Pump Design And Heat Exchange Design

This Course is for Chemical and Mechanical Engineer (Beginner Level)

What you'll learn

Types of Pump, Pump Capacity

Pumping System & Atmospheric Pressure

The Relationship of Pressure and Head, Pump Performance Curve

NPSH Calculation, Cavitation

Piping Fundamentals, Pump Curve, Terms & Definitions - NPSH & Cavitation

Heat Exchanger Design, Primary Process Function of Heat Exchanger

Codes & Standards and Aim of Heat Exchanger

Why Shell and Tube Heat Exchanger

TEMA class of heat exchanger, TEMA Terminology

Requirements

Basic knowledge of chemical / mechanical engineering

Description

Pump & Heat Exchanger Design for BeginnersThis course is designed for aspiring process engineers and mechanical engineer who want to learn the basics of pump and heat exchanger design in a simple and practical way.1. Understanding PumpsWhat are pumps and why are they important?Different types of pumps and their usesHow to choose the right pump for a processCommon issues with pumps and how to fix them2. Pump Design BasicsKey parts of a pump and how they workHow to calculate pump efficiency and power requirementsSteps to design a pump system3. Understanding Heat ExchangersWhat is a heat exchanger and why is it needed?Types of heat exchangers used in industriesHow heat exchangers transfer heat4. Heat Exchanger Design BasicsChoosing the right heat exchanger for a processImportant calculations for heat transferImproving efficiency and performance of heat exchangers5. Industries Using Pumps & Heat ExchangersThese equipment are widely used in industries such as:Oil & Gas: For fluid transportation, refining, and cooling systems.Chemical Processing: Used for safe transfer and temperature control of chemicals.Power Plants: Vital for cooling systems and steam generation.Food & Beverage: Helps with heating, cooling, and hygienic processing.Pharmaceuticals: Used in drug manufacturing and temperature-sensitive processes.Water Treatment: Essential for wastewater management and clean water supply.Throughout the course, you’ll learn real-world examples and practical tips to help you design pumps and heat exchangers with confidence.Enroll now and start your journey in process equipment design!

Overview

Section 1: Introduction

Lecture 1 Introduction & Course Content

Lecture 2 Types of Pumps

Lecture 3 Basic Information to Select Pump

Lecture 4 Capacity of Pump and What is Pressure

Lecture 5 Brake KW Calculation

Lecture 6 Pumping System & Atmospheric Pressure

Lecture 7 The Relationship of Pressure and Head

Lecture 8 Pump Performance Curve

Lecture 9 NPSHa Calculation

Lecture 10 Cavitation

Lecture 11 Pump Curve

Lecture 12 Terms & Definitions - NPSH & Cavitation

Lecture 13 Important Calculation

Lecture 14 Piping Fundamentals

Lecture 15 Preferred Operating Range

Lecture 16 Pump System Curve

Lecture 17 Uncertainty & Safety Factors

Section 2: Heat Exchanger Overview

Lecture 18 Introduction

Lecture 19 Primary Process Function of Heat Exchanger

Lecture 20 Codes & Standards and Aim of Heat Exchanger

Lecture 21 Why Shell and Tube Heat Exchanger

Lecture 22 TEMA class of Heat Exchanger

Lecture 23 TEMA Terminology

Lecture 24 Selection Consideration

Lecture 25 What is GEOMETRY

Mechanical Engineer,Chemical Engineer