Refinery Storage Tanks Safety, Failure Analysis & API Std

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Free Download Refinery Storage Tanks Safety, Failure Analysis & API Std
Published 1/2026
Created by Atul Singla
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All | Genre: eLearning | Language: English | Duration: 12 Lectures ( 57m ) | Size: 1.45 GB

Master Process Safety by analyzing 10 critical disasters. Covers API 650, 2350, 545, overfill protection & corrosion.
What you'll learn
Analyze root causes of 10 major refinery disasters including Buncefield, Amuay, and Deer Park.
Apply API Standards 2350, 650, 2000, and 545 to real-world asset integrity scenarios.
Identify hidden mechanical threats like soil-side floor corrosion, vacuum collapse, and floating roof sinking.
Differentiate between Process Control and Safety Critical loops and understand Proof Testing requirements.
Mitigate operational hazards regarding static electricity, splash filling, and pyrophoric iron oxidation.
Evaluate emergency response strategies and foam application failures for large diameter tank fires.
Requirements
Basic understanding of refinery operations or engineering terminology.
Familiarity with general industrial safety concepts (PPE, Hazards).
No advanced math or software required.
Description
"This course contains the use of artificial intelligence."Is your tank farm a ticking time bomb?The history of process safety is written in blood. Every major standard we follow today-from API 2350 to API 653-exists because of a catastrophic failure that came before it. In this comprehensive masterclass, we move beyond dry theory and use forensic engineering analysis to dissect 10 of the most critical storage tank disasters in history.Why This Course?Most engineering training focuses on "what" the code says. This course teaches you "why" the code exists. By watching these failures unfold in high-fidelity 3D reconstruction, you will gain an intuitive understanding of Asset Integrity that reading a manual cannot provide.What We Cover:Catastrophic Containment: How a single switch failure caused the Buncefield explosion and why mechanical seals blew out at Amuay.Structural Physics: The "Soda Can" effect of vacuum collapse and the hydrodynamics of floating roof sinking.Invisible Threats: Soil-side floor corrosion, lightning strikes bypassing shunts, and seismic "Elephant Foot" buckling.Operational Deadly Sins: The chemistry of Pyrophoric Iron fires and the invisible spark of Static Electricity during splash filling.Who Is This For?This course is designed for professionals in the Oil & Gas, Petrochemical, and Energy sectors:Operations Managers needing to audit their safety barriers.Process Safety Engineers (HSE) looking for powerful case studies for toolbox talks.Maintenance Planners responsible for API 653 inspection intervals.Instrumentation Techs working on Overfill Protection Systems (OPS).The Curriculum:The course is structured into 4 logical modules consisting of 12 concise, high-impact video lessons. We start with a roadmap, dive deep into the physics of failure, and conclude with a summary of the "Golden Rules" of asset integrity.Join us to transform your understanding of refinery safety and ensure these accidents never happen at your facility.
Who this course is for
Process Safety Engineers
Refinery Operations Managers
Mechanical Integrity Engineers
Instrumentation & Controls Engineers
HSE Professionals
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