTENT
n Formation of a foreland basin
n Cross section of the Pyrenees, geo-morphology with notion of mountainchain and basin, and relationship withgeologic map
n Syn-sedimentary structures, includingdynamics of sedimentary basin controlparameters of the sedimentary record,and basin types
n Study of a compressive front, includ-ing morphology, geometry of layersand structures, panorama technique,relations with the geologic map, andimportance of decollements levels
n Mapping of a compressive zone andrealization of a cross section
n Well logging techniques
n Sedimentology: Alluvial system, coastalplain, coast, marine, and turbidites
n Pyrenees profile and field: Analysis of
a panoraman Sedimentary facies and basin synthesis
n Sedimentary dynamics of a forelandbasin: Characteristic sedimentaryfacies and realization of a syntheticlog at basin scale
n Stratigraphic analysis includingstratigraphy, sedimentary architec-ture, genetic units, correlation, andseismic stratigraphy
n Deformation and sedimentationrelationship with a syn-sedimentaryanticline and its effect on sedimenta-tion and stratigraphy
n Reservoir analog: Serraduy-Roda
sandstones, including location in thebasin, stratigraphic architecture ofthe deposit, recognition of f acies, andreservoir implications
AUDIENCE
Geologists, geophysicists, and reservoirengineers wanting increased exposure tofield geology
PREREQUISITES
Knowledge of basic petroleum geology
Reservoir Geology
Skill 5 days
Gain a working knowledge of the main
techniques geologists use to qualify and
quantify subsurface reservoir properties.
In this course, the focus is on both
conceptual understanding and practical
applications using hands-on exercises and
case histories. Understand the geologic
controls on reservoir proper ties, including
the fundamental principles of reservoir
rocks, fluids, and fluid movement in the
subsurface. Learn the main techniques
for developing oil and gas fields, including
conventional methods of determination
of net pay in the reser voir and improved
techniques using data from core, sidewall
core, cuttings, conventional plug measure-
ments, and capillary pressure tests.
COURSE CONTENT
n Phases in field history
n Relationship between exploration and
production
n Primary tasks of geologists
n Tools and data used by development
geologists
n Overview of reservoir description-
what is needed and when
n Clastic reservoirs
n Carbonate reservoirs
n Capillary pressure
n Caprock, fault, and intraformational
seals
n Pore-level reservoir properties
n Recovery efficiency and relative
permeability
n Reserves and net pay
AUDIENCE
Engineers, geologists, petrophysicists,
and managers looking for a st raightfor-
ward, intuitive presentation of principles
governing hydrocarbon accumulations
and the rock properties that control their
practical extraction
PREREQUISITES
Basic understanding of E&P processes
mailto:classes%40NExTtraining.net?subject=From%20Electronic%20Catalogmailto:classes%40NExTtraining.net?subject=From%20Electronic%20Catalogmailto:classes%40NExTtraining.net?subject=From%20Electronic%20Cataloghttp://www.nexttraining.net/course_description.cfm?ref=GL-TC2-NXT02200http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-NXT02200http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-NXT02200http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-NXT02200http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-NXT02200http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH04750http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH04750http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH07760http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH07760http://www.nexttraining.net/course_description.cfm?Ref=GL-TC2-ADU04340http://www.nexttraining.net/course_description.cfm?Ref=GL-TC2-ADU04340http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH07760http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH07760http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH04750http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-OTH04750http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-NXT02200http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-NXT02200http://www.nexttraining.net/course_description.cfm?ref=GL-TC2-NXT02200mailto:classes%40NExTtraining.net?subject=From%20Electronic%20Catalog -
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GEOLOGY
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Geostatistical ReservoirModeling
Advanced 5 days
In this modeling course-designed for
understanding of integrated reservoi
studies from outcrop to fluid flow
simulator-you learn practical requirem
and workflows for modern 3D reserv
characterization. Employ determinist
and stochastic modeling to quantita-
tively integrate diverse data typ es, m
reservoir heterogeneity, assess mode
uncertainty, and prepare the reser vo
model as input to a flow simulator. Le
best practices for modeling and data
integration using modeling software
Participate in an informal, interactive
cussion of the agenda topics, illustra
with case studies and demonstration
using Petrel or equivalent software. I
some course venues, your work with modeling software is hands-on.
COURSE CONTENT
n Introduction to geostatistical res
modeling
n Data quality control and data ana
n Concepts of spatial analysis and
modeling
n Computer workshop
n Kriging and collocated cokriging
n Stochastic simulation and risk ana
n Preservation of reservoir heteroge
n Structural modeling: Sequence
stratigraphy, seismic faults, and
horizons
n 3D property models (rock type,
porosity, permeability, and wate
saturation) and 3D petrophysical
models
n Upscaling for the flow simulator
AUDIENCE
Asset team members responsible for
development of reservoir models that
geostatistical techniques
PREREQUISITES
Basic understanding of geologic
techniques and processes; structure a
sedimentation; and static and dynam
reservoir modeling. Basic experience
Petrel software
Geologic Assessment ofReservoir Seals and Pay
Advanced 3 days
In this course, basic petrographic,
wireline, and capillary pressure data
are used to evaluate reservoir rock
quality, pay versus nonpay, expected
fluid saturations, seal capacity, depth of
reservoir fluid contacts, and transition
zone thickness. Study the use of two-way
capillary pressure analyses to approxi-
mate recovery efficiency during primary
or secondary recovery. Gain hands-on
experience working with reservoir data in
four practical workshop exercises.
COURSE CONTENT
n Introduction to evaluation of
reservoirs, seals, and pay
n Fundamentals and uses of capillary
principles in reservoir evaluation
including free-water level, porous
plate, centrifuge, and mercury
injection techniques
n Integration of petrophysical and
geochemical techniques to evaluate
seal potential
n Basic principles of fault seal analysis
n Seal evaluation in dynamic petroleum
systems: Examples from East Java
and Northwest Shelf, Australia
n Effects of pore geometry on relative
permeability and capillary pressuren Methods to determine net pay
with data from core, sidewall core,
cuttings, and conventional plug
measurements in conjunction with
capillary pressure data
n Prediction of recovery efficiency,
calculation of recoverable reserves,
and evaluation of reservoir manage-
ment options
AUDIENCE
Exploration and development geologists
and reservoir engineers wanting to
increase knowledge on principlesgoverning hydrocarbon accumulations and
their practical applications
PREREQUISITES
Basic knowledge of geologic and reservoir
fundamentals
Evaluation and Managementof Fractured Reservoirs
Advanced 5 days
From both an exploration and develop-
ment point of view, this course teaches
the evaluation of fractured petroleum
reservoirs. Acquire techniques that
employ outcrop and subsurface rock
data, petrophysical data, rock mechanic
principles, and reservoir performance
data. Learn how to control shor t-term
and long-term performance in fractured
reservoirs and the types of data neces-
sary to evaluate and manage them.
COURSE CONTENT
n Workflows in a fractured re servoir,from early analysis to detailedreservoir modeling
n Screening techniques to determine
natural fracture effects in new andexisting fields
n Review of fracture system orig