Section 1.0 — Fundamentals and General

Slides:



Advertisements
Similar presentations
FOCUS ON GREEN CONSTRUCTION School of Comp. Sci. & Engg.
Advertisements

Who We Are and What We Do Mission and Vision Structure Products Members Users Mission and Vision Structure Products Members Users.
Working Environment of Jafat Company after the installation of Environmental Air-conditioner.
Copyright © Texas Education Agency, All rights reserved. Basics of HVAC.
Technical Committees – the Brains of ASHRAE Section 1.0 — Fundamentals and General.
Unit 6 – Fundamentals of Calculus Section 6
ENERGY STAR Multifamily High Rise Program
Heating, Ventilating, and Air-Conditioning
HVAC Green Application 4. Key Lessons from HVAC In HVAC, we learned about: Thermal and air building science Installation of HVAC equipment and systems.
By Graham Brooks. What is HVAC? Heating Ventilating Air Conditioning Cycle: Refrigeration Ductwork in buildings Units on roofs The refrigeration cycle.
Overview of the HVAC System Quality Installation (QI) Contractor Checklist Turn on your speakers and click the “Play” button at right to begin.
BEM class 3 Climate & Human Comfort. Class (lecture) objectives Appreciation of the indoor and outdoor environments and how they relate to our energy.
ASHRAE Technical Activities Committee (TAC) and the Technical Committees Prepared by ASHRAE’s Technical Activities Committee 2013 For further information,
Industrial Ventilation - A major control measure Dr. AA, UTM.
FACILITIES AND PROPERTY MANAGEMENT – BEMS Plant and Equipment Operating Hours.
RETScreen® Energy Efficiency Projects
Energy Conserving Alternatives HVAC 15a CNST 305 Environmental Systems 1 Dr. Berryman.
HEAT PUMP: USING THE ENERGY OF THE EARTH Student: Elena Komovnikova Group: E4-42 Scientific adviser: Lavrov N. A. Language adviser: Bykovskaya L.I.
Roadmap PowerPoint Notes and Textbook Assignment Friday: refrigeration and cooling systems Next week we will review before having a test on Chapter 5.
Czech Technical University in Prague Faculty of Civil Engineering Department of Microenvironmental and Building Services Engineering Czech Technical University.
Fundamentals of HVAC PPT a7 m01 Final
Desiccant Cooling A good deal for everyone Henrik Näsström.
J.B. Speed School of Engineering University of Louisville KEEPS Energy Management Toolkit Step 2: Assess Performance & Opportunities Toolkit 2C: School.
Energy Management - What can it mean to you? Containing or reducing overall operating costs Method of eliminating waste Increasing profits Remaining competitive.
American Society of Heating Refrigerating and Air Conditioning Engineers (ASHRAE) Overview of the Organization.
Objectives Talk about grades Talk about project and field trip Review important lectures.
How a Heat Pump Works By: Adam Meeker. What is a Heat Pump? A heat pump is a device which transfers heat energy from one place to another.
ENVELOPE. LIGHTING.
Section 10.3 Using Heat. Heating System Heating Systems: Def. p Work can be done to increase temperature. Example of this is when you rub your.
Fantastic Fridges alias Refrigeration and Air Conditioning your name your company.
Introduction Advanced energy recovery heat pump for the Engineering Science and Research Building (ESRB). ESRB uses 54,000 CFM of 100% make-up air 24 hours.
ASHRAE Technical Committees. Background of Technical Committees (TCs) 3,553 TC volunteers –572 volunteers outside of North America 70% of Technical Program.
HEAT PUMPS BY: DINESH BAKTHAVATSALAM ID#: M-I.
Design and construction We need to seek a design that Achieve the goal of the project which should be : compact effective So we need to know types of heat.
Year Production
FME 706/FML Introduction1 FME 706 REFRIGERATION, HEAT PUMPS AND AIR CONDIRIONING.
Objectives When you have completed this session, you should be able to: 1.Explain the basic principles of heating, ventilation, air conditioning and refrigeration.
EQuest Modeling Building Energy Systems Session 4: Building energy and modeling overview.
Heat Pumps Presentation by: Rana Itani. Objective To familiarize audience on the components of a heat pump and how it works.
Advanced Energy Engineering Technology Modeling Building Energy Systems Session 8: Foundations of heating, cooling and ventilating systems.
Careers in Air Conditioning and Mechanical Services.
Agriculture Mechanics as a Profession Mechanics A branch of physics that deals with motion and the action of forces on bodies.
Careers in Agriculture Chapter 2 Ag. Mechanics I Mr. Herren.
Lecture Objectives: Review Psychrometrics Introduce Air Handling Unit
Building Environmental Systems
UTILITIES MANAGEMENT.
Maria’s Restaurant Chapter 1 Section 4
Ch. 1 Introduction to HVAC & R
HEAT TRANSFER WITH EXTENDED SURFACES (FINS)
HVAC EQUIPMENT: COOLING SOURCES (see Chapter 16)
Date of download: 11/1/2017 Copyright © ASME. All rights reserved.
Types of HVAC Technology Used in Business Establishments
HVAC EQUIPMENT General
By ChiShing Li Date:3rd November, 2005
Dr John Fletcher Thermal Management Dr John Fletcher
VENTILATION ASPECTS OF INDOOR AIR QUALITY
Lecture Objectives: Aabsorption cooling cycles.
A2.1 how are energy resources used?
. Level 3 Air Conditioning Inspections for Buildings 15. User Controls
TCCTA 2011 Convention Heating, Air Conditioning and Ventilation
Presentation Title Group ##
Specific Heat.
Lecture Objectives: Review Psychrometrics Introduce Air Handling Unit
Active Solar Heating By: Farhan Mahmood.
R-2000 Houses State of the Art Ventilation System
Unit 3 Review (Calculator)
Curriculum Coordinator: Stan Skowronek Date of Presentation: 1/15/2016
Calculate 9 x 81 = x 3 3 x 3 x 3 x 3 3 x 3 x 3 x 3 x 3 x 3 x =
Objective of todays leacutre
WECC Load Composition Model
Presentation transcript:

Section 1.0 — Fundamentals and General

Section 1.0 — Fundamentals and General

Section 1.0 — Fundamentals and General

Section 1.0 — Fundamentals and General

Section 1.0 — Fundamentals and General

Section 1.0 — Fundamentals and General

Section 1.0 — Fundamentals and General

Section 1.0 — Fundamentals and General

Section 1.0 — Fundamentals and General

Section 1.0 — Fundamentals and General

Section 1.0 — Fundamentals and General

Section 1.0 — Fundamentals and General

Section 1.0 — Fundamentals and General

Section 2.0 — Environmental Quality

Section 2.0 — Environmental Quality

Section 2.0 — Environmental Quality

Section 2.0 — Environmental Quality

Section 2.0 — Environmental Quality

Section 2.0 — Environmental Quality

Section 2.0 — Environmental Quality

Section 2.0 — Environmental Quality

Section 2.0 — Environmental Quality

Section 2.0 — Environmental Quality

Section 3.0 — Materials and Processes

Section 3.0 — Materials and Processes

Section 3.0 — Materials and Processes

Section 3.0 — Materials and Processes

Section 3.0 — Materials and Processes

Section 3.0 — Materials and Processes

Section 4.0 Load Calculations and Energy Requirements

Section 4.0 Load Calculations and Energy Requirements

Section 4.0 Load Calculations and Energy Requirements

Section 4.0 Load Calculations and Energy Requirements

Section 4.0 Load Calculations and Energy Requirements

Section 4.0 Load Calculations and Energy Requirements

Section 4.0 Load Calculations and Energy Requirements

Section 4.0 Load Calculations and Energy Requirements

Section 5.0 Ventilation and Air Distribution

Section 5.0 Ventilation and Air Distribution

Section 5.0 Ventilation and Air Distribution

Section 5.0 Ventilation and Air Distribution

Section 5.0 Ventilation and Air Distribution

Section 5.0 Ventilation and Air Distribution

Section 5.0 Ventilation and Air Distribution

Section 5.0 Ventilation and Air Distribution

Section 5.0 Ventilation and Air Distribution

Section 5.0 Ventilation and Air Distribution

Section 5.0 Ventilation and Air Distribution

Section 6.0 Heating Equipment, Heating and Cooling Systems and Applications

Section 6.0 Heating Equipment, Heating and Cooling Systems and Applications

Section 6.0 Heating Equipment, Heating and Cooling Systems and Applications

Section 6.0 Heating Equipment, Heating and Cooling Systems and Applications

Section 6.0 Heating Equipment, Heating and Cooling Systems and Applications

Section 6.0 Heating Equipment, Heating and Cooling Systems and Applications

Section 6.0 Heating Equipment, Heating and Cooling Systems and Applications

Section 6.0 Heating Equipment, Heating and Cooling Systems and Applications

Section 6.0 Heating Equipment, Heating and Cooling Systems and Applications

Section 7 – Building Performance

Section 7 – Building Performance

Section 7 – Building Performance

Section 7 – Building Performance

Section 7 – Building Performance

Section 7 – Building Performance

Section 7 – Building Performance

Section 7 – Building Performance

Section 7 – Building Performance

Section 8 – Air-Conditioning and Refrigeration System Components

Section 8 – Air-Conditioning and Refrigeration System Components

Section 8 – Air-Conditioning and Refrigeration System Components

Section 8 – Air-Conditioning and Refrigeration System Components

Section 8 – Air-Conditioning and Refrigeration System Components

Section 8 – Air-Conditioning and Refrigeration System Components

Section 8 – Air-Conditioning and Refrigeration System Components

Section 8 – Air-Conditioning and Refrigeration System Components

Section 8 – Air-Conditioning and Refrigeration System Components

Section 8 – Air-Conditioning and Refrigeration System Components

Section 8 – Air-Conditioning and Refrigeration System Components

Section 8 – Air-Conditioning and Refrigeration System Components

Section 9 – Building Applications

Section 9 – Building Applications

Section 9 – Building Applications

Section 9 – Building Applications

Section 9 – Building Applications

Section 9 – Building Applications

Section 9 – Building Applications

Section 9 – Building Applications

Section 9 – Building Applications

Section 9 – Building Applications

Section 9 – Building Applications

Section 10 - Refrigeration

Section 10 - Refrigeration

Section 10 - Refrigeration

Section 10 - Refrigeration

Section 10 - Refrigeration

Section 10 - Refrigeration

Section 10 - Refrigeration