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ABOUT TANK COURSES

API 650 is the standard governing welded tanks for oil storage. It dictates tank design, fabrication, welding, inspection, and erection requirements. API 650 is widely used for tanks that are designed to internal pressures of 2.5 PSI or less and store products such as crude oil, gasoline, chemicals and produced water. Advance Tank has extensive experience with API 650 tanks ranging in diameter from 8' - 300' for refineries, terminals, pipeline facilities and other clients.

The API 12D specification is utilized in the fabrication and erection of field welded tanks for storage of production liquids. In general, this standard is commonly used by upstream petrochemical companies. The API 12D standard is to field erected tanks as API 12F is to shop built tanks. API 12D predetermines tank dimensions, design pressure and vacuums, with accessories and testing requirements. This eliminates the need for further engineering, effectively reducing the cost of each tank.

API 620 governs the design and construction of large, welded, low pressure storage tanks. These storage tanks operate at 250°F or less with an operating pressure of up to 15 PSI. API 620 Tanks are generally utilized for Liquefied Natural Gas (LNG) storage as well as other chemicals which require internal design pressures in excess of those allowed by API 650.

Advance Tank provides our customers with field erected tanks built in strict accordance with the American Petroleum Institute’s (API) standards. As an API member, we are up-to-date on the latest news, policies, and design requirements. Advance Tank provides custom design, fabrication and erection of tanks that meet API standards and customer specific requirements. With in-house engineering, experienced drafters, complete fabrication capabilities and field crews located throughout the country, we will be there when you need us.

Course Curriculum

Course Chapters
API 650 Introduction 1 Chapter
API 650 Tank Interfaces 8 Chapters
Shell Course Design 2 Chapters
Tank Roof Design 4 Chapters
External pressure Calculations 1 Chapters
Nozzle Loads and Flexibilities 2 Chapters
Grillage Review & cycle Life 2 Chapters
Venting Requirement & FFS 2 Chapters
Wind and Seismic Loads Analysis 2 Chapters
Settlement Loads and Output Reports 2 Chapters

Reviews

Course Name Tank Software Training
Class Mode Class Room
Software Tank Software
Course Duration 30 Days
Hours 2 Hrs /Day
Batch Morning, Afternoon, Evening and Weekend also available
Course Fee 40,000
Batch Individual students (1)
Computer Individual System
Course Material Tank Design Training Manual
Eligible Diploma or Bachelor in Mechanical Engineering,
Civil Engineering, Electrical Engineering, Chemical
Engineering and Petroleum Engineering
Certification Certification Course
Placement 100 % Job Assistance
Lifetime Access Yes

FAQ

INTRODUCTION

Chapter-01
  • Storage tank definition
  • Storage tank using industries
  • Type’s storage tank
  • Storage tank parts
  • What is tank software?
  • Tank Design Code
    • API650
    • API620
    • API653
  • Differences between API 650 and API 620 Tanks
  • Program Capabilities
  • Types Loadn

Tank Interface

CHAPTER-01
  • TANK Interface
    • File Tab
    • Open
    • Recent
    • Save
    • Save As
    • Print Setup
    • Preview/Print
    • Help
    • System Folder
    • BackupFolder Backup Folder
    • Exit
  • Home Tab)
    • File Panel
    • New
    • Open
    • Save
    • System Folder
    • Edit Panel
    • Cut
    • Copy
    • Paste
    • Title Page Panel
    • Title Page
    • Default Title Page
  • Input Panel
  • General Tank Data
  • Seismic Data Specifications
  • Nozzle Stiffness
  • External Pressure
  • Inspection Data
  • API 579 Calculation
  • Roof Specification
  • Grillage Review
  • Cycle Life
  • Shell Settlement
  • Venting Requirements
  • Scratchpad Panel
  • Analyze Panel
  • Units Panel
  • 2D Plot Panel

CHAPTER-02
    Tools Tab
  • Configuration
  • Lock/Unlock the Current Input File
  • Make Unit
  • Material Database Editor
  • Batch Processor
  • File Review
  • Export to VUE Format
  • File Extraction
  • Calculator

Shell Course Design

CHAPTER-01
  • Input Data
  • Starting TANK
  • Define the Tank Data
  • Define the Shell Courses
  • Joint Efficiency

CHAPTER-02
  • Shell Design Method
  • Appendix A
  • One Foot
  • Variable Point
  • Bottom Shell Course thickness

Tank Roof Design

CHAPTER-01
  • Fixed Roof Roof Type
  • Supported Cone
  • Supported Cone
  • Self-Supported cone Roof
  • Self-Supported Dome Roof
  • Self-Supported Umbrella Roof
    • Floating Roof Type
    • Internal floating roof
    • External floating roofInput Data

    CHAPTER-02
    • Define the Roof Specifications
    • Roof Thickness Calculation
    • Yield Stress reduction factor, (Appendix M )
    • Preferred Rafter and Girder Type
    • Maximum Pressure limited by Uplift
    • Required Compression Area at the Roof-to-Shell Junction

    External pressure Calculations

    CHAPTER-01
    • External pressure-Vacuum condition
    • Design of storage Tank for external pressure (Appendix V)
    • External Pressure Calculations, Wind + Vacuum, Condition

    CHAPTER-02
    • Tank shell
    • Transformed Height
    • maximum external pressure
    • Stiffening Rings
    • Number of rings required
    • moment of inertia
    • Required cross-section
    • Elastic Buckling Analysing
    • Min. shell thickness for design ext. pressure

    Nozzle Loads and Flexibilities

    CHAPTER-01
    • Nozzle Standard flanges
    • Nozzle Necks
    • Nozzle Stiffness (Appendix P)

    CHAPTER-02
    • Allowable external loads on openings
    • Minimum Nozzle Distancesper API 650
    • Stiffness coefficient for the radial thrust load

    Grillage Review & cycle Life

    CHAPTER-01
    • Grillage Scope
    • Grillage review(Appendix I)
    • Thickness of the bottom plate supported
    • Deflection of the bottom plate
    • Grillage Input
    • Modulus of Elasticity of Bottom Plate
    • Corrosion Allowance Added to Bottom Plate
    • Maximum Allowed Spacing

    CHAPTER-02
    • cycle Life Appendix M
    • Scope of Appendix M
    • Number of allowed cycles
    • Maximum stress range
    • cycle Life Input
    • Temperature
    • Factor B
    • Factor C
    • Factor K

    Venting Requirement & FFS

    CHAPTER-01
    • Overview of API 579
    • API-2000 Data
    • Input

    CHAPTER-02
    • FFS assessment
    • Flaw Type
    • Assessment Level

    Wind and Seismic Loads Analysis

    CHAPTER-01
    • Wind Velocity
    • Wind Details Tab
    • Wind Load Calculations

    CHAPTER-02
    • Seismic Analysis (Appendix E)
    • Seismic Loads Calculations

    Settlement Loads and Output Reports

    CHAPTER-01
    • Shell Settlement –API-653 Appendix B
    • Annular Ring
    • Annular Bottom-Plate Thicknesses
    • min. annular bottom plate thickness selection in table
    • Differential settlement tank bottom designs
    • Designing for settlement
    • Different types of settlement

    CHAPTER-02
    • Report Generation