On the Job Training (OJT) is the Best Training Method

OJT Storage Tank Design (Manual Calculation) As Per API 650

For : Mechanical Engineering

API 650 storage tank training: design oil tanks by manual calculation with real project data.

12 modules · 66 lessons · 100% online

Part of the OJT Mechanical Static Engineer Complete Package · 2 OJT
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Mentor: Tito Febrianto

About this OJT

Learn straight from real projects with OJT Storage Tank Design (Manual Calculation) As Per API 650

Besides designing Pressure Vessels, a STATIC EQUIPMENT ENGINEER must also be able to design oil storage tanks (Storage Tanks), following API 650.

In practice, the design process uses dedicated software such as TANK, but software is only a tool; without understanding the concept, design errors will happen. That is why, before relying on software, you should first master the manual calculation of Storage Tank design as per API 650.

In this OJT you will learn how to design a Storage Tank as per API 650 in detail through our recorded videos, and practise manual calculations for every part of the Storage Tank using Excel spreadsheets.

At the end of the training you will fully design a Storage Tank using data from a real project.

After this training you are expected to be able to design a storage tank without helper software, and naturally, when you do use software, you will already master the design concept according to API 650.

Curriculum

What you'll learn

12 modules · 66 lessons. Tap each part to see its lessons.

Module 1 Welded Tank Introduction 3 lessons
  1. API 650 scope
  2. Standard Reference and Tools
  3. Scope of Design
Module 2 Material Selection 8 lessons
  1. Standard References for Material
  2. Plates
  3. Sheets
  4. Structural Shapes
  5. Piping, Forgings, Flanges
  6. Bolting
  7. Welding Electrodes
  8. Impact Test Requirements
Module 3 Welding & Load Design 7 lessons
  1. Vertical Shell plate joint (figure 5.1)
  2. Horizontal Shell plate joint (Figure 5.2)
  3. Roof joint (Figure 5.3a)
  4. Bottom plate joint (Figure 5.3a,b,c)
  5. Load consideration
  6. Allowable stress
  7. Study case
Module 4 Shell Plate Design (1 foot method) 5 lessons
  1. References
  2. Minimum shell thickness
  3. Allowable stress
  4. Calculation thickness by 1Foot Method
  5. Study Case 1Foot Method
Module 5 Bottom Plate Design 5 lessons
  1. Minimum information data
  2. General information
  3. Annular plate thickness calculation
  4. Annular plate width calculation
  5. Study Case
Module 6 Wind Girder Design 5 lessons
  1. References
  2. Stiffening ring type
  3. Top wind girder
  4. Intermediate wind girder
  5. Study case
Module 7 Roof Design 3 lessons
  1. Type of Roof
  2. Roof Comparison
  3. Roof consideration
Module 8 Shell Opening & Manway Design 8 lessons
  1. References
  2. Opening type
  3. Cover plate and bolting flange
  4. Manway neck
  5. Manhole diameter and bolt circle diameter
  6. Reinforcement
  7. Bolt and Gasket
  8. Study case
Module 9 Nozzle & Fitting Design 8 lessons
  1. References
  2. Opening type
  3. Reinforcement
  4. Bolt and Gasket
  5. Shell nozzle
  6. Flush type cleanout fitting
  7. Flush type shell connection
  8. Study case
Module 10 Shell Design (Variable Design Point Method) 6 lessons
  1. References
  2. Calculation thickness by Variable Design Point Method
  3. First Course (t1) Calculation
  4. Second Course (t2) Calculation
  5. Upper Course (tx) Calculation
  6. Study Case
Module 11 Storage Tank With Small Internal Pressure 7 lessons
  1. References
  2. Scope of Design
  3. Permissible Details of Compression Rings
  4. Maximum Design Pressure
  5. Test Pressure Procedure
  6. Design of Roof Plates
  7. Study Case
Final Project Final Project 1 lessons

How It Works

From first lesson to certificate

See the 8 learning steps

  1. Download all materials from the link we give you

  2. Watch the video tutorials carefully

  3. Do the per-component calculation exercises in Excel

  4. Complete the quiz for each chapter

  5. Complete the Final Project designing a Storage Tank from the real project data provided

  6. Consult your Final Project with the mentor via WhatsApp/email

  7. Prepare the Storage Tank datasheet from your calculation

  8. Once your project is approved, your certificate is issued

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A single OJT gives you one skill. The Complete Package gives you every skill companies look for in this position, in one payment and at a lower price.

Complete Package Best value

OJT Mechanical Static Engineer Complete Package

The right choice if your goal is to work as Mechanical Static Engineer: no skill left behind, one single payment.

2 OJT programs at once: every skill you need to work as Mechanical Static Engineer.

  1. Pressure Vessel Design (Manual Calculation) As Per ASME Section VIII Div.1
  2. Storage Tank Design (Manual Calculation) As Per API 650 this OJT

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