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Mechanical Engineering for Rotating Equipements - GBA -Professional London Training Center , Australia, Germany, India, Netherlands, Turkey, UAE, United Kingdom, Dubai, Delhi, Mumbai, Sydney, London, Istanbul, Frankfurt, Munich, The Hague

Tue, 23 Dec 2025 19:50:07 +04

This programme provides a comprehensive understanding of the mechanical engineering principles that underpin the design, operation, and maintenance of rotating equipment used in industrial environments. It focuses on key assets such as pumps, compressors, turbines, motors, and gearboxes that are critical to reliability, safety, and operational efficiency.

Participants will explore the fundamentals of rotating machinery, including bearings, shafts, seals, lubrication systems, vibration, alignment, and balancing. The programme also covers condition monitoring, fault diagnosis, maintenance strategies, and reliability improvement techniques. By the end of the training, participants will be equipped with the practical knowledge needed to operate, maintain, and troubleshoot rotating equipment effectively, reducing downtime and extending asset life.

Cost: 4250 USD

Duration: 5 Days

Gas Turbine Technology - GBA -Professional London Training Center , Australia, Germany, India, Netherlands, Turkey, UAE, United Kingdom, Dubai, Delhi, Mumbai, Sydney, London, Istanbul, Frankfurt, Munich, The Hague

Tue, 23 Dec 2025 19:40:35 +04

Overview

This training programme provides a comprehensive introduction to gas turbine technology, focusing on the principles, design, operation, and performance of gas turbine systems used in power generation, oil and gas, and industrial applications. It equips participants with a clear understanding of how gas turbines convert energy, their key components, and the factors affecting efficiency, reliability, and emissions.

Participants will explore gas turbine thermodynamics, mechanical and control systems, fuel systems, and auxiliary equipment, along with operational practices, maintenance strategies, and troubleshooting techniques. The programme also addresses performance monitoring, safety considerations, and recent technological developments, enabling participants to operate, manage, and maintain gas turbine systems effectively and efficiently.

Objective

Gain a thorough understanding of gas turbine components, energy transformations within gas turbines, and the analysis of gas turbine performance cycles
Identify the impact of fuel choice on corrosion, emissions, and component life
Understand the relationship between ambient temperature and pressure on gas turbine performance
Understand detailed insights into the control systems, power electronics, and electrical components of gas turbines
Develop the skills to conduct market analysis for gas turbines

Cost: 4250 USD

Duration: 5 Days

IADC Well Sharp - NAFTA , Dubai, Istanbul

Tue, 09 Jul 2019 11:35:16 +04

The overall drilling process
The language of drillers :Understanding their terminologies
Rig equipment: Rig types, drill bits MWD, drill strings, solids management, well control, tank arrangement
Rig operations: Drilling fluids, cementing casing design
Understanding morning reports
Hole problems: Stuck pipe, lost returns, well control
MWD and directional drilling operations and tools Safety
Philosophies of drilling operations
Drilling trends and new technology
Introduction
Pressure Concept & Calculations :
Types of Pressures
Leak off Test
Valuable Calculations
Converting Pressure to Mud Weight
Volume highest relationship and effect on pressure
Drop in pressure & fluid density effect during well control operations
Maximum wellbore pressure limitations
Kicks
Kick Definition
Causes of Kicks
Unintentional Flow
Intentional Flow
Warning Signs of Kicks
Primary Warning Signs
Secondary Warning Signs
Importance of Timely Response
Procedures for Kick Detection & Rapid Control
alarm limits
prerecorded well control information
flow checks
shut in & procedures
well monitoring during well shut –in
response to massive or total lost circulation & causes
methods to control underground blowouts
tripping
well control drills (types and frequencies)
formation competency
stripping operations
shallow gas hazards
Gas Characteristics & Behavior
Drilling Fluids
types of drilling fluids
fluid properties & effect on pressure losses mud properties following weight up & dilution
Constant Bottom Hole Pressure Well (Vertical/ Deviated)
Control Methods
Primary Control
Secondary Control
Revision On Well Control
BOP Functions
BOP Arrangements & Operating Features
BOP Types:
diverter system functions, types & components
annular BOP, functions, types, operating & components
ram BOP, functions, types operating & components
Accumulator Control System Functions, Types, Operating & Components
Drilling Choke Systems Functions, Types, Operating & Components
VI Safety Valves Functions, Types , Operating & Components
Mud/ Gas Separator Functions, Types, Operating & Components & Indicators
Inside BOP's Types, Function and Components
Simulator Practices
normal drilling operation simulation
well kick and controlling simulation
data collections and killing sheet formulating simulation
Examination:
Levels:
Level 2 – Drilling and Wells Personnel Basic Training (equivalent to Introductory level)
Level 3 – Available for any role expected to shut in a well (equivalent to Driller level)
Level 4 – Well Site Supervisor Training (equivalent to Supervisor level)
Candidates have to score a minimum of 70% in each of the test to qualify for the IWCF/IADC certificate.
Level 2:
Surface Equipment
Surface Principles and Procedures
Combined Surface and Subsea Equipment
Combined Surface and Subsea Principles and Procedures
Level 3 & 4:
Practical simulator test
Surface Equipment
Surface Principles and Procedures
Combined Surface and Subsea Equipment
Combined Surface and Subsea Principles and Procedures
Validity period of certificate:
2 years internationally

Cost: 1000 USD

Duration: 5 Days

Maintenance Management Best Practices - Copex Training Courses and Seminars , Dubai,Malaysia,Turkey,United Arab Emirates

Mon, 30 Jul 2018 14:02:38 +04

Effective Maintenance Management is paramount to business success and probably the only business process that is fully controllable at site level. This comprehensive 5-day COPEX training course has been designed to benefit both qualified new professionals as well as experienced professionals who might need to refresh their skills. It covers the fundamentals of Maintenance Management Best Practice required to ensure that plant and equipment is reliable and cost-effectively maintained.

By attending this COPEX training course you should achieve these goals:

Understand maintenance as a key business function;
Understand the objectives and purpose of pro-active failure management;
Learn how reliability influences not only plant output, but also improves health, safety and environmental performance, resource optimisation and cost improvement;
Identify planning and scheduling best practices and how this contributes to work quality and reliability improvement;
Use suitable performance indicators and management reports to perform regular analysis of maintenance performance, control maintenance resources and costs, and drive continuous ;
Establish continuous improvement as a permanent process

Cost: 4950 USD

Duration: 5 Days

IWCF Drilling Well Control Session - NAFTA , Dubai, Istanbul

Wed, 30 May 2018 13:18:26 +04

Cost: 950 USD

Duration: 5 Days

Maintenance Planning, Scheduling & Control - Convertas , Dubai,United Arab Emirates

Sun, 25 Feb 2018 15:22:00 +04

Day 1
Objectives of maintenance
· Definition of maintenance and asset management
· Challenges and objectives of maintenance
· The modern maintenance strategy
· Maintenance windows
· Maintenance methods
· Types of maintenance
· Classification of roles in maintenance
· Customer service in maintenance
The work order system
· Purpose of the Work Order (WO) system
· Information collected on a WO
· Job estimating methods
· Prioritizing maintenance work orders

Day 2
Preventive Maintenance
· What is preventive maintenance
· The importance of implementing a PM program
· Establishing schedules
· Breaking a facility into logical parts
· Developing an equipment list
· Developing equipment manuals
· Setting up inventory
· Understanding risks associated with a PM program

Day 3
Planning and scheduling of major maintenance WOS and shutdowns
· The unique challenge of maintenance shutdowns
· Importance of a clear Work Order (WO) scope definition
· Work Breakdown Structure (WBS)
· Methods for building an effective maintenance database
· Critical Path Method (CPM)
· Work order crashing
· Resource scheduling and leveling

Day 4
Planning and controlling maintenance materials
· Identification of inventory costs
· Considerations in inventory decisions
· How much to order: Economic Order Quantity (EOQ)
· When to order (setting min and max levels)
Controlling maintenance work
· Maintenance Key Performance Indicators (KPIs)
· Backlog indices
· Schedule compliance indices
· PM and emergency indices
· Generic maintenance indicators

Day 5
The role of planning and scheduling in Performance
Improvement
· Maintenance as a business process
· How scheduled maintenance can lock in waste and cost
· Drawing learning from recurring maintenance tasks
· Reviewing planned maintenance
· Dealing with the productivity challenge
· Refining maintenance policies
· Capturing learning from inspection work

Cost: 3995 USD

Duration: 5 Days