HVAC Chilled Water System Design, Selection Flushing

HVAC Chilled Water System Design, Selection & Flushing, available at $54.99, has an average rating of 3.9, with 65 lectures, based on 105 reviews, and has 612 subscribers.

You will learn about CHW calculations including: Pipe sizing, chillers selection, control valves sizing, cooling towers sizing, pumps sizing Design chilled water system in accordance to international standards Understand chilled water piping networks configurations including trends in energy efficient designs Understand & selection CHW system components Performing & witnessing chilled water flushing process Understand chilled water equipment arrangements including trends in energy efficient designs This course is ideal for individuals who are MEP Engineers & especially Mechanical Engineers (design, technical office, site, testing & commissioning) or MEP Draftsmen or Project engineers & project managers or Piping engineers & HVAC equipment manufacturing engineers or Mechanical Engineers or Electrical Engineers It is particularly useful for MEP Engineers & especially Mechanical Engineers (design, technical office, site, testing & commissioning) or MEP Draftsmen or Project engineers & project managers or Piping engineers & HVAC equipment manufacturing engineers or Mechanical Engineers or Electrical Engineers.

Enroll now: HVAC Chilled Water System Design, Selection & Flushing

Summary

Title: HVAC Chilled Water System Design, Selection & Flushing

Price: $54.99

Average Rating: 3.9

Number of Lectures: 65

Number of Published Lectures: 63

Number of Curriculum Items: 65

Number of Published Curriculum Objects: 63

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

CHW calculations including: Pipe sizing, chillers selection, control valves sizing, cooling towers sizing, pumps sizing

Design chilled water system in accordance to international standards

Understand chilled water piping networks configurations including trends in energy efficient designs

Understand & selection CHW system components

Performing & witnessing chilled water flushing process

Understand chilled water equipment arrangements including trends in energy efficient designs

Who Should Attend

MEP Engineers & especially Mechanical Engineers (design, technical office, site, testing & commissioning)

MEP Draftsmen

Project engineers & project managers

Piping engineers & HVAC equipment manufacturing engineers

Mechanical Engineers

Electrical Engineers

Target Audiences

MEP Engineers & especially Mechanical Engineers (design, technical office, site, testing & commissioning)

MEP Draftsmen

Project engineers & project managers

Piping engineers & HVAC equipment manufacturing engineers

Mechanical Engineers

Electrical Engineers

This is a course covering in great detail all chilled water related knowledge [A to Z], this course is tailor-made from international standards and best practices in the field of MEP consultancy & construction on many applications starting with the smallest reaching up to the highest towers and mega projects to give you all the knowledge covering the design, components selection, networks & equipment arrangement and configurations and flushing of chilled water systems

this course is starting from scratch till the expert level in design, selection, configurations & arrangements of chilled water piping & equipment’s & networks that you will find in any HVAC system.

The course is divided into five parts,

1. part#1 – starting with an introduction to the chilled water system and why using it in first place.

2. part#2 – then following up to each of the chilled water system individual components to understand them and compare between different types and know the selection and limitations of each of them including their arrangement and performance.

3. part#3 – then following up to the hydronic chilled water piping networks and understanding their sizing, design, arrangements, trends in balancing and energy savings, then moving on to a grand scale of the full CHW system configurations and compare between pros and cons of each system and when to use it and how to optimize your CHW network to achieve optimum energy performance

4. part#4 – then following up to an introduction to the district cooling systems and components and application range including latest technologies used in it

5. part#5 – then following up to a chapter dedicated to the CHW flushing & chemical cleaning process to help you comprehend how to perform it and witness it properly

All information mentioned in this course are quoted from ASHRAEinternational standards to give you the information from it’s original source and quoted to be a reference for future to access it easily.

this course is the ultimate guide at which is tailored for the soul purpose of transforming amateurs into experts and and add even more experience to the experts already using the software.

This course have an exclusive section for the flushing process of chilled water systems which is an extremely pre-commissioning process that is conducted directly after construction completion, and without it the system will not function properly.

This course is for both designers and site engineers and even for draftsmen to complete their gaps and to teach them the correct technical information from it’s original international sources.

Course Curriculum

Chapter 1: Part#1 – Introduction to Chilled Water Systems

Lecture 1: 1.0 Course Introduction

Lecture 2: 1.1 CHW system introduction

Lecture 3: 1.2 CHW system Introduction

Lecture 4: 1.2 CHW Governing Equations

Chapter 2: Part#2 – Chilled Water System Components

Lecture 1: 2.1 CHW System components Introduction

Lecture 2: 2.2 CHW pipe materials & Properties

Lecture 3: 2.3 CHW pipe Insulation

Lecture 4: 2.4 CHW pipe support & expansion (1of3)

Lecture 5: 2.4 CHW pipe support & Expansion (2of3)

Lecture 6: 2.4 CHW pipe joining methods (3of3)

Lecture 7: 2.5 CHW Cooling coils (1of2)

Lecture 8: 2.5 CHW Cooling coils (2of2)

Lecture 9: 2.6 Water Chiller Types (1of2)

Lecture 10: 2.6 Water Chiller Types (2of2)

Lecture 11: 2.7 Water Chiller Capacity & Performance Rating

Lecture 12: 2.8 Water Chillers Configurations & Selection (1of2)

Lecture 13: 2.8 Water Chillers Configurations & Selection (2of2)

Lecture 14: 2.9 Plate & Frame Heat Exchangers

Lecture 15: 2.10 Chilled Water Pump Types (1of2)

Lecture 16: 2.10 Chilled Water Pump Types (2of2)

Lecture 17: 2.11 CHW Pump Affinity Laws, Cavitation & NPSH

Lecture 18: 2.12 CHW Pump Selection Recommendations

Lecture 19: 2.13 Cooling Tower Types

Lecture 20: 2.14 Cooling Tower Fill, Tower Types & Towers Comparison

Lecture 21: 2.15 Cooling Tower Calculation & Selection

Lecture 22: 2.16 Cooling Tower Performance & Capacity Control

Lecture 23: 2.17 CHW Chemical Dosing System

Lecture 24: 2.18 CHW Expansion Chamber

Lecture 25: 2.19 Air venting & Separation in CHW Systems

Lecture 26: 2.20 CHW Valve Types

Lecture 27: 2.21 CHW Control Valves Characteristics & Sizing

Lecture 28: 2.22 CHW Balancing Valves & PICV

Chapter 3: Part#3 – Hydronic Piping Distribution Systems

Lecture 1: 3.1 Hydronic System Introduction

Lecture 2: 3.2 Hydronic System Classification & Components

Lecture 3: 3.3 CHW Pump Arrangements & Performance (1of2)

Lecture 4: 3.3 CHW Pump Arrangements & Performance (2of2)

Lecture 5: 3.4 CHW Pipe Sizing

Lecture 6: 3.5 Hydronic Piping Configurations

Lecture 7: 3.6 CHW Distribution Systems Types & Arrangements (1of2)

Lecture 8: 3.6 CHW Distribution Systems Types & Arrangements (2of2)

Lecture 9: 3.7 CHW Coil Pumping & Primary Pump Arrangements

Lecture 10: 3.8 Comparison of CHW System Balancing Methods

Lecture 11: 3.9 Low Delta T Syndrome (1of2)

Lecture 12: 3.9 Low Delta T Syndrome (2of2)

Chapter 4: Part#4 – District Cooling System

Lecture 1: 4.1 District Cooling Introduction

Lecture 2: 4.2 District Cooling Introduction

Lecture 3: 4.3 District Cooling Central Plant

Lecture 4: 4.4 District Cooling Distribution System

Lecture 5: 4.5 DC Consumer Secondary Side (1of2)

Lecture 6: 4.5 DC Consumer Secondary Side (2of2)

Chapter 5: Part#5 – Chilled Water Flushing & Chemical Cleaning

Lecture 1: 5.1 Flushing introduction

Lecture 2: 5.2 Flushing introduction

Lecture 3: 5.3 Pre-Flushing – Flushing Design & Installation Considerations

Lecture 4: 5.4 Pre-Flushing – Flushing Pumps & Flushing Velocities

Lecture 5: 5.5 Pre-Flushing – System Schematic

Lecture 6: 5.6 Pre-Flushing – Inspection & Wirltnessing

Lecture 7: 5.7 Flushing (1of2)

Lecture 8: 5.7 Flushing (2of2)

Lecture 9: 5.8 Post-Flushing

Chapter 6: BONUS PART 6 (PIPE & PUMP SIZING DISCUSSION WITH EXAMPLES)

Lecture 1: Bonus Part 6.1 – CHW Pipe Sizing Methods (1of3)

Lecture 2: Bonus Part 6.2 – CHW Pipe Sizing Methods (2of3)

Lecture 3: Bonus Part 6.3 – CHW Pipe Sizing Methods (3of3)

Lecture 4: Bonus Part 6.4 – CHW Pump head Calculation Steps (1of2)

Instructors

Nabil Mahmoud
Mech. & FLS Engineer

Rating Distribution

1 stars: 7 votes

2 stars: 7 votes

3 stars: 13 votes

4 stars: 17 votes

5 stars: 61 votes

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