Given the current trends in the oil and gas industry, the ability to design efficient and safe industrial plants is more valuable than ever. This course is designed to equip participants with essential knowledge relating to «Engineering and Design of Oil and Gas Industrial Plants,»leading the way in this field with comprehensive training covering everything from the fundamentals of chemical engineering projects to pipeline systems. Upon completion, students will be able to apply equipment design criteria and interpret technical specifications, and streamline design procedures, thereby contributing to the development of a plain basic foundations of engineering. This content challenges students to unravel the mysteries of material selection and the construction of critical infrastructure, preparing them to tackle and transform the current landscape of the industry. Each module of the course is carefully structured to enable students to explore and master the key aspects of chemical plant projects, their construction and commissioning, understanding the importance of each phase. With its unique educational approach, this course is a strategic choice for those seeking to make a significant difference to their career path.
Engineering and Design of Oil and Gas Industrial Plants (I)
Energy
40 hours
Introduction
Objectives
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Recognise and use the basic equipment design criteria.
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Interpreter the data contained in the equipment data sheet.
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Simplify design procedures in order to develop the basic engineering of this equipment.
Table of Contents
UNIT 1. PROJECT FUNDAMENTALS
1. What is a project?
2. Project definition and scope
3. Phases of project engineering
4. Basic diagrams in a project
5. Construction and commissioning
UNIT 2. ENGINEERING, CONSTRUCTION AND COMMISSIONING
1. Layout, general information and equipment
2. Distribution of equipment within the plant. On-site layout
3. Environment and safety in the design of chemical plants
4. Properties of fluids: density and viscosity
5. Mechanical properties and testing of materials
UNIT 3. MATERIAL SELECTION
1. Types of materials. Structure of materials
2. Iron-based metals
3. Ceramic materials and polymers
4. Non-ferrous alloys
5. Composite materials
UNIT 4. PIPING SYSTEMS
1. How to specify a pipeline
2. Valves
3. Pipe joints
4. Pipe supports. Pipe insulation and associated fittings
5. Basic piping design
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