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Learn to analyze and solve complex fluid systems from the experts.

With FluidFlow advanced training, you will gain pipe flow analysis skills and techniques that will cut your learning process in half and increase your productivity.

Register your interest today
pipe flow training

Our advanced training courses focus on

fluid flow theory, software training,

 and

advanced modeling techniques using real-world systems

applicable in your industry. We can help you:

  • Establish and implement best practices in using the FluidFlow Solution
  • Maximize proficiency in becoming accomplished users in the fastest time possible
  • Refresh your understanding on fluid flow theory
  • Gain new insights on analyzing your fluid systems to improve design, optimize operations or troubleshoot
  • Excel and exceed in your fluid system designs and delivery
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Our Customers

Equip your team with the knowledge and skills to deliver safe, reliable, and energy-efficient designs at all times.

What you'll get

  • Each attendee will have access to a 14-day fully functional training license to complete design exercises.
  • A copy of the course material, example designs, and examples of large networks
  • Certificates of completion are provided at the end of the course after an assessment has been completed and passed.
  • Participants can select from Liquid, Gas, Two-Phase, or Slurry & non-Newtonian training courses
  • On-demand courses are self-paced, and the live courses can be tailored to groups from different industries.
  • Any consulting engagements will have the option to be trained on the system as part of handover
advanced pipe flow training
The training was absolutely excellent in terms of materials provided, depth of understanding and software capability. All attendees did enjoy the training and learned a lot and we all look forward to continue working with you and we do appreciate your continuous willingness to help us throughout the operation phase of Al Taweelah Alumina Refinery.
Ahmad Badarani
Ahmad BadaraniGen. Superintendent - Process Opt & Dev, Emirates Global Aluminum
"FluidFlow has been instrumental in designing pipeline systems for Lycopodium Minerals Canada. The training provided was succinct and effective in familiarizing the Engineers with the software. Well organized training literature and actual industrial systems solved during the course continue to benefit our engineering team"
Zuned Shaikh,
Zuned Shaikh, Mechanical Engineer, Lycopodium Minerals Canada
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Training Options

Online Live Training

8-hour Remote Instructor-Led Training

  • For new or existing customers, up to 15 people per session
  • For FluidFlow users who need training on specific problems relating to systems that are operational, or in the design stage.
  • Liquid and Gas or Liquid and Slurry module courses, training courses on all modules (Liquid, Gas, Slurry, Two-Phase)

Book for next quarter for €6000

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fluid flow process performance check
fluid flow training

On-site Live Training

16-24 hours of training on-site, up to 24 attendees facilitated by 2 trainers

This course is delivered on-site over two or three days

  • New or existing customers, maximum of 24 attendees, two trainers are required.
  • Ideal for FluidFlow users who need training on specific problems relating to systems that are operational, or in the design stage.
  • Due to the high demand for these intimate courses, they are booked at least 3 months in advance
  • Liquid and Gas or Liquid and Slurry module courses run over 2 days, training courses on all modules (Liquid, Gas, Slurry, Two-Phase) run over 3 days.

Prices range from €14000 - €20000 + Travel arrangements

Note: Excludes trainer travel expenses

Register your interest

Intercompany Online Live Training

Remote Instructor-Led Training, 4-6 hour per session, limited slots available

  • For new or existing customers, different companies can join this session
  • For FluidFlow users who need to address specific system challenges with expert guidance
  • Select your desired course: Fundamentals, Liquid, Gas, Non-Newtonian + Slurry, or Two-Phase
  • Access recorded sessions and revisit topics at your own phase
Check our schedules

Module Courses

Flow and Solver Theory, Software Operation

Introduction to Hydraulic Calculation

Understanding Fluid Flow

Objectives of Hydraulics

Typical Hydraulic System Components

Mass, Energy, and Friction Loss Equations

FluidFlow User Interface

Basic FluidFlow Operations

Solver Overview

Modeling Techniques and Basic Troubleshooting

Hydraulic Calculation Workflow

Line Sizing

Guesstimating Pipe Lengths

Understanding Stagnation and Static Pressure

Improvising Missing Modeling Components

FluidFlow Autosize Feature

Basic Liquid System Hydraulic Model Building Exercise

Basic Gas System Hydraulic Model Building Exercise

Troubleshooting Over-constrained Models

Introduction to Pumps

Direct and Indirect Pump Sizing Outputs

Pump Sizing Input Variables

Pump Sizing Checklist and Tips

Developing Basic Pump Process Datasheets

Centrifugal Pump Performance Curve 

Centrifugal Pump Curve Viscosity Correction

Centrifugal Pump Affinity Laws

Reviewing Centrifugal Pump Performance in FluidFlow  

Control Valve Basics

Control Valve Hydraulics

Control Valve Sizing and Selection: Pumped systems

Control Valve Sizing and Selection: Non-pumped systems

Control Valve Sizing and Selection: Gas systems

Design and Operational Issues Involving Control Valves

Pipe System Configurations 

Piping Symmetry

Modeling Techniques for Complex Networks

Evaluation Techniques on Complex Networks

Reviewing Pump Performance in Complex Networks

Compressible Flow – Theory

Compressible Flow – Equation

Stagnation Properties

FluidFlow Compressible Flow Calculations

Calculation Settings

Line Sizing for Gas/Vapor

Fans, Blowers, and Compressors

Introduction to Slurries

Liquid vs. Settling Slurry Hydraulic Modelling

Deposition Velocity

Settling Slurry Friction Loss

Specific Energy Consumption

Settling Slurry Line Sizing

Pipe Orientation

Slurry Pump Derating

Settling Slurry Modelling Exercise

Introduction to Non-Newtonian Liquids

Newtonian vs. Non-Newtonian Hydraulic Modelling

Non-Newtonian Viscosity Models

Defining Non-Newtonian Viscosity

Non-Newtonian Friction Loss Calculations

Centrifugal Pump Viscosity Correction

Modeling Exercises

Two-Phase Flow Theory

Two-Phase Flow Regimes

Two-Phase Flow Modeling Approach

Two-Phase Flow Correlations

Two-Phase Flow Regimes – An Example Case

Line Sizing of Two-Phase Flow

Modeling Exercises

Fundamentals, Liquid, Gas - 01, 02, 03, 04, 06 (5 days)
Fundamentals, Liquid, Slurry - 01, 02, 03, 07, 08 (5 days)
Fundamentals, Liquid, Gas, Two-Phase - 01, 02, 03, 04, 06, 09 (6 days)
Fundamentals, Liquid, Gas, Two-Phase, Slurry - 01, 02, 03, 04, 06, 07, 08, 09 (8 days)
Standalone Course - 05 (1 day)

Contact us

Have questions? Email us at sales@fluidflowinfo.com
Discuss your advanced training requirements here.

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