OIL AND GAS ELECTRICAL ENGINEERING DESIGN TRAINING MODULE

Empower your career with specialized training designed to equip participants with the knowledge and skills essential for excelling in electrical engineering design for the oil and gas sector. This comprehensive program covers all critical aspects of electrical design, with a strong focus on international standards, best practices, and practical applications tailored to real-world industry challenges.

Course Objectives

• Understand the role of electrical engineering in oil and gas projects.
• Develop skills to create accurate and compliant electrical designs.
• Master the use of tools and methodologies for efficient design and analysis.
• Gain proficiency in delivering key project deliverables across all project phases.

Who Should Attend?

• Electrical Design Engineers
• Project Engineers in the oil and gas industry
• Graduate Engineers seeking industry-relevant skills
• Professionals transitioning into oil and gas project design

Training Duration

28 hours (14 sessions, 2 hours each).

Training Modules

1. Introduction to the EPC Industry and Electrical System Design

• Overview of the Engineering, Procurement, and Construction (EPC) process in oil and gas projects.
• Key roles and responsibilities of an Electrical Design Engineer.
• Importance of electrical design in enhancing safety, reliability, and efficiency.

2. Electrical Design Deliverables

• Comprehensive list of key deliverables, including drawings, datasheets, and reports.
• Techniques for gathering and analyzing client requirements and project-specific data.

3. Project Phases and Design Framework

• Detailed understanding of project phases: Conceptual Design, Front-End Engineering Design (FEED), Detailed Design, and Commissioning.
• Application of international standards (IEC, IEEE, NEC) and standard operating procedures.

4. Electrical Load Estimation

• Techniques for accurately calculating plant electrical load requirements.
• Differentiating between connected load, demand load, and peak load.

5. Single Line Diagram (SLD) Development

• Creating and interpreting SLDs for power distribution systems.
• Incorporating system components such as transformers, circuit breakers, and busbars.

6. Protective Device Sizing and Selection

• Guidelines for selecting and sizing protective devices, including fuses, circuit breakers, and relays.
• Ensuring proper coordination for system safety and reliability.

7. Electrical Equipment Specifications

• Developing detailed specifications and datasheets for critical electrical equipment (e.g., transformers, switchgear, and motors).

8. Cable Selection, Sizing, and Routing

• Choosing appropriate cables based on load requirements, environmental conditions, and safety standards.
• Best practices for routing cables through trays, conduits, and underground systems.

9. Illumination Design

• Designing energy-efficient lighting systems for indoor and outdoor facilities.
• Ensuring compliance with standards for hazardous and non-hazardous areas.

10. Earthing and Lightning Protection Design

• Designing earthing systems for personnel and equipment safety.
• Implementing lightning protection systems to safeguard critical assets.

11. Hazardous Area Classification

• Understanding the classification of hazardous zones (Zone 0, 1, and 2).
• Impact of hazardous areas on electrical equipment and system design.

12. Substation and Switchyard Design

• Fundamentals of substation and switchyard design for oil and gas facilities.
• Selection of high-voltage and medium-voltage equipment for optimal system performance.

13. Electrical System Studies

• Short Circuit Analysis: Determining fault levels and ensuring adequate protection.
• Load Flow Analysis: Assessing system stability and operational efficiency.

14. Comprehensive Practice Project

• Applying learned concepts to complete a real-world electrical design project.

Key Features of the Training

• Interactive Sessions: Engage in hands-on activities and real-world scenarios.
• Industry-Relevant Tools: Learn with the latest software used in oil and gas projects.
• Expert Instructors: Gain insights from seasoned professionals with extensive industry experience.
• Comprehensive Materials: Receive detailed course materials, templates, and case studies.

Why Choose This Training?

• Tailored for professionals in the oil and gas sector.
• Emphasis on practical application to bridge the gap between theory and practice.
• Gain a competitive edge with industry-recognized skills and certifications.

Training Format

• Online Training: Live, instructor-led sessions with interactive discussions and practical exercises.

Investment

• Package Includes:
  • 28hours of expert-led training.
  • Certification upon completion.
  • Continued post-training support.

Advance your expertise in electrical engineering design for the oil and gas industry. Enroll today and become a vital part of innovative and impactful projects.

For inquiries and enrollment, contact us!