21. Www.iaqpubs.com/ Safety and Health Topics indoor air quality of outside air and contributing to the buildup of indoor air contaminants. IAQ generally refers to the quality of the air in an office environment. http://www.iaqpubs.com/

22. Indoor Environment Department, EETD, LBNL improving indoor air quality (IAQ), thermal comfort and the health and productivity of building occupants, and understanding human exposures to environmental http://eetd.lbl.gov/ied/

Indoor Environment Department The Indoor Environment Department conducts a broad program of research, technology development and dissemination activities directed toward improving the health, comfort and energy efficiency of the indoor environment. Our work focuses on reducing the energy used for thermally conditioning and distributing ventilation air in buildings, improving indoor air quality (IAQ), thermal comfort and the health and productivity of building occupants, and understanding human exposures to environmental pollutants found in indoor and outdoor air. Research Groups Research Highlights Report on IAQ Research Priorities Facilities ... Practical Information and Guidance RESEARCH GROUPS Energy Performance of Buildings Group The Energy Performance of Buildings Group (EPB) works on problems associated with whole- building integration involving modeling, measurement, design and operation. Most of the Group's tasks have focused on the movement of air and the associated energy penalties. The major research areas of the group include the following: Commercial building thermal distribution Residential ventilation and energy Residential thermal distribution Ventilation standards Ventilation rates, indoor pollutant transport, and effectiveness of ventilation in controlling exposures to indoor pollutants

23. LBNL-IED-Ventilation And Indoor Environmental Quality Ventilation and indoor air quality Research performed by the staff of the indoor environment Department of the environmental Energy Technologies Division at http://eetd.lbl.gov/IED/viaq/

This web page was prepared by the Indoor Environment Department (IED) Staff of the Environmental Energy Technologies Division at Lawrence Berkeley National Laboratory. It contains results of recent research concerning ventilation and indoor air quality. The audience for this web site is meant to be building managers, architects, and other building professionals. The information on this web site is based on research performed by the IED and on research by others. The IED conducts research on energy-efficient ventilation, pollutant transport, particle control, and health and productivity in commercial buildings. The research methods employed by this department include controlled laboratory studies, extensive multi-disciplinary field studies, modeling, and reviews and syntheses of data. Associated research topics include the following: Ventilation Rates and Technologies For commercial and residential buildings, how are ventilation rates measured, what are the effects of ventilation on building occupants and what are the effects of the ventilation rate on pollutant concentrations? Indoor VOC's Indoor air quality is important to human health because individuals spend a large fraction of their time indoors at their residences, schools and workplaces. In addition, there are numerous sources of airborne toxic pollutants in these indoor environments where outdoor air ventilation provides the only primary means to dilute pollutant concentrations. Volatile Organic Compounds (VOC's) are one class of indoor pollutants that may cause irritation to building occupants.

24. BuildingGreen.com - Hal Levin On Best Sustainable IAQ Practices In Commercial Bu of the application of criteria that might be developed for healthy material selection considering the indoor air quality, indoor environment, and the general http://www.buildinggreen.com/elists/halpaper.cfm

Search for: articles GreenSpec case studies reference ... log in TEN BASIC CONCEPTS FOR ARCHITECTS AND OTHER BUILDING DESIGNER BEST SUSTAINABLE INDOOR AIR QUALITY PRACTICES IN COMMERCIAL BUILDINGS Hal Levin, Research Architect 2548 Empire Grade Santa Cruz, CA 95060-9748 Abstract. Introduction Table 1: Common "Green Building" Features Energy conservation features: insulation, efficient lights and mechanical equipment Water conservation features: low consumption fixtures Incorporation of recycled materials, or materials with large fraction recycled content Low emitting material selection and ventilation for improved indoor air quality Reduced building construction waste and re-sourcing waste products Less environmentally-destructive site development: run-off control, small footprint, preservation of water courses, natural vegetation and habitats On-site wastewater treatment Reduced or zero use of ozone-depleting compounds in refrigeration and fire suppression systems Life cycle assessment ("cradle-to-grave") of materials or building systems

25. Indoor And Outdoor Air Quality And Allergies The Inside Story A Guide to indoor air quality (EPA Jetliner Cabin air Systems (Boeing); Lung Disease Fact Sheets from AIHA); Molds in the environment (CDC); Molds http://www.pp.okstate.edu/ehs/links/iaq.htm

Online Safety Library Articles and Information Indoor Air Quality (Collection from OSHA's SLC Technical Site) Indoor Air Quality (Collection from EPA) Indoor Air Quality (Collection from AIHA) Air Quality (American Lung Association) Air Quality Fact Sheets (American Lung Association) Airborne Allergens (NIAID) Allergy and Asthma FAQ (Eileen Kupstas) Asthma Facts (EPA) Asthma Information (American Lung Assoc.) Biological Contaminants (National Safety Council) Cabin Air Filtration (Pall Corp.) Common Indoor Air Pollutants: Formaldehyde (EPA) Cooling Appliances and the Clean Air Act (Ohio State Univ) OSU DASNR) Environmental Tobacco Smoke (National Safety Council) Environmental Tobacco Smoke (Ohio State Univ) Exposure Limits for Air Contaminants Facts About Mold (AIHA) Formaldehyde Sources (EPA) Fungi In Buildings (UMinn) Healthy Indoor Air for America's Homes (Montana State Univ.)

26. The Indoor Air Quality And Environmental Toxins Page The Relation Between Infant indoor environment and Subsequent Asthma Epidemiology 2000 Mar; 11(2) 128–35 Poor indoor air quality may play an important role http://www.chiro.org/LINKS/Environmental_Toxins.shtml

LINKS Home Page The Chiropractic Resource Organization Chiro.Org Home Page The Indoor Air Quality and Environmental Toxins Page This section is maintained by Frank M. Painter, D.C. Send all comments or additions to: Frankp@chiro.org If there are terms in these articles you don't understand, you can get a definition from the Merriam Webster Medical Dictionary . If you want information about a specific disease, you can access the Merck Manual . Search PubMed for more abstracts on this topic. Jump to: IAQ Resources Abstracts of Interest Asthma and Allergens Immune Response to Allergens ... Systemic Fungal Diseases Introduction The Environmental Protection Agency (EPA) has determined that indoor air pollution is a major health risk –– indoor air pollutants can accumulate at 2 to 100 times higher concentrations than outdoor pollution. Why is that? Because modern homes have been built to be "leak-proof" –– with tighter seals on our doors and windows. The average person spends 90% of their time indoors, surrounded by a vast array of modern chemicals –– including the glues and coatings on our furniture and walls, the plastic cases on our electronic toys, synthetic fabrics, disinfectants, soaps, perfumes, insecticides, lubricants and more. All these products "breath" out some level of pollution –– as described by the term out–gas Did you see Bill Moyers recent documentary about the chemical industry? It was pretty scary! By the time there have been enough clinical studies to confirm the health risks of any particular substance, it may be too late for the generation of people who have been exposed and are at risk.

27. Indoor Air Quality - Tools For Schools - Homepage Good indoor air quality is an important component of a healthy indoor environment and can help schools reach their primary goal. http://envsci.rutgers.edu/~iaq/

Welcome to the IAQ (Indoor Air Quality) Tools for Schools Program's homepage. This web page is broken up into multiple sections listed on the Navigator Bar above. Click on one of the buttons to explore that section of our site. If you come across any problems when looking through our site, feel free to email us at kimipp@aol.com Click Here to Register for This Seminar News: www.epa.gov/iaq/pubs/molds.html www.healthyindoorair.org TFS Hotline : 1-866-TFS-EPA1 (1-866-837-3721) or email tfs_help@epa.gov Most people are aware that outdoor air pollution can damage their health, but many do not know that indoor air pollution can also have significant health effects. Environmental Protection Agency (EPA) studies of human exposure to air pollutants indicate that indoor levels of pollutants may be 2 - 5 times, and occasionally more than 100 times, higher than outdoor levels. These levels of indoor air pollutants may be of particular concern because most people spend about 90% of their time indoors. In recent years, comparative risk studies performed by EPA and its Science Advisory Board have consistently ranked

28. NYCOSH: Indoor Air Quality Links air Conditioning Engineers (ASHRAE) Building air quality Action Plan (NIOSH and EPA) Carpeting, indoor air quality, and the environment (environmental Building http://www.nycosh.org/linktopics/indoorair.html

Protecting Your Right to a Safe and Healthful Workplace SEARCH THIS SITE! Enclose exact phases in double quotes ("...") to narrow your search results. [http://www.nycosh.org/links-indoorair.html] Indoor air quality links Including tobacco smoke (also see respiratory hazards and protection and mold, fungi, and toxic plants indicates that a link is only be available in Adobe Portable Document Format. For information about using PDF files, click here. This section includes links concerning the occupational and environmental health hazard of tobacco smoke. Links concerning other indoor air issues begin below this box. Addressing Class-Based Disparities Related to Tobacco: Working with Labor Unions (Cancer Causes and Control, 2001) Building Trades Unions Ignite Less Tobacco (BUILT) (State Building and Consturction Trades Council of California, 2002) Coverage For Tobacco Use Cessation Treatments (Centers for Disease Control and Prevention, 2004)

29. Indoor Air Quality Control Techniques - Radon, Formaldehyde Path Home / environment environmental Engineering/ Pollution Control Prevention/ indoor air quality Control Techniques Radon, Formaldehyde, Combustion http://www.knovel.com/knovel2/Toc.jsp?SpaceID=10100&BookID=422

30. Indoor Air Quality - MegaLaw.com Home Legal Research Topic Index indoor air quality Trade Organizations. airConditioning United Nations environment Programme (UNEP); United Nations http://www.megalaw.com/top/airquality.php

MegaLaw.com MegaLawBooks.com MegaDepos.com MegaLaw ... Contact Us Official Case Law: MegaLaw partners: INDOOR AIR QUALITY Home Legal Research Topic Index > Indoor Air Quality Air Code Organizations Publications U.S. Government Air Regulatory Sites International Air Standards ... Related Organizations Other MegaLaw.com Toxic Torts The MegaLaw.com Toxic Torts Page The MegaLaw.com Breast Implants Law Page The MegaLaw.com Latex Allergy Law Page The MegaLaw.com Repetitive Stress Injuries Page ... Back to the top Air Code Organizations International Association of Plumbing and Mechanical Officials (IAPMO) International Building Officials and Code Administrators International, Inc. (BOCA) International Code Council (ICC) International Conference of Building Officials (ICBO) ... Back to the top Publications APPLIANCE Magazine ASHRAE Journal Building Design and Construction Buildings ... Back to the top U.S. Government Air Regulatory Sites U.S. Department of Commerce U.S. Department of Commerce Global Export Market Information System U.S. Department of Energy (DOE) DOE Home Energy Saver ... Back to the top International Air Standards Association Francaise de Normalisation (AFNOR) American National Standards Institute (ANSI) British Standards Institution (BSI) Canadian Standards Association (CSA International) ... LATCO's Tools of the Trade Latin American International Trade Sites Trade Compass Trade Point USA Thermal Technology Center from the National Research Council of Canada United Nations Environment Programme (UNEP) United Nations Trade Point Development Center (UNTPDC) USA*Engage The World Bank ... Back to the top Related Organizations

31. NASA WSTF  Crew Environment/Indoor Air Quality Crew environment and indoor air quality. White Sands Test Facility (WSTF) Molecular Desorption and Analysis Laboratory (MDAL) has http://www.wstf.nasa.gov/Chem/Crew.htm

Site Index/Search About WSTF Site Closure Status Environmental ... WSTF Internal Web Crew Environment and Indoor Air Quality White Sands Test Facility (WSTF) Molecular Desorption and Analysis Laboratory (MDAL) has provided analytical services for government and industrial clients for over 30 years. WSTF provides offgas testing of materials such as adhesives, polymers, paints, coatings, and insulation, and components, which include flight hardware for NASA and the Navy submarine industrial hygiene program. We also provide odor assessment to insure that chemical offgases in confined human environments are not annoying to inhabitants. WSTF's extensive background in material handling and preparation, analytical instrumentation (GC, GC/IRD/MS) and a chemical database of over 900 species identified allow us to provide preeminent services in crew environment assessment. Services provided to Space Shuttle, Space Station, MIR and Navy Submarines Because of the confined and nonrenewable atmospheric environments in both submarine and space vehicles, indoor air quality can quickly degrade if measures are not taken to prevent the buildup of noxious and toxic gases. To preclude unsafe conditions, both NASA and the Navy require materials and components to be tested prior to usage. WSTF has provided offgas testing for the Space Shuttle program since its inception. This service is continuing and includes service to the current design and construction of the International Space Station. WSTF is also able to handle a wide variety of test sample sizes, from 2 to 8000 L, and electrostatic discharge (ESD) handling and protection is routine. Thermal temperature conditioning from ambient to 316 °C is available depending upon sample size.

32. NASA WSTF  Crew Environment/Indoor Air Quality White Sands Test Facility Properties of Materials. Crew environment and indoor air quality. White Sands Test Facility (WSTF) Molecular http://www.wstf.nasa.gov/TextExt/Chem/Crew.htm

Site Index/Search About WSTF Rocket Propulsion Materials ... Crew Environment Failure Investigation Analytical Services Materials Analysis Surface Chemistry Standard Testing ... WSTF Internal Web [FrontPage Include Component] White Sands Test Facility Properties of Materials Crew Environment and Indoor Air Quality White Sands Test Facility (WSTF) Molecular Desorption and Analysis Laboratory (MDAL) has provided analytical services for government and industrial clients for over 30 years. WSTF provides offgas testing of materials such as adhesives, polymers, paints, coatings, and insulation, and components, which include flight hardware for NASA and the Navy submarine industrial hygiene program. We also provide odor assessment to insure that chemical offgases in confined human environments are not annoying to inhabitants. WSTF's extensive background in material handling and preparation, analytical instrumentation (GC, GC/IRD/MS) and a chemical database of over 900 species identified allow us to provide preeminent services in crew environment assessment.

33. Air Quality Theme Page more. In addition, there is a checklist to test your environment and what you can do improve your indoor air quality. Top of Page. http://www.cln.org/themes/air.html

Air Quality Theme Page CLN Theme Pages Below are the CLN "Theme Pages" that support the study of Air Quality. CLN's theme pages are collections of useful Internet educational resources within a narrow curricular topic and contain links to two types of information. Students and teachers will find curricular resources (information, content...) to help them learn about this topic. In addition, there are links to instructional materials (lesson plans) that will help teachers provide instruction in this theme. Global Warming/Climate Change Ozone Depletion Air Quality Resources Here are a number of links to other Internet resources which contain information and/or other links related to Air Quality. Please read our Acid Rain In this interdisciplinary Web research project, junior high students use the Web to research information in the field of a chosen specialist, compile and analyse the data, meet with each other, and then write a report on their findings. The basic questions that they address are: What is acid rain? How does it affect the environment (and us)? Where does it come from?How can it be prevented or minimized? They may choose to be a specialist in chemistry, economics, history, environment, health, or politics/government. Each specialist is given a set of Web links to begin the research. Acid Rain Program A comprehensive site from the U.S. Environmental Protection Agency with information about acid rain. The following list of links to their site are particularly relevant to students.

34. Indoor Environments; Sick Buildings; Air Quality; Airborne Chemicals; Volatile C The home environment is not regulated by any governmental agencies, but of guidelines developed by the FederalProvincial Working Group on indoor air quality. http://www.nutramed.com/environment/handbook.htm

Home Products and Services Medical Information Send ... Modular Nutrition Many chemicals are found in the average home and the occupants are chronically exposed. The types and concentrations are largely dictated by the airflow (or lack of it), use of cleaners, paints, adhesives, types of furnishings (out-gassing), and tobacco-smoking habits of the inhabitants. Problem: Air Indoor Pollution - Airborne chemicals Smoke; Odors - if you can smell it, it can hurt you Hazard; immediate effects - allergy, symptoms such as headache, fatigue, dizziness, irritability cognitive dysfunction. Long-term effects - Chronic illness, cancer, lung disease, birth defects Solutions : Stop smoking indoors. Stop using fireplaces, space heaters and woodstoves indoors. Stop using candles, kerosense lamps, incense indoors Ventilate gas-burning stoves and ovens to the outside. Improve furnace ventilation. Clear air ducts and add HEPA filters. Stop using chemicals indoors - no deodorants, no pesticides, no disinfectants Clean and ventilate indoor spaces Separate storage areas from living areas Improve air exchange with proper mechanical ventilation systems Personal - use Air Purifying Respirator Indoor Air Quality and Sick Buildings Environmental illness relating to Indoor Air Quality (IAQ) has become more common and an increasing public concern. The reduced airflow, use of more synthetic materials, and the rise in occupation time are all factors that can affect IAQ and health.

35. Carbon Monoxide - Poisoning; Indoor Air Quality; Air Pollution monoxide levels exceeded the Federal air quality standard in 20 The Clean air Act gives state and stationary sources. The US Environmental Protection Agency http://www.nutramed.com/environment/monoxide.htm

Home Products and Services Medical Information Send ... Modular Nutrition Environmental Center Air Quality: Airborne Illness Carbon monoxide (CO) Carbon monoxide (CO) is a colorless, odorless, poisonous gas. Deaths are usually caused by carbon monoxide poisoning from combustion in poorly ventilated enclosures. The symptoms of carbon monoxide poisoning are: headache, nausea, shortness of breath, dizziness and confusion. The severity of symptoms depends on the concentration of gas. Low level exposure produces chronic, flu-like symptoms and is usually not recognized. Exposures in parts per million (PPM) 30 PPM Permissible Average over 8 hours 200 PPM Maximum for acute exposure 800 PPM Lethal 2 hour exposure Sources: Combustion - furnaces, boilers, space-heaters, stove tops, hot water heaters ( gas), clothes dryers (gas), wood stoves, fireplaces, BBQ's, tobacco smoking, combustion engines, candles, incense, kerosene lanterns, propane appliances. Official recommendation: concentration levels should be below 30 PPM average exposure. Our recommendation: safe concentration levels are ( zero), the hazard increases dramatically above 30 PPM.

36. Colorado Indoor Air Quality Program The Colorado Department of Public Health and environment s air Pollution Control Division recognizes indoor air quality (IAQ) as a growing public concern. http://www.cdphe.state.co.us/ap/IAQhom.asp

Department Home About the Department Certificates Environment ... Regulations search entire web search www.cdphe.state.co.us Program Description Indoor Air Quality Concerns Health Effects Defining an Indoor Air Quality Problem ... Sources of Information Indoor Air Quality Unit E-mail: IAQ@state.co.us Program Description The Colorado Department of Public Health and Environment's Air Pollution Control Division recognizes Indoor Air Quality (IAQ) as a growing public concern. Currently, there are no regulations directly addressing non-occupational indoor air quality in Colorado. Most other states and the Environmental Protection Agency also do not have regulations for non-occupational indoor air quality. The division is working to develop guidelines and would welcome input from the public. You may e-mail questions and comments to any of the links below. Three members of the division have extensive backgrounds in IAQ investigation and are available to answer questions and may be contacted by e-mail or phone. Please put IAQ in the subject line so that we may more readily identify your e-mails. You may also check with your county health departments for individuals who are knowledgeable about IAQ concerns. Indoor Air Quality Concerns Poor indoor air quality can be a serious health risk, and Americans should take the appropriate steps to protect themselves and their families, according to air quality and respiratory health experts. Most people spend as much as 90 percent of their time indoors; air quality conditions in homes, schools, and the workplace can greatly affect morale, productivity, and health.

37. Air Pollution Control Division At The Colorado Department Of Public Health And E air quality to benefit the health and environment of the Small Business Assistance Program; Colorado s air pollution emission inventory; indoor air quality; http://www.cdphe.state.co.us/ap/aphom.asp

Department Home About the Department Certificates Environment ... Regulations search entire web search www.cdphe.state.co.us Many files on this site are available to download in Adobe Acrobat format. For a free copy of Acrobat Reader: The Colorado Air Pollution Control Division is committed to protecting and preserving air quality to benefit the health and environment of the people of Colorado. Stationary Sources Program: Homepage Air permits for stationary sources Inspections and enforcement Regulatory compliance and support Small Business Assistance Program Colorado's air pollution emission inventory Indoor air quality Asbestos removal and demolition activities Lead-based paint compliance Ozone-depleting compounds (chlorofluorocarbons) Residential and open burning Mobile Sources Program: Homepage Motor vehicle air pollution control Automotive Inspection and Readjustment (A.I.R.) Program Diesel Emissions Control Program High Altitude Vehicle Test Facility Oxygenated Fuels Program Rapid Screen/Remote Sensing Smoking Vehicle Hotline Planning and Policy Program: Homepage Air quality plan development and implementation Air quality-related transportation planning Colorado Climate Change Community-Based Air Quality Protection Public Information Pollution Advisories Urban Air Toxics Program Technical Services Program: Homepage Current Air Quality

38. Division Of Environmental Protection - Indoor Air Quality Denver’s indoor air quality goal is to ensure a healthy work environment for employees within the City and County of Denver and to protect all citizens from http://www.denvergov.org/Environmental_Protection/template18437.asp

Home About Denver Elected Officials Safety ... Online Services Search or View Directory About Us Air Quality - Indoor Air Quality - Transportation (Mobile Sources) ... Mini-Survey Division of Environmental Protection Indoor Air Quality Purpose Denver’s indoor air quality goal is to ensure a healthy work environment for employees within the City and County of Denver and to protect all citizens from second-hand smoke dangers within public spaces. Denver’s indoor air quality program works through a combination of complaint response, technical assistance, educational efforts, and referrals to other agencies. This is a service provided to Denver businesses and employees; it is not a regulatory program. Table of Contents: Frequently Asked Questions Links To contact indoor air staff, you can call the Environmental Protection Division at 720.865.5452. Complaints concerning the use of tobacco products in a place of employment or public place may be reported to 720.865.5452. Our address is: Indoor Air Quality Program Denver Department of Environmental Health (DEH) 1391 Speer Boulevard, Suite 700

39. Department Of Environment And Planning The Erie County Department of environment and Planning (DEP) Office for indoor air quality (IAQ) offers a variety of programs which provide accurate http://www.erie.gov/environment/compliance/indoor_air_quality.asp

Legislature Sheriff's Prevention Tip Internet Mapping System Employment ... Environmental Compliance Office for Indoor Air Quality The Erie County Department of Environment and Planning (DEP) Office for Indoor Air Quality (IAQ) offers a variety of programs which provide accurate information and technical assistance to citizens, businesses, local governments, and civic organizations. Our goal is to reduce the health risks associated with exposure to radon gas, carbon monoxide and other indoor air contaminants to Erie County residents. While the program emphasizes radon gas and carbon monoxide awareness, information is available on additional potential sources of indoor air pollution as well. The Western New York Radon / Indoor Air Quality Coalition Protecting the citizens of Western New York Radon Program Carbon Monoxide Program Indoor Air Quality Concerns In the last several years, a growing body of scientific evidence has indicated that the air within homes and other buildings can be more seriously polluted than the outdoor air in even the largest and most industrialized cities. Other research indicates that, people spend approximately 90 percent of their time indoors. Thus, for many people, the risks to health may be greater due to exposure to air pollution indoors that outdoors. Indoor air has always contained natural and man-made impurities such as bacteria, viruses, fungi, radon gas and carbon monoxide. In recent years, additional contaminants such as asbestos and formaldehyde have been identified in indoor air. While pollutant levels from individual sources may not pose a significant risk by themselves, most homes have more than one source that contributes to indoor air pollution.

40. Healthy Homes -- Builder Information (B.E.S.T.) However, some steps have already been taken to improve the quality of the air in the indoor environment in new and existing residential and commercial buildings http://www.energybuilder.com/healthy.htm

To Front Healthy Homes: Builders' Basics Features Green Building Energy Efficiency B.E.S.T. Top-10 Resources/Files About B.E.S.T. What We Do Services Clients Qualifications Publications B.E.S.T. Links Building Environmental Science and Technology (go ahead, print this page...) Energy Efficiency Green Building Home Builders' Basics Indoor Air Quality Introduction Professional builders strive to build homes that meet the demands and needs of home buyers. As consumers begin to learn more about indoor air quality, they will start asking more of the home builder. Many consumers are already asking about radon, and as consumer awareness grows, they will be asking more about indoor air quality in general. The purpose of this brief guide is to give home builders, designers and developers, a general understanding of indoor environmental quality and ways to control it in new home construction so that they can respond to growing consumer concerns Recent research indicates that pollutant levels in the air inside our homes and offices may be two to five times higher than the air outside. Since people spend 75 to 90 percent of their time indoors, the quality of the indoor air has become a major concern. Many of the adverse human health effects arising from indoor air pollution are still not well understood.

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