Extra Heavy Crude Production

Synthesis

Day 1 :RESERVOIR CONDITIONS, DRILLING TECHNIQUES AND CRUDE QUALITY WHICH IMPACT THE DESIGN OF SURFACE FACILITIES. COLD PRODUCTION PATTERNPCP’S, DILUENT INJECTION, GAS RECOVERY, WELL HEAD PROCESS STRUCTURE
Exercise

Day 2 :
-CLUSTERS AND MAIN PIECES OF EQUIPMENT
Multiphase pumps
Well testing equipment
Equipment monitoring and protection

Exercise
Process conditions in a multiphase pump

Day 3 :
INTRODUCTION TO PROJECT STUDY
Review of the exercise results
Field development in terms of number of wells, clusters, and multiphase pumps
Characteristics of global field production: GOR, water cut, hydraulic load for the extra heavy crude treatment plant, overall gas production

Day 4 :
EXTRA HEAVY CRUDE FIELD TREATMENT FACILITIES
Crude stabilization and dehydration
Formation water treatment
Gas processing facilities
Sand disposal

Day 5 :
REVIEW OF PROJECT STUDY RESULTS
Possibility for an additional project whose results would be reviewed with the students at a later stage:
Calculation of extra heavy crude production based on global field mass/volume balance
Diluted extra heavy crude properties at plant outlet
Treatment plant gas balance

Language

English

Audience type

Bachelor/master students in petroleum and chemical engineering.

Planned duration

5 days (20 hours)

Support material

Copy of the slides presented during the course.

Prerequisite

Good command of one of the four languages proposed for this course.

Objectives

The objective is to provide engineers or engineers to be graduated with practical knowledge complementing theoretical fundamentals.

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