GarnetGlobal Training Center العربية

Chemical & Process Engineering

Fluid Flow & Hydraulics

جريان الموائع والهيدروليكا

Download brochure (PDF) البروشور بالعربية PDF

Code
GGT-CH-115
Duration
5 or 10 days
Language
English or Arabic
Sessions 2027–2030
20 / 8 cities

Overview

Fluid Flow & Hydraulics is part of the Chemical & Process Engineering track at Garnet Global Training Center. Process design, control and optimisation for chemical, petrochemical and fertiliser plants. The course is taught in English or Arabic as a 5-day or 10-day program, in classrooms in cities such as Dubai, Riyadh, Cairo, London and Istanbul, or live online, and it can be delivered in-house with examples and exercises built around your own operations.

What you will be able to do

  • Explain the principles, terminology and standards that govern Fluid Flow & Hydraulics.
  • Apply proven methods and tools to real situations from your own workplace.
  • Analyse performance gaps, risks and root causes, and choose the right response.
  • Measure results with practical indicators and report them clearly to management.
  • Leave with a personal action plan you can start using the following week.

Who should attend

Process and chemical engineers, plant operators and technical service teams.

Key topics

  • Mass and energy balances
  • Unit operations
  • Process control
  • Simulation and optimisation
  • Catalysts and reactions
  • Troubleshooting

5-day outline

  1. Day 1 Foundations of Fluid Flow & Hydraulics

    • Scope, terminology and governing standards
    • Mass and energy balances
  2. Day 2 Methods and tools

    • Unit operations
    • Process control
  3. Day 3 Application and case studies

    • Simulation and optimisation
    • Troubleshooting
  4. Day 4 Performance, risk and compliance

    • Catalysts and reactions
    • Measurement and reporting
  5. Day 5 Workshop, assessment and action plan

    • Hands-on workshop on a workplace challenge
    • Final assessment and personal action plan

10-day outline

  1. Day 1 Foundations of Fluid Flow & Hydraulics

    • Scope, terminology and governing standards
    • Mass and energy balances
  2. Day 2 Methods and tools

    • Unit operations
    • Process control
  3. Day 3 Application and case studies

    • Simulation and optimisation
    • Troubleshooting
  4. Day 4 Performance, risk and compliance

    • Catalysts and reactions
    • Measurement and reporting
  5. Day 5 Workshop, assessment and action plan

    • Hands-on workshop on a workplace challenge
    • Final assessment and personal action plan
  6. Day 6 Advanced techniques and specialist practice

    • Complex cases in depth
    • Common mistakes and how to avoid them
  7. Day 7 Digital tools, data and automation

    • Analysis tools and software
    • Using AI in this field
  8. Day 8 Benchmarking against international practice

    • Global performance benchmarks
    • International case studies
  9. Day 9 Capstone project

    • Analyse a real challenge from your organisation
    • Build the solution and implementation plan
  10. Day 10 Presentations, final assessment and certificates

    • Project presentations and review
    • Final exam and certificate award

Certificate

Participants who attend at least 90% of sessions and complete the final assessment receive a certificate of completion stating 35 contact hours (5-day) or 70 contact hours (10-day).

Schedule 2027–2030

DatesFormatCityLanguageFee (USD)Register
7–11 Mar 20275-day classroomMuscatEnglish4,750Register
19–23 Apr 20275-day classroomKuala LumpurEnglish4,750Register
21–25 Jun 20275-day onlineLive onlineArabic2,950Register
1–12 Aug 202710-day classroomRiyadhEnglish8,950Register
8–19 Nov 202710-day onlineLive onlineEnglish5,450Register
13–24 Mar 202810-day onlineLive onlineArabic5,450Register
10–14 Apr 20285-day onlineLive onlineEnglish2,950Register
12–23 Jun 202810-day classroomSingaporeEnglish8,950Register
18–22 Sep 20285-day classroomAbu DhabiEnglish4,750Register
19–23 Nov 20285-day classroomRiyadhArabic4,750Register
5–16 Mar 202910-day classroomSingaporeEnglish8,950Register
4–15 Jun 202910-day onlineLive onlineArabic5,450Register
9–13 Jul 20295-day classroomIstanbulEnglish4,750Register
12–16 Nov 20295-day classroomAbu DhabiEnglish4,750Register
10–14 Dec 20295-day onlineLive onlineArabic2,950Register
3–14 Feb 203010-day classroomKuwait CityArabic8,950Register
7–11 Apr 20305-day classroomRiyadhArabic4,750Register
7–11 Oct 20305-day classroomLondonEnglish4,750Register
18–29 Nov 203010-day onlineLive onlineEnglish5,450Register
16–20 Dec 20305-day onlineLive onlineArabic2,950Register

Cities for this course

It can also be delivered in-house in any other city. Request in-house

Frequently asked questions

How long is the Fluid Flow & Hydraulics course?

It runs as a 5-day program (35 contact hours) or a 10-day program (70 contact hours) that adds advanced techniques and a capstone project.

Where and when is Fluid Flow & Hydraulics held?

There are 20 public sessions from 2027 to 2030 in cities including Muscat, Kuala Lumpur, Riyadh, Singapore, Abu Dhabi, Istanbul, plus live online. Next dates: 7–11 Mar 2027 (Muscat); 19–23 Apr 2027 (Kuala Lumpur); 21–25 Jun 2027 (Live online).

How much does the Fluid Flow & Hydraulics course cost?

USD 4,750 for 5 days in a classroom, USD 2,950 for 5 days online, USD 8,950 for 10 days in a classroom and USD 5,450 for 10 days online, per participant excluding VAT.

Is the course available in Arabic and online?

Yes. It is taught in English or Arabic, in a classroom or live online, and materials can be provided in both languages.

Can we run it in-house or customise it?

Yes. We deliver it at your premises in any city and adapt duration, content and examples to your operations.

Do participants receive a certificate?

Yes. Participants who attend at least 90% of sessions and pass the final assessment receive a certificate of completion stating contact hours.