Station 3 ?? Air Meters Combustion Analyzer Carbon Monoxide Carbon Dioxide Particles Air Flow Vane Anemometer Exhaust Flow Box Pressures CAZ Test.

Slides:



Advertisements
Similar presentations
1 | WEATHERIZATION ASSISTANCE PROGRAM STANDARDIZED CURRICULUM – July 2012eere.energy.gov Building Science Basics WEATHERIZATION INSTALLER/TECHNICAN FUNDAMENTALS.
Advertisements

Bringing the Outside In: Ventilation for Your Health Henry Slack U.S. Environmental Protection Agency Region 4.
North Carolina Crawl Spaces – Vented and Closed ACI Home Performance 2008 Melissa Malkin-Weber.
Chapter 8: Duct Design and Sealing To be used with the Guide to Building Energy Efficient Homes in Kentucky.
Heating, Ventilating, and Air-Conditioning (HVAC)
The Role of Controls for Indoor Air Quality Kent W. Peterson, PE, Fellow ASHRAE P2S Engineering, Inc. Mid Columbia ASHRAE Chapter.
AIR TECHNOLOGY We breathe approximately times a day and consume about 10,000 litres of air. Air Wellness Power5 Pro from Nikken: purification and.
Indoor Air Quality (IAQ) and Its Impact upon Building Occupants Andrew Burgie, MS Center for Occupational & Environmental Health at Hunter College.
The House as a System 1. Systems in a Home Electrical Plumbing Comfort Control (HVAC) Structural Moisture Control Air Infiltration Thermal Insulation.
Ventilation Systems for Swine Production Jay Harmon, Ph.D., P.E. Professor Agricultural & Biosystems Engineering.
Indoor Air Quality (IAQ) March 2009 UCOP Safety Meeting.
1 | WEATHERIZATION ASSISTANCE PROGRAM STANDARDIZED CURRICULUM – August 2010eere.energy.gov Energy Movement WEATHERIZATION ENERGY AUDITOR SINGLE FAMILY.
Environmental Health Issue- Carbon Monoxide Presented by QBE Loss Control Services.
Residential Ventilation in the Pacific Northwest Field Study of Mechanical Ventilation Effectiveness in Tightly Constructed Houses David Hales Washington.
PowerPoint ® Presentation Chapter 5 Handheld Meter Testing IAQ Complaints Measurement and Testing Air Properties Handheld Meter Testing for Contaminants.
Indoor Air Pollution.
The House as a System 1. Air Temperature and Water Vapor.
Air Quality Testing By: The Mean Green Team. Indoor Air Quality  A new science to measure pollutants  Houses  Schools  Buildings  Symptoms for poor.
Standardized Curriculum WAP Training Plans and Resources.
Placing Vapor Distribution Systems and Appliances into Operation MODULE 5 Validating Combustion Air.
1 Steps to Healthier Homes n Start with People n House as a System n Keep It: DryClean Pest-Free Ventilated SafeContaminant-Free Maintained n Making it.
1 | WEATHERIZATION ASSISTANCE PROGRAM STANDARDIZED CURRICULUM – December 2012eere.energy.gov Blower Door Basics WEATHERIZATION ENERGY AUDITOR SINGLE FAMILY.
HVACR416 - Design Pressure Measurement Part 2. Pressure Measurement Several pressure measurements exist. They all measure the same things, the force of.
1 Steps to Healthier Homes n Keep It: Dry Clean Pest-Free Ventilated SafeContaminant-Free Maintained.
Mansel A Nelson Institute for Tribal Environmental Professionals Basics Strategies for Maintaining Good Indoor Air Quality Indoor Air Quality in Tribal.
Dry and Well Ventilated Housing Green and Healthy Strategies for Multi Family Properties Prepared with Assistance from: Tohn Environmental Strategies &
Keep it Dry and Ventilated 1. Steps to Healthier Homes 2 n Keep It: Dry Clean Pest-Free Ventilated SafeContaminant-Free Maintained.
Indoor Firing Ranges Training Education Recommended Practices.
Carbon Monoxide Safety
Implementing Demand Controlled Ventilation to Meet ASHRAE Standard By Klas C. Haglid, P.E., R.A., CEM 1.
Indoor Environmental Quality: Investigating the Problem
Healthy Homes Overview Ventilation. Learning Outcomes Upon completion of this module you will be able to:  Identify the basic operating principle of.
Be the MVP in the CAZ: Combustion Testing for Beginners ESSN 1 Wednesday, April 21, :30 am to Noon 2010 National ACI Conference, Austin TX A. Tamasin.
1 | WEATHERIZATION ASSISTANCE PROGRAM STANDARDIZED CURRICULUM – December 2012eere.energy.gov Energy Movement WEATHERIZATION ENERGY AUDITOR SINGLE FAMILY.
Source Strength Source Strength Removal Rate Removal Rate Ventilation and IAQ.
ASHRAE A Ventilation Standard for Residential Structures Ventilation and Acceptable Indoor Air Quality in Low- Rise Residential Buildings.
1 | WEATHERIZATION ASSISTANCE PROGRAM STANDARDIZED CURRICULUM – July 2012eere.energy.gov Combustion Safety WEATHERIZATION INSTALLER/TECHNICAN FUNDAMENTALS.
HAZARDS IN THE HOME. Environmental Hazard Radon Asbestos Lead Hazardous Waste Carbon Monoxide.
CHAPTER 17 Section 17-5; Indoor Air Pollution. OBJECTIVE:  Evaluate the types and effects of indoor air pollution.
Placing Vapor Distribution Systems and Appliances into Operation MODULE 10 Spillage Test.
Improved Precision Leading to Improved Energy Efficiency Edward Decker AE 790 – Intelligent Buildings June 6, 2006.
By the Indoor Air Pollution Awareness Team (IAPAT)
-Too little or too much ventilation -Insufficient ventilation results in excessive indoor humidity -Uncontrolled ventilation can cause exhaust leaks within.
1 Mansel Nelson, ITEP–EEOP. 2 3 Safety Perform regular maintenance Avoid installing unvented (or "vent-free”) heating appliances Consider using only.
Air quality made simple A Balanced Approach Whole House Ventilation and IAQ Airflow Control Make-up Air Solutions Application by Geographic Region.
HVACR416 - Design Pressure Measurement Part 1. Why Measure? Need to Make Sure: All combustion appliances vent properly All HVAC systems are installed.
Healthy Homes Home Energy & Weatherization. Energy Management for Home goals … save energy provide comfort assure safety and health.
Air pollution part 3 Indoor pollution and health effects.
Atmosphere E. Indoor Air Quality  Indoor air quality refers to the properties of indoor air that affect the health and well- being of those in it. 
Indoor pollution and health effects
1 1 Weatherization & Indoor Air Quality Impacts of Weatherization on Air Quality and Comfort Inside Your Home Prepared with the assistance of Jed Harrison,
1 Mansel A Nelson Institute for Tribal Environmental Professionals Basics of Indoor Air Quality Indoor Air Quality in Tribal Communities.
AP Environmental Science Indoor Air Pollution (Chapter 24)
Indoor Air Pollution.  Environmental Tobacco smoke (2 nd hand)  Legionella pneumophila  Molds and fungus  Radon gas  Pesticides  Asbestos  Formaldehyde.
3.0 Comprehensive Performance Audit Fossil Fuel Appliances Health & Safety 3.2.
Day 1 Part 4 Technician’s Guide & Workbook for Home Evaluation and Performance Improvement.
Day 2 Part 2 Technician’s Guide & Workbook for Home Evaluation and Performance Improvement.
SECTION 6 AIR CONDITIONING (HEATING AND HUMIDIFICATION) UNIT 34 INDOOR AIR QUALITY.
Indoor Air Pollution.
PARTICULATE MATTER REMOVAL THROUGH THE USE OF VENTILATION SYSTEM, A CASE STUDY IN UNIVERSITY CLASSROOMS Wannawit TAEMTHONG, Watchara SIRIKULYANONA King.
Residential HVAC Filtration What Does it Do?
Mansel A Nelson Institute for Tribal Environmental Professionals
Part 12 Technician’s Guide & Workbook for Duct Diagnostics and Repair
CO2 concentration and Stady-state mass balance model
Residential Indoor Air Quality
Chapter 3B: INDOOR AIR QUALITY
Things you need to know before you play the game
A Ventilation Standard for Residential Structures
Chapter 3B: INDOOR AIR QUALITY
Presentation transcript:

Station 3 ?? Air Meters Combustion Analyzer Carbon Monoxide Carbon Dioxide Particles Air Flow Vane Anemometer Exhaust Flow Box Pressures CAZ Test

No carbon monoxide should be detected in residential properties.

Check outside air CO (set to “zero” outside) any CO found inside is being produced inside, or being re-entrained from flue, etc.

CO Poisoning from Combustion Appliance Back-drafting

Big Hole in Building!

Exhaust appliance in confined space

dryer pulling flame out of the heater

Supply Air Leak to the outside = Building Depressurized Supply Air Leak to the Outside

Supply Duct Leaks to the outside cause building to be Depressurized Supply Duct Leaks to the outside

# sq inches for cfm into rooms Icf performance Pv costs kWh now ICBO 50 cfm crawls Forced Air Systems (with insufficient “return”) Door closure causes Room A to be pressurized Zone B with return grill and combustion appliances is now under negative pressure and spillage or backdrafting can occur Can cause back-drafting of combustion devices

As CO 2 builds up, so does “everything else”… As CO 2 builds up, so does “everything else”… IAQ Pro-Tip “Everything else” is “Everything else” is too difficult to measure and interpret

Carbon Dioxide (CO 2 ) Generally not a health hazard in buildings by itself. Outside CO 2 levels usually in the 380 ppm range... and rising ! Industrial Standard = 5,000 ppm 96

Carbon Dioxide (CO 2 ) Used to estimate air exchange rates Concentrations above 800 to 1,000 ppm indicate: ■ Crowded spaces ■ Low ventilation rates Based on: – 380 ppm CO 2 outside air – sedentary adult population – steady state indoor air concentration 97

Cubic Feet Per Minute (CFM) ~ 15 cubic feet fresh air per minute for each person for classrooms (cfm/p)

CO 2 Estimate of Ventilation Over- Ventilated Ideal Under- Ventilated ,000 1,500 2,000+ Carbon Dioxide parts-per million (ppm) (energy issue) (multiple issues !! )

Outside Air cfm/p cfm/p cfm/p cfm/p cfm/p Unacceptable Poor ASHRAE Standard 62 Outdoor Carbon Dioxide (ppm) 2,400 1,400 1, (and above) Carbon Dioxide vs. Ventilation Rate 99

CO2 Concentration (ppm) OUTSIDE AIR (CFM / PERSON) | | | 100

CO2 Concentration (ppm) OUTSIDE AIR (CFM / PERSON) | | | 100

Using the Vane Anemometer

Check exhaust fan flow

Exhaust Fan Flow Meter 3- Position Opening: “E1” “E2” “E3”

Manometer & Flow Meter This set up measures pressure – must use the table

Pressure & CFM Table

Manometer & Flow Meter Flow reading direct from meter – “EX device”

M. Lipsett, California Office of Environmental Health Hazard Assessment 10.0 micrometers 2.5 micrometers ~ 70 micrometers Average Human Hair 70 micrometers

MERVPARTICLE TYPICAL CONTROLLED SIZE (  m*) CONTAMINANT 1 – 4 >10.0Pollen, sanding dust, textile and carpet fibers 5 – – 10.0Mold, spores, hair spray, cement dust 9 – – 3.0Legionella, lead dust, welding fumes 13 – – 1.0Bacteria, most tobacco smoke, insecticide dust, copier toner  0.3Virus, combustion smoke, radon progeny *micron meter 107

HEPA Output Laser Particle Counter 6 sizes of airborne particles

30 Buildings Minimum 8 classrooms Highest and lowest values deleted 112,000 27,170 17,937 11, Highest Measurement in 30 schools Average of each highest in 30 schools Average of 30 averages Average of each lowest in 30 schools Lowest measurement in 30 schools 0.3 Micrometer

30 Buildings Minimum 8 classrooms Highest and lowest values deleted 40,200 8,156 4,447 2, Highest Measurement in 30 schools Average of each highest in 30 schools Average of 30 averages Average of each lowest in 30 schools Lowest measurement in 30 schools 0.5 Micrometer

30 Buildings Minimum 8 classrooms Highest and lowest values deleted 17,000 3,739 1, Highest Measurement in 30 schools Average of each highest in 30 schools Average of 30 averages Average of each lowest in 30 schools Lowest measurement in 30 schools 1.0 Micrometer

30 Buildings Minimum 8 classrooms Highest and lowest values deleted 15,500 2,447 1, Highest Measurement in 30 schools Average of each highest in 30 schools Average of 30 averages Average of each lowest in 30 schools Lowest measurement in 30 schools 2.0 Micrometer

30 Buildings Minimum 8 classrooms Highest and lowest values deleted 2, Highest Measurement in 30 schools Average of each highest in 30 schools Average of 30 averages Average of each lowest in 30 schools Lowest measurement in 30 schools 5.0 Micrometer

30 Buildings Minimum 8 classrooms Highest and lowest values deleted 3, Highest Measurement in 30 schools Average of each highest in 30 schools Average of 30 averages Average of each lowest in 30 schools Lowest measurement in 30 schools 10.0 Micrometer