API 650 Tank Course
n this Kagira API 650 Tank Design Course, we equip you with both theoretical foundations and hands‑on skills needed to tackle every stage of tank design. From shell thickness calculations and roof configurations to wind, seismic, venting, and nozzle load analysis, this course covers it all.
1. Beginner’s Guide: “Introduction to API 650 Storage Tank Design”
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Break down the fundamentals—tank types (vertical, fixed/cone/floating roof), code scope, and structure.
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Use visuals: tank components, API 650 organization (Sections 1,4,5,6–10).
2. Deep Dive into Shell & Bottom Design
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Explain shell-course layout, thickness calculation, and lap vs. butt weld practices.
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Include discussion on bottom plate design, annular rings, corrosion allowance, and relevant anecdotal insights—from reddit:
“Tank baseplate thickness is usually determined by shell material thickness, corrosion allowances and support types.”
3. Nozzles, Add-ons & Dip Pipes
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Discuss nozzle placement, nozzle reinforcement, and common issues.
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Explain dip-pipe design, foam/static control, sipon-break locational guidelines.
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Add practical diagrams and code references (API 2003).
4. Wind & Seismic Loads + Roof Types
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Compare load effects on different roof types (cone vs. fixed vs. floating).
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Integrate design calculations (e.g., wind girders)
5. Foundation & Ringwall Essentials
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Explore concrete pad vs. ringwall foundations; settlement and load distribution.
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Use practical UX: “For ringwall with footing… treat slab like a beam section on its side”.
6. Fabrication & Weld Inspection
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Detail weld quality measures: RT, MT, UT, PT, hydrostatic testing per API 650.
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Discuss pre/post-heat requirements for thick plates.
7. Practical Examples & Case Studies
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Publish a worked example: design a small raw-water tank or crude-oil tank, end-to-end, possibly using Excel formulas.
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Provide downloadable PDS, calculation sheets, and step-by-step visuals.
8. Tech Focus: FEA & Tank Optimization
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Cover emerging use of FEA/3D modeling in comparing traditional vs. optimized designs.
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Reference community interest in FEA surveys
Conclusion
By the end, you’ll be able to independently develop comprehensive P&IDs, perform structural analyses, size safety vents, and produce polished design reports aligned with industry standards. Ready to elevate your engineering expertise? Enroll in Kagira’s tank course today and start building robust, compliant tank solutions.
