Training Course Agendas

All of our training courses are provided at no charge.

These course agendas are a representation of the course material presented for the specific classes. All material is subject to change depending on the specific needs of the clients at each course.

BRE 500: Special Topic – GIS and PVT Tools

Upcoming Sessions

Dates Location

6/30/2026 - 6/30/2026 Dubai - - UAE

This course covers some advanced ProMax tools focused on using the ProMax pipeline block, GIS Tool, and PVT Tool. For more information about a particular BRE 500: Special Topic course please Contact Training .

Prerequisites:

None

Agenda

Introduction

ProMax refresher

Gas Gathering System Simulation & Network Modeling

Building pipelines and gathering network models including wells, manifolds, compressors, and transmission pipelines
Using the ProMax Pipeline block to calculate pressure drop, temperature profiles, velocity, and flow regime in single- and multi-phase pipelines
Modeling horizontal, vertical, and inclined pipelines with multiple segments, fittings, and valves
Predicting condensate dropout, liquid holdup, and solids formation along pipeline systems
Evaluating heat transfer and environmental heat losses for above-ground, buried, or subsea pipelines
Using the ProMax GIS Tool™ to construct gathering networks directly from GIS data and automatically generate flowsheets
Performing sensitivity analysis on operating parameters such as compressor discharge pressure, wellhead pressure, and flow conditions

PVT Tools & Fluid Characterization

Introduction to ProMax PVT Tool™ and its applications for reservoir fluid analysis
Simulating standard laboratory PVT studies using reservoir fluid compositions from bottomhole samples or separator data
Generating key PVT properties such as phase behavior, compressibility, and fluid properties used in production system modeling
Fluid characterization workflows for gas and condensate systems
EOS selection and tuning for improved fluid representation
Case study demonstrating PVT analysis and its integration into gathering system simulations