ROTARY COMBO

This comprehensive Rotary Equipment Design (Combo) training provides a deep dive into the engineering of Centrifugal Pumps and Centrifugal Compressors, specifically tailored for the Oil & Gas sector. The course bridges the gap between academics and their practical application in the EPC (Engineering, Procurement, and Construction) industry. You will master API 610 and API 617 standards, equipment type selection and driver sizing, component-level design (rotors, seals, and bearings), and the critical procurement documentation required by a professional Rotary Equipment Engineer.

instructor: Vikas Nandapurkar

Duration: 30 Hours

High-fidelity 3D model of a blue multi-stage industrial rotary pump assembly for rotary design combo training

SERVICES

28 lectures
30h Duration

What is Engineering & Why It Is Required
Design & Engineering Stages
Design Codes and Standards
Definition Of Key Terms
Pump Performance Curve
Pump Configurations As Per API 610
Basic Design Of Components
Commonly Used Seal Flushing Plans
Accessories
Material Of Construction
Inspection & Performance Test
Salient Features of Engineering
Equipment Selection Criteria
Design Cases
Communication with Inter-discipline
Communication With Bidders/Vendors/Client
Role of Rotary Equipment Engineer

Concept Select
Front End Engineering And Design
Basic Design Engineering Package
Detailed Design And Engineering

For API Pumps
For Non-API Pumps
For Accessories - Driver
For Accessories - Mechanical Seal
For Accessories - Coupling
For Accessories - Machine Monitoring System
For Dynamic Balancing of Rotating Components
For Flanges

Definitions As Per API 610

What is Pump Performance
Suction Specific Speed Calculation
NPSHA Calculation
How To Plot & Read Pump Performance Curve
Significance of Performance Curve

Overhung Type (OH)
Between Bearing Type (BB)
Vertically Suspended/Submerged (VS)

Pressure Casing / Rotor / Bearings / Mechanical Seal

Pressure Casing Design Criteria
Maximum Allowable Working Pressure
Casing Nozzles - Size & Rating
Pressure Casing - Allowable Nozzle Loads
Co-ordinate System for Nozzle Forces & Moments

Rotor Design Criteria
Dynamic Balancing & Balancing Grades of Rotor
Critical Speed
Vibrations

Bearing Types
Bearing Selection Criteria

Driver Rating Selection
Fixed Speed Drive
Why Variable Speed Drive

Coupling Type
Coupling Design Criteria
Coupling Selection

Coupling Guard

Mechanical Seal Types
Various Seal Plans & Associated Numbers
Seal plans for Single Seal
Seal Plans for Double Seal
Mechanical Seal Designation Code As Per API 682

Baseplate Design Criteria
Baseplate API Numbers

Material selection Criteria for Pump Components

Radiography Test
Magnetic Particle Test
Liquid Penetrant Test
Ultrasonic Test
PMI Test
Material Test Certificates - Type
Material Test Certificates Criteria

Hydrostatic Test
Performance Test
NPSH Test
Mechanical Run Test
Complete Unit Test
Noise Test

Factors Affecting Equipment Selection

Key Documents & Their Significance

Mechanical Datasheet for Pump & Mechanical Seal

Technical Specifications for Pump & Auxiliaries

Material or Enquiry Requisition

During Bid Stage / Pre-Order Stage
Post Order Stage
As-Built

Pump Type Selection for Various Flow & Head Combinations

Bidders' Offer Review
Technical Queries Preparation
Technical Bid Evaluation Summary

Mechanical Datasheet & Technical Specification

Communication - Interdiscipline
Communication - With Bidders (Pre-order)
Communication - With Vendor (Post-order)
Communication - With Client
Role of Rotary Equipment Engineer

Static Equipment Design Training Combo By Express Engineering Solutions

This Course Includes:

30 hours on-demand videos
Expret-Curated Content
Live Q&N Session
Certificate of completion

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