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PVT SIMULATION COURSES
Gain a better understanding of petroleum phase behavior by learning the theory and methods behind
Calsep’s versatile PVT simulation software.
A comprehensive practical and theoretical overview of PVT for EOR studies, this course will cover every stage of EoS model development from sampling through export to external simulators with an emphasis on application of gas injection for EOR. The theory of miscible gas injection will be examined for multi-component fluid systems and participants will learn how to adjust model parameters to match EOR PVT data. Precipitation of asphaltenes which may be initiated by gas injection is also covered in this course.
COURSE TOPICS
DAY 1: Fluid Handling• Compositional and PVT data input to PVTsim • Quality check of fluid compositions and PVT data • Compositional analysis and recombination• Fundamentals of equation of state • C7+ characterization and lumping
DAY 2: PVT Data & Regression• Classical PVT experiments• Regression to PVT & viscosity data• PVT simulations of natural gases• Input to external simulators
DAY 3: EOR & Flow Assurance• Common EoS modeling of multiple fluids• Gas injection EOR experimental data• Modeling of minimum miscibility pressure (MMP) and case study• Modeling of gas injection triggered asphaltene precipitation
Temperature (F˚)
Pres
sure
(psi
a)
8000
7000
6000
5000
4000
3000
2000
1000
00 200 400 600 800 1000 1200
Original+200 mol% CO2Critical Point
+100 mol% CO2+250 mol% CO2Reservoir Temperature
+150 mol% CO2+300 mol% CO2
P (PRESSURE)%
RE
CO
VE
RY
90
Simulation Cells
Tie Line Lengths
ExperimentalData Points
Minimum MiscibilityPressure
PVT SIMULATION FOR GAS INJECTIONENHANCED OIL RECOVERY
PVT SIMULATION FORRESERVOIR ENGINEERS
Learn to prepare a robust EoS model for a variety of reservoir engineering tasks using the recommended workflow beginning with interpreting and quality checking sampling data, fluid characterization, and generating a final EoS model for export to external reservoir simulators. Participants will gain insight into making best use of standard PVT data as well as for EOR experiments, using an EoS model in fluid communication studies, and modeling compositional variation with depth.
COURSE TOPICS
DAY 1: Fluid Handling• Compositional and PVT data input to PVTsim • Quality check of fluid compositions and PVT data • Compositional analysis and recombination• Fundamentals of equation of state • C7+ characterization and lumping
DAY 2: PVT Data & Regression• Cleaning OBM contaminated samples• PVT simulations of natural gases• Classical PVT experiments• Regression to PVT & viscosity data• Regression to gas injection EOR data
DAY 3: Reservoir Engineering• EOR experiments & MMP simulations• Common EoS modeling• Compositional variations with depth• Input to external simulators
WHO SHOULD PARTICIPATE?Engineers engaged in reservoir simulations, production operations, and handling experimental PVT lab data.
500 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500 6000
LIQ
UID
VO
LUM
E %
OF
Vsat
PRESSURE (psia)EXPERIMENTAL BEFORE TUNING AFTER TUNING
CONSTANT VOLUME DEPLETION AT 311.00˚F (BETA 2)12.0
10.0
8.0
6.0
4.0
2.0
0.0
PVT SIMULATION FORFLOW ASSURANCE
This course gives a comprehensive overview of PVT for systems where solids may form. The course will cover fluid handling for two phase systems (gas/liquid) and then expand to multiphase systems where water and solids are present in addition to gas and oil. Participants will also learn how to model transport of wax forming fluids in multiphase oil and gas pipelines.
WHO SHOULD PARTICIPATE?Engineers working with petroleum fluids for process and pipeline modeling where the aqueous phase and solids (hydrate, wax, asphaltene) formation are studied.
COURSE TOPICS
DAY 1: Fluid Handling• Compositional and PVT data input to PVTsim • Quality check of fluid compositions and PVT data • Compositional analysis and recombination• Fundamentals of equation of state • C7+ characterization and lumping
DAY 2: PVT Data & Regression• Classical PVT experiments• Regression to experimental PVT data & viscosity data• Regression to rheology data• PVT simulation of natural gases
DAY 3: Multiphase Modeling• Common EoS modeling• Mixtures with water• Modeling wax, asphaltene, and hydrates• Compositional wax deposition simulation• Input to external simulators
COURSE TOPICS
DAY 1: Fluid Handling• Compositional and PVT data input to PVTsim • Quality check of fluid compositions and PVT data • Compositional analysis and recombination• Fundamentals of equation of state • C7+ characterization and lumping
DAY 2: PVT Data & Regression• Regression to PVT & viscosity data• PVT simulations of natural gases• Compositional variations with depth• Input to external simulators
DAY 3: EOR & Flow Assurance• EOR experiments & MMP simulations• Cleaning OBM contaminated samples• Mixtures with water• Hydrates, wax, & asphaltene
Learn to interpret compositional data and solve a variety of reservoir and flow assurance engineering tasks including fluid characterization, modeling of PVT data, miscible gas injection, wax, asphaltene and hydrate precipitation.
GENERAL PVT SIMULATION
ReservoirEngineering
ProcessSimulation
FlowAssurance
PVT LabStudies
PVTsimNova
WHO SHOULD PARTICIPATE?Engineers who would like to get a comprehensive understanding of the theory and concepts behind PVT simulation from reservoir through production facility.
CALSEP OFFERS OPEN COURSESTraining industry personnel on PVT and phase behavior of petroleum fluids has been an important part of Calsep’s activities over the past 30 years. Calsep offers open courses as well as custom in-house courses and can cover a wide range of engineering disciplines relevant for reservoir engineers, process engineers, engineers dealing with flow assurance or multi phase flow metering, laboratory staff and others needing to apply PVT simulation software in their work.
A MIX OF THEORY & HANDS-ONEvery Calsep course includes a mix of theory and hands-on application appropriate for a range of backgrounds including those just getting started using PVTsim to the more experienced users interested in learning advanced concepts and techniques for successful EoS modeling.
HIGHLY EXPERIENCED TEACHERSCourses are taught by Calsep senior & principle engineers who help develop and use PVTsim in their daily work and have the most in-depth knowledge about the capabilities and best practices for EoS modeling with PVTsim.
REGISTER ONLINERegister Online at www.pvtsimnova.com/all-courses or contact us…
CALSEP A/SParallelvej 12Kgs. Lyngby, DenmarkPhone: + 45 45 87 66 46Fax: + 45 45 87 62 72E-mail: [email protected]
CALSEP, Inc.10370 Richmond Avenue,Suite 1375, Houston,TX 77042, USAPhone: +1 281 759 0844Fax: +1 281 759 0845E-mail: [email protected]
CALSEP FZ LCCDubai Internet CityP.O. Box 500 534Dubai, UAEPhone: +971 4 391 3667Fax: +971 4 390 8208E-mail: [email protected]
CALSEP Asia Pacific Sdn BhdSuite 19-05, G-Tower199 Jalan Tun Razak,50400 Kuala Lumpur, MalaysiaPhone: +603 21626551Fax: +603 21621553E-mail: [email protected]
HOUSTON | COPENHAGEN | DUBAI | KUALA LUMPUR
