Became Expert In Chiller Plant Designing

What you'll learn
Able To Design Chiller Plant
calculate equipment size
3D Modeling
BOQ and scheduiling
Requirements
mechanical, civil or electrical Engineering or experience in HVAC
Description
This course is Designing of chiller Plant. chillers are part of HVAC system. after this Course you became able to Design chiller Plant. In The specialty of This course was that we can Discuss From basic to advance level. so in this course you will Learn about Each component Of that we can use in Designing of chiller Plant. Firstly we can Discuss all the basics of chillers there working principle & typical Details of chillers. And then calculations and Flow rate of within systems. so in next steps we can Discuss about piping Systems in Chiller plant and component of piping like fittings etc and about the piping systems used in designing. after this we can Discuss about the the typical Details of Air handling units and pumps and then we can calculate pump head so we also Design complete system using Revit MEP. expansion tank and chemical dosing is part of chiller plant Designing so we can Discuss these devices in Details. and also calculate the sizes of these devices so after that we can discuss all about the chiller plant room Design using Revit MEP we can Discuss about the placing chiller in parallel and then we can also discuss about Primary and Secondary pumping system. we discuss about Decupling of systems and about the Designing of header. we can Discuss about multiple pump system. we can discuss about control valves, Thermometers, Gauges and Pete's Plug, Air Vents, Pipe Hangers and Anchors and other devices. we can also Discuss about Tertiary Pumping system and then we can Discuss Parallel Chiller System.there are different Methods of water distribution Systems like 1-Pipe Distribution System,2-Pipe Distribution System,3-Pipe Distribution System & 4-Pipe Distribution System so we Discuss all systems in Details. so at the end we can discuss very large chiller plant using Revit mep in which we use chiller in series and parallel and we can use different chillers like centrifugal, water absorption and air cooled chiller and Design large plant using primary, secondary and tertiary pumps. we can calculate flow rate and complete distribution of water and all losses through fittings pipes etc.at the end we can discuss about district cooling systems using very big chiller plant. there are huge amount of district cooling system. we can Design using Revit MEP course contents Chiller BasicSingle Chiller systemFlow and Capacity CalculationsWATER FLOW RATE IN CHILLERTypical Air-Cooled Chiller Piping DetailTypical Water-Cooled Chiller Piping DetailChillers and Energy EfficiencyCHILLER PIPING BASICSClosed Loop Piping SystemOPEN Loop Piping SystemExpansion TanksExpansion Tanks CALCULATIONPiping InsulationPiping and Energy EfficiencyPumping BasicsCooling Tower BasicsControl ValveAir VentsThermometers, Gauges and Pete's PlugPipe Hangers and AnchorsPipe Distribution SystemParallel Chiller SystemMultiple Secondary LoopsDistrict Cooling SystemDistrict Cooling SystemBENEFITS OF USING DISTRICT COOLINGVery Large Chiller Plants
Overview
Section 1: Introduction
Lecture 1 course introduction
Section 2: chillers basics
Lecture 2 chiller basic
Lecture 3 Types of Chillers
Lecture 4 Tools
Section 3: chillers types
Lecture 5 water cooled
Lecture 6 Air cooled
Lecture 7 Absorption chillers
Section 4: calculations
Lecture 8 finding heat exchange or flow rate
Section 5: Chillers Energy Efficiency
Lecture 9 energy efficiency of chillers
Lecture 10 Legends
Section 6: equipments use
Lecture 11 AHU
Lecture 12 FCU
Lecture 13 COOLING TOWER WORKING
Lecture 14 PUMP BASICS IN CHILLER SYSTEM
Lecture 15 centrifugal pump
Section 7: course material
Lecture 16 course material
Section 8: Air Cooled chiller system Designing using Revit
Lecture 17 inserting revit file
Lecture 18 chiller piping system designing 1
Lecture 19 chiller piping system designing 2
Lecture 20 chiller piping system designing 3
Lecture 21 pipe material
Lecture 22 valve placement
Lecture 23 add insulation
Lecture 24 Expansion tank
Lecture 25 pressure loss report
Section 9: Chiller piping Systems
Lecture 26 PIPING DISTRIBUTION SYSTEM
Lecture 27 PIPING SYSTEM
Lecture 28 PIPING INSULATION
Lecture 29 PIPING AND ENERGY EFFICIENCY
Lecture 30 EXPANSION TANK
Section 10: Water cooked chiller Designing using Revit MEP
Lecture 31 insert file
Lecture 32 HVAC Equipment Placement
Lecture 33 condenser and cooling tower connection
Lecture 34 Evaporator And AHU connection
Lecture 35 AHU and Evaporater GPM Distribution
Lecture 36 condenser and cooling GPM Distribution
mechanical, civil or electrical Engineering or experience in HVAC


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https://www.udemy.com/course/advance-hvac-learn-chiller-plant-designing/