Storage Tank Design Training

Table of Contents
1. What is storage tank?
2. Fluids stored in steel tanks
Density and specific gravity:
Vapor pressure and boiling point:
Pressure:
3. Types of Tanks
3.1 Based on the placement of tank
3.1.1 Underground storage tank
3.1.2 Aboveground storage tank
3.2 Classification based on the internal pressure
3.2.1. Atmospheric tanks
3.2.2. Low-pressure tanks
3.2.3. Pressure vessels (high pressure tanks)
3.3 Classification of major tank components
3.3.1. classification based on roof
Fixed-roof tanks
Frangible roof
Conical roof
Umbrella -roof tanks
Dome-roof tanks
Aluminum geodesic dome roof-tank
Floating-roof tanks
External Floating Roof tank
Internal Floating roof tank
3.3.2. Classification based on shell type
Cylindrical shell tank
Spherical tank (vessel)
Rectangular tank
3.3.3 Classification based tank bottom
(i) Flat bottom
(ii) Conical bottom
4. Foundations of Tanks
Compact soil foundations
Crushed – stone ring wall foundations
Concrete ring wall foundations
Pile-supported foundations
5. Materials
6. Codes and Design considerations
7. Storage Tank Design
8. Conclusion

3D-LABS leading engineering firm since 2003, is proud to deliver industrial design training . We intend to deliver the best learning in experience.
This training is designed to prepare freshers for entry into a mechanical environment. Further training in the mechanical field would qualify the student as a mechanical technician in world’s oil and gas industry.

Provides real time training on Engineering design and live projects on the following categories.

Category – A
1. Piping draftsman = 2 weeks = 2hrs/day
2. Piping design engineer
3. Piping stress engineer = 3 weeks = 2hrs/day
(2 and 3 are combined & cannot be taken separately)
= 4 weeks = 2hrs/day

Category – B
1. Structural draftsman = 2 weeks = 2hrs/day
2. Structural design engineer
3. Structural stress engineer = 3 weeks = 2hrs/day
(2 and 3 are combined & cannot be taken separately)
For 1, 2 & 3 = 4 weeks = 2hrs/day

Category – C
1. Pressure vessel draftsman = 3 weeks = 2hrs/day
2. Pressure vessel design engineer = 3 weeks = 2hrs/day
For 1 & 2 = 5 weeks = 2hrs/day

Category – D
1. Heat exchanger draftsman = 4 weeks = 2hrs/day
2. Heat exchanger design engineer = 3 weeks = 2hrs/day
For 1 & 2 = 6 weeks = 2hrs/day

Category – E
1. Storage tank draftsman = 4 weeks = 2hrs/day
2. Storage tank design engineer = 3 weeks = 2hrs/day
For 1 & 2 = 6 weeks = 2hrs/day

Category – F
1. Skid modelling engineer or Skid draftsman = 3 weeks = 2hrs/day
2. Skid design engineer = 3 weeks = 2hrs/day
For 1 & 2 = 6 weeks = 2hrs/day

Category – G
1. Software modeler for FEA = 3 weeks = 2hrs/day
2. FEA engineer = 3 weeks = 2hrs/day
For 1 & 2 = 6 weeks = 2hrs/day