Learning Objectives

Upon successful completion of this course, participants will be able to:

1. Fundamentals of Product Storage and Transport Systems

• Understand the importance of storage, loading, and transport in supply chain management.
• Learn about product classifications (crude oil, LNG, refined products, chemicals, and LPG).
• Identify key design considerations for storage and transportation.

2. Storage Systems Design and Engineering

• Design above ground and underground storage tanks (fixed roof, floating roof, bullet tanks, cryogenic storage).
• Understand API 650, API 620, and ASME standards for tank design and construction.
• Optimize tank farm layout, fire protection, and safety measures.
• Implement vapor recovery and emissions control systems.

3. Loading and Unloading Facilities Design

• Develop truck, rail, and marine loading/unloading terminals.
• Select appropriate loading arms, metering systems, and custody transfer equipment.
• Ensure compliance with OSHA, API MPMS, and OIML R117 standards for loading operations.
• Integrate automation and digital control systems in loading facilities.

4. Pipeline and Transport System Design

• Design pipelines for liquid and gas transport, considering pressure, temperature, and flow dynamics.
• Optimize pump and compressor station placement for efficient product movement.
• Apply API 1104, ASME B31.4, and ASME B31.8 codes for pipeline construction and integrity.
• Implement leak detection, cathodic protection, and pigging systems for pipeline maintenance.

5. Safety, Risk Management, and Environmental Compliance

• Conduct HAZOP and risk assessments for storage and transport systems.
• Ensure compliance with EPA, MARPOL, DOT, and local transportation regulations.
• Implement best practices for spill prevention, fire protection, and emergency response.

6. Optimization and Cost Management in Storage and Transport

• Improve supply chain efficiency with real-time tracking and inventory management systems.
• Utilize simulation tools for pipeline and storage optimization.
• Apply Lean and Six Sigma methodologies to reduce operational costs.

7. Case Studies and Practical Applications

• Analyze real-world examples of storage and transport system failures and successes.
• Participate in hands-on exercises for tank sizing, pipeline flow modeling, and loading facility design.
• Develop a customized storage and transport system design for a specific facility or product.

Target Audience

• Process and facility engineers
• Logistics and transportation managers
• Storage and terminal operators
• Pipeline and infrastructure engineers
• HSE and regulatory compliance professionals