Коллеги, для тех кто занимается моделированием думаю будет интересен следующий курс:

Simulation of Naturally Fractured Reservoirs Course

NExT Network of Excellence in Training would like to invite you to attend:

Simulation of Naturally Fractured Reservoirs
presented by Dr Charles Kossack
29 November to 1 December 2006
Kuala Lumpur
USD3,100 per participant

Course Description
The oil recovery mechanism in fractured reservoirs undergoing a waterflood or gas cap expansion/gas injection. How dual porosity reservoirs are modeled with modern numerical simulators; simulation exercises.

Audience
Engineers, managers, and other oilfield technical staff

Prerequisites

* Completion of the Applied Reservoir Simulation and the ECLIPSE 100 software course.
* Experience using ECLIPSE 100 is required.
* Attendance at the ECLIPSE 100/200 advanced course is desirable.

Topics covered
Fundamentals of fractured reservoirs; Geological aspects of fractured reservoirs; Single fracture development; Network fracture development; Simulation of fractured reservoirs; Assumptions and comparisons; Input variables; Welltesting in fractured reservoirs; Comparison of single and dual porosity welltests; Oil recovery mechanisms in fractured reservoirs; Oil expansion; Sudation; Gravity forces; Capillary forces; Diffusion; Convection; Advanced topics in dual porosity simulation; Calculation of gravity imbibition/drainage; Dual porosity-dual permeability; Viscous displacement option; Integrated capillary pressure; Matrix relative permeability modifications; Diffusion; Descretized matrix model; Alternate gravity drainage model; Grid generation in fractured reservoirs; Simulation of fractured reservoirs with a compositional simulator; Simulation of triple porosity systems.

Note approximately half of this course is devoted to problem solving in a workshop format using related software applications.

* Workshop 1: Develop a dual porosity E100 data set from a single porosity data set;
* Workshop 2: Comparison of build up tests in single & dual porosity reservoirs;
* Workshop 3: Simulation of a single matrix block - comparison with dual porosity ECLIPSE;
* Workshop 4: Testing & comparison of advanced options in dual porosity ECLIPSE;
* Workshop 5: Sensitivity study of oil displacement from a fractured reservoir - Quarter-Five-Spot Model;
* Workshop 6: Develop a dual porosity E300 data set, sensitivity study, comparison with single porosity.

Contacts:
tel : (603) 2166 7788 ext 4574
did : (603) 2169 4574
fax : (603) 2164 4831
email : lngeau (at) kuala-lumpur.oilfield.slb.com or lngeau (at) nexttraining.net
www.nexttraining.net