Training Courses
- AUTOMATION
- HEALTH, SAFETY & ENVIRONMENT (HSE)
- MECHANICAL EQUIPMENTS
- OPO TECHNICAL COURSES
- POWER PLANTS
- WATER DESALINATION
- MARINE COURSES
- All the following courses can be taught in Egypt or abroad.
- The course duration period varies from 3 – 5 days.
- The fee of each course depends on the number of participants (Please ask for quotation).
- AUTOMATION | |
COURSE TITLE |
CONTROL VALVES, ACTUATORS AND POSITIONERS |
OBJECTIVES |
Upon completion of this course, participants will be able to: Provide knowledge in the construction, operation and selection of control valves and positioners. |
COURSE TITLE |
EMERGENCY SHUTDOWN SYSTEM (ESD) ON OIL & GAS INSTALLATIONS |
OBJECTIVES |
Upon completion of this course, participants will be able to: Know the production, processing and emergency systems on offshore platforms and floating production facilities |
COURSE TITLE |
PROGRAMMABLE LOGIC CONTROLLER PLC ARCHITECTURE AND BASIC PROGRAMMING |
OBJECTIVES |
Upon completion of this course, participants will be able to: Know the concepts involved in deploying and maintaining automation systems based on PLCs. In addition to discrete and analog control applications, operator interface systems and links to plant networks, and introduces advanced graphical programming tools for PLCs. |
- HEALTH, SAFETY & ENVIRONMENT (HSE) | |
COURSE TITLE |
INCIDENT & ACCIDENT INVESTIGATIONS |
OBJECTIVES |
Upon completion of this course participants will be able to: - Explain accidents and explain their relationship to incidents - Explain the causes of accidents using accident causation models - Interview witnesses - Understand the application of accident causation models - Detail the methods for effective evidence gathering and preservation - Coordinate the AII activities - Compile a corrective action report and presentation - Conduct root-cause analysis - Apply modern accident investigation and analysis techniques. in particular: * Cause Tree Analysis (CTA)* Fault Tree Analysis (FTA) * Events & Causal Factors Analysis (E&CFA) |
COURSE TITLE |
SAFETY COMPLIANCE & SITE INSPECTION |
OBJECTIVES |
Upon completion of this course participants will be able to: - Describe the Company's HSE Management System Elements - Understand the role of risk assessment and risk management - Develop a plan and implement vertical and horizontal audit systems - Be familiar with the requirements of HS(G)65, BS 8800, OHSAS 18000 and ISO 14000 - Carry out effective site inspections to sample behavioral and physical aspects of the site and its workers - Measure improvements in safety culture - Be able to prepare audit reports |
COURSE TITLE |
BASIC SAFETY AND LOSS PREVENTION |
OBJECTIVES |
Upon completion of this course participants will be able to know: - Total Safety Process - Inspection of Accidents - Prevention, Systems and Procedures - Incidents Causation - Means of securing a safer working environment and Human Reliability Factors |
- MECHANICAL EQUIPMENTS | |
COURSE TITLE |
ELLIOTT EBARA CENTRIFUGAL GAS COMPRESSORS |
OBJECTIVES |
Upon completion of this course , participants will be able to : - Identify deferent types of gas compressors - Familiarize themselves with Elliott Ebara centrifugal gas compressors - Know the operation & control system of the E.E centrifugal gas compressor - Know compressor maintenance guidelines & diagnose the faults |
COURSE TITLE |
OFF-SHORE MULTI-STAGE ELECTRICAL SUBMERSIBLE CENTRIFUGAL PUMPS (ESP) |
OBJECTIVES |
Upon completion of this course participants will be able to: - Know the operation of the electrical submersible pump (ESP) - Know the function of the ESP at off-shore - Troubleshoot and maintain ESP |
COURSE TITLE |
ALIGNMENT OF VERTICAL GOULDS CENTRIFUGAL PUMPS |
OBJECTIVES |
Upon completion of this course participants will be able to: - Identify features of vertical centrifugal turbine pump - Know vertical alignment using indicator and laser methods - Correct misalignment |
- OPO TECHNICAL COURSES | |
COURSE TITLE |
LNG RECOVERY & FRACTIONATION |
OBJECTIVES |
Upon completion of this course, participants will Learn: - To use hydrocarbon system language. - Basic principles of gas processing. - The physical properties of natural gas and LNG components. - Practical application of the principles of hydrocarbon phase behavior. - Principles, operation, and troubleshooting of mechanical refrigeration systems. - Operating principles and techniques for LNG stabilization and fractionation. |
COURSE TITLE |
GEO-STATISTICS IN RESERVOIR MODELING |
OBJECTIVES |
The key objective of this course is to: - Develop a fundamental understanding of the concepts and methodology of geo-statistics. Participants will learn how to integrate geological, geophysical, petro physical and engineering data into high-resolution reservoir descriptions and simulation models. |
COURSE TITLE |
OIL & GAS RESERVES EVALUATION |
OBJECTIVES |
Upon completion of this course, participants will be able to: - Understand the differences in the various published reserve definitions - Apply the reserve definitions as well as published guidelines to correctly classify reserves - Use traditional methods and supplemental techniques to estimate reserves & determine the impact of economics on those estimates - Understand the various uses of reserves |
COURSE TITLE |
SLICK LINE OPERATIONS (FUNDAMENTALS & TROUBLESHOOTING) |
OBJECTIVES |
Upon completion of this course, participants will be: - Fully understand the concepts of slick line operations & types. - Able to apply slick line tools, characterize slick line equipment, screening for the right type of slick line tools, understand tubing configuration & mandrels, - Able to apply safety procedures related to slick line equipment and operations. |
COURSE TITLE |
FORMATION DAMAGE (CAUSES, PREVENTION & REMEDIATION) |
OBJECTIVES |
This four day course aims to improve their technical background about Formation damage in terms of causes, prevention and finding remedies & solutions. Also, participants will be able to make analysis & evaluation of formation damage and its effect on production performance. |
COURSE TITLE |
SAFETY PROCEDURE IN LABORATORIES |
OBJECTIVES |
Upon completion of this course, participants will be able to: - Comply with KJO and International safety regulations in laboratory to improve awareness and restrictions - Understand the prober way to handle & store chemicals, and other combustion material used in laboratory - Deal with hazards and chemicals waste - Understand the proper Chemical Hygiene Plan in labs - Gain more knowledge about lab housekeeping - Deal with Samples containing the dangerous gas H2S |
COURSE TITLE |
INJECTED & PRODUCED WATER MANAGEMENT |
OBJECTIVES |
Upon completion of this course, participants will be able to: - Know that uncontrolled flow of water reduces the sweep efficiency of oil and gas in the reservoir, thus reducing the recoverable reserves. - Control and manage produced water in order to increase the sweep efficiency of oil in the reservoir and the recoverable reserves as well as less corrosion, scale, sand production, and chemical to treat the injected and produced water. - Apply the operational aspects of the water control treatments and how to make well-informed decisions regarding water control. |
- POWER PLANTS | |
COURSE TITLE |
FUELS & COMBUSTION |
OBJECTIVES |
The objective of this course is to present the characteristics of different types of fuel, and look at the factors governing efficient combustion. Various types of burner equipment are demonstrated for burning oil and natural gas. |
COURSE TITLE |
FANS & APPLICATION IN POWER PLANT |
OBJECTIVES |
Upon completion of this course participants will be able to know: - Types of Fans - Fan Controls - Fan Applications - Operation & Maintenance |
COURSE TITLE |
FUEL SYSTEMS OF GE GAS TURBINE UNITS |
OBJECTIVES |
Upon completion of this course participants will be able to know: - Functional Description of Gas Fuel System - Functional Description of Fuel Oil System - Abnormal Operating Conditions |
COURSE TITLE |
EMERGENCY DIESEL GENERATOR OPERATION & MAINTENANCE |
OBJECTIVES |
The objective of this course is to provide an overview of the operations and maintenance of a diesel generator. |
COURSE TITLE |
GAS TURBINE CONTROL AND PROTECTION SYSTEMS |
OBJECTIVES |
The objective of this course is to present the features of control and protection systems as used on gas turbine installations. |
- WATER DESALINATION | |
COURSE TITLE |
HEAT EXCHANGERS, OPERATION, MAITENANCE & CONTROLING |
OBJECTIVES |
This course will provide an insight into the principles and mechanical design considerations of heat exchanger, Special emphasis is placed on multiple service, maintenance, and inspection. |
COURSE TITLE |
STARTUP & SHUTDOWN THE PLANT-SUBUNITS WHILE HANDLING ABNORMAL CONDITIONS |
OBJECTIVES |
Upon completion of the course, the participants will be able to: - Understand the right procedures to start/shutdown equipment or the whole plant - Understand how to follow the right procedures to avoid hazards - Understand the 6 key stages of the commissioning process - Understand Plant startup commissioning issues - Manage issues dealing with electrical, instruments, mechanical and utilities systems - Understanding the normal operating conditions of the plant - Define abnormal conditions such as high liquid level, heat loss, tanks getting dry, plugged outlets - Handle abnormal conditions such as loss of power, loss of control, loss of air, shortage of man power - Manage risks associated with startup & shutdown |
COURSE TITLE |
(MSF) DESALINATION PLANT SHUTDOWN |
OBJECTIVES |
Upon completion of this course, the participants would be able to know: - MSF unit shutdown to hot standby - MSF unit shut down and cool down - Safe shutdown of the MSF distiller unit - Preserve the unit in case of long term shutdown |
COURSE TITLE |
MULTI STAGE FLASH (MSF) DESALINATION PLANT PROBLEMS & TROUBLESHOOTING |
OBJECTIVES |
Upon completion of this course, the participant would be able to know: - Types of abnormal events and emergency situations that may occur during the normal operation of the MSF distiller and the correct actions that need to be taken in order to safeguard the plant. - How to respond to the various scenarios and understand the consequences of their actions. |
- MARINE COURSES | |
COURSE TITLE |
Dry Docking & Underwater Repairs (As per Class requirements) |
OBJECTIVES |
The main objective of this training course is to learn the features and technical procedures for both the dry docking and underwater repairs in the light of IACS members’ requirements. |
COURSE TITLE |
Efficient Operation of Marine Diesel Engines |
OBJECTIVES |
The main objective of this training course is to learn the features and technical procedures for both the diesel engine operation and major troubleshooting. The objective of the course is to know how operate the engine efficiently. |
COURSE TITLE |
Hull & Structural Survey (As per Class requirements) |
OBJECTIVES |
The main objective of this training course is to learn the features and technical procedures for both hull and structural survey in the light of IACS members’ requirements. |
COURSE TITLE |
Maintenance & Repairs of Marine Units |
OBJECTIVES |
The main objective of this training course is to learn the steps and technical procedures to maintain and repair the ships. The training course is covering the docking procedures for most of the marine units. |
COURSE TITLE |
Maintenance and Repair of Diesel Fuel Injection Systems |
OBJECTIVES |
The main objective of this training course is to learn the steps and technical procedures to monitor and control the fuel injection components. The maintenance procedures and the required test to achieve the best performance is an objective. |