Coolcraft: Mastering Refrigeration & Hvac Design Part2

Refrigeration and HVAC fundamentals, design and calculation for commercial and industrial application.

What you'll learn

Some basic physics

Laws of Thermodynamics

Behavior of refrigerants and their properties

Refrigerant pressure enthalpy chart and how to acquire property values

Acquiring values of refrigerant properties from tools like Refprop/ CRE/ Genetron Properties

Refrigeration cycle and its types

Psychrometric chart

Heat Load Calculation - Refrigeration and Air Conditioning

Different types of refrigeration cycles and their pros & cons

Components of a refrigeration system in details

Explanation of terminologies like superheat, subcooling, desuperheating, etc.

Sizing and selection of refrigeration system components

Accessories in a refrigeration system

Refrigeration pump fundamentals

Sequence of Operation/Control philosophy of a refrigeration system

Design calculations

Requirements

Basic knowledge of physics and curiosity.

Description

Description:Step into the cool world of refrigeration and air conditioning design with our groundbreaking course series, CoolCraft. From icy wonders to refreshing breezes, this immersive journey will unveil the secrets behind creating cutting-edge refrigeration and air conditioning systems that redefine comfort, efficiency, and sustainability.What You'll Discover:Ice-Cold Engineering: Delve into the principles of thermodynamics and related mathematical calculations to craft refrigeration systems that chill with precision.Refreshing Air Solutions: Explore the art of air conditioning design, from understanding psychrometrics to optimizing airflow for maximum comfort.Innovative Components: Investigate the latest technologies and components shaping the future of refrigeration and air conditioning, from compressors to evaporators.Real-World Applications: Apply your newfound knowledge to solve practical challenges and design custom cooling solutions for diverse industries and environments, because the information in this course comes from real world practices and experiences.This course has been created keeping both beginners and industry professionals in mind and thus the knowledge exposure is incremental and gradual.Why Choose “CoolCraft: Mastering Refrigeration & HVAC design”:Expert Guidance: Learn from industry professional with decades of experience in refrigeration and air conditioning engineering and also who is passionate about sharing his expertise.Industry Insights: Gain insider knowledge on emerging trends and best practices from leaders in the refrigeration and air conditioning industry.Future-Proof Skills: Equip yourself with the skills and know-how to tackle the challenges of tomorrow's cooling landscape with confidence.Who's It For:Aspiring Engineers: Ready to embark on a cool journey into the world of refrigeration and air conditioning design and engineering.HVAC Professionals: Seeking to sharpen their skills and stay ahead of the curve in the rapidly evolving field of cooling technology.Outcome:By the end of this course, you'll emerge confident in designing of refrigeration and air conditioning systems, equipped to create innovative cooling solutions that set new standards for comfort, efficiency, sustainability, and performance.Join the Chill Revolution:Ready to sculpt the future of cooling? Enroll now in CoolCraft series courses and become a trailblazer in the art of designing cooler, greener, and smarter refrigeration and air conditioning systems.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Course content

Section 2: Refrigeration cycle and components

Lecture 3 Types of refrigeration systems

Lecture 4 Introduction to vapor compression cycle

Lecture 5 Piping and Instrumentation Diagram - PID

Lecture 6 Some common terminologies

Lecture 7 Compressor

Lecture 8 Oil Separator

Lecture 9 Oil Reservoir

Lecture 10 Heat recovery

Lecture 11 Condenser

Lecture 12 Receiver

Lecture 13 Liquid Filter Drier

Lecture 14 Subcooler or economizer

Lecture 15 Expansion valve

Lecture 16 Evaporator

Lecture 17 Evaporator pressure regulator

Lecture 18 Accumulator

Lecture 19 Suction filter

Lecture 20 Oil filter drier

Lecture 21 Oil regulator

Lecture 22 Instrumentations

Lecture 23 System Controller

Lecture 24 Switchgear System

Lecture 25 Valves

Lecture 26 Piping

Lecture 27 Ducting - Types, classification and aspect ratio

Lecture 28 Ventilation heat recovery system

Lecture 29 Insulation

Lecture 30 Different types of refrigeration cycles and their advantages

Lecture 31 Accessories in a refrigeration system

Lecture 32 Pump fundamentals

Section 3: Design Calculations

Lecture 33 Design calculations and purpose

Lecture 34 Mass flow calculation of refrigerants

Lecture 35 Calculating resultant mixture of fluids

Lecture 36 Bernoulli's theorem and equation

Lecture 37 Pressure drop calculation for pipes

Lecture 38 Pressure drop calculation for valves

Lecture 39 Pressure drop calculation for oil flow

Lecture 40 Water flow calculation

Lecture 41 Head pressure of water

Lecture 42 Pump affinity law and calculation

Lecture 43 Air flow calculation

Lecture 44 Pressure drop & static pressure calculation for ducts

Lecture 45 Type of fans

Lecture 46 Fan affinity law and calculation

Lecture 47 Isentropic efficiency of compressor

Section 4: Selection of refrigeration system components

Lecture 48 Explanation of selection input parameters

Lecture 49 Thermal loading and efficiency concepts

Lecture 50 Selection of various components based on inputs

Lecture 51 Compressor

Lecture 52 Oil Separator

Lecture 53 Oil Reservoir

Lecture 54 Condenser

Lecture 55 Economizer or subcooler

Lecture 56 Receiver

Lecture 57 Pipelines

Lecture 58 Liquid Filter Drier

Lecture 59 Expansion valves

Lecture 60 Evaporator

Lecture 61 Suction filter

Lecture 62 Accumulator

Lecture 63 Isolation valve, check valve and EPR

Section 5: Thank you and additional content

Lecture 64 Thank you and future content

High school students,College students,Aspiring engineers,Refrigeration and System engineers,Sales engineers,Application engineers,Project managers,Production engineers,Procurement and supply chain personnel,Project contractors,Design team managers,Architects and consultants,Anyone curious about refrigeration systems