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Indoor Air Quality: more books (100)

Indoor Air Quality (International Archives of Occupational and Environmental Health. Supplement)
Indoor Air Quality by Beat Meyer, 1982-12
Chemical, Microbiological, Health and Comfort Aspects of Indoor Air Quality - State of the Art in SBS (Eurocourses: Chemical and Environmental Science)
Microbes in the indoor environment: A manual for the indoor air quality field investigator
The Inside Story a Guide to Indoor Air Quality (SuDoc EP 1.8:IN 2/3) by U.S. Environmental Protection Agency, 1988
Ventilation for Acceptable Indoor Air Quality (A S H R a E Standards, 62-2001)
Guidelines for Monitoring Indoor Air Quality by Niren L. Nagda, Harry E. Rector, et all 1987-01-01
Indoor Air Quality During Construction: A Guide to Best Engineering Practices And Regulatory Compliance by Kenneth Weinberg, 2003-07
Indoor Air Quality Engineering by Yuanhui Zhang, 2004-07-15
Can Your CANARY Breathe? The Truth About Your INDOOR AIR QUALITY-GREEN TECHNOLOGIES That Can Keep It Healthy by Richard H. Reace, 2009-04-09
Astm Standards on Indoor Air Quality 2002 by ASTM International, 2002-07-01
Ventilation and Acceptable Indoor Air Quality in Low-Rise Residential Buildings (Ashrae Standards)
Indoor Air Quality Solutions for Stationary Engineers by In Partnership with the International Union of Operating Engineers, 2009-01-01
Facts and Fairy Tales About Indoor Air Quality by Joe McLean, 2006-03-06

lists with details

Ventilation And Indoor Air Quality
Proper ventilation helps to improve indoor air quality. Ventilation can control indoor humidity and airborne contaminants, both of which either contribute
http://www.afhh.org/dah/dah_ventilation.htm

Extractions: Your browser does not support script Home Decent and Affordable Housing Holistic Approaches Ventilation and Indoor Air Quality [ Print Version ] Proper ventilation helps improve indoor air quality. Ventilation can control indoor humidity and airborne contaminants, both of which either contribute to or act as health hazards. The American Society of Heating, Refrigerating, and Air Conditioning Engineers (ASHRAE) and several states (Minnesota, Washington, and Vermont) have ventilation standards designed to ensure acceptable indoor air quality. High indoor humidity can spur mold growth. High humidity may result from poor construction/rehabilitation, site design that does not properly manage water, and/or inadequate air exchange. A reasonable target for relative humidity is 30-60 percent. A low cost hygrometer, available at hardware stores, can be used to measure relative humidity. In cool climates, inadequate ventilation in the winter can contribute to excessive moisture and humidity because normal activities create moisture (cooking, bathing, breathing), and there is insufficient natural ventilation (opening windows) or mechanical ventilation (fans, exhaust systems) to remove the moisture. In warmer climates, the heating, ventilation, and air conditioning (HVAC) system can pull warmer, humid air inside. In this case, the ventilation system may help create indoor humidity problems unless the system also dehumidifies the air.
Indoor Air Quality Main Page
This page contains information about indoor air quality for both homes and public facilities.
http://www.dhss.delaware.gov/dph/dpc/iaq.html

Extractions: Visit the Governor General Assembly Courts Elected Officials ... Search Statewide This Site Citizen Services Business Services Tourism Info. Delaware Health and Social Services ... Related Links Welcome to our web site on indoor air quality! This site provides Delawareans both information on various possible indoor air pollutants and how to improve overall indoor air quality. We hope that you will find the answers to all of your questions concerning indoor air. Various indoor air contaminants and other substances can interfere with reaching our goal of living healthy lives. A listing of contaminants is provided along with specific information such as where it is found in nature and what health effects it can have on people, pets and nature in Delaware. Minimizing our time around these contaminants is a good way to protect human health. Avoidance of these substances is the best way to live a healthy life.
Indoor Air Quality Curriculum Overview | Hydroville
High school students participating in this problem act as a team of environmental consults to determine if there really is an indoor air quality problem in
http://www.hydroville.org/air/

Extractions: @import "/modules/node/node.css"; @import "/modules/system/defaults.css"; @import "/modules/system/system.css"; @import "/modules/user/user.css"; @import "/sites/all/modules/cck/content.css"; @import "/sites/all/modules/cck/fieldgroup.css"; @import "/sites/hydroville.org/themes/hydro/style.css"; Oregon State Home Find Someone Home The town of Hydroville passed a bond issue to create a middle school by renovating and adding on to its historic library. Students, teachers, and staff attending the newly remodeled school have been complaining of odors and feeling sick. High school students participating in this problem act as a team of environmental consults to determine if there really is an indoor air quality problem in the school.Â Student teamsÂ present theirÂ findingsÂ at the next school board meeting. Recommended for 10th grade Biology (based on 50-minute class periods) Introduction â Welcome to Hydroville 2 class periods Background Activities (12 separate activities) 22 class periods Indoor Air Quality Scenario 10 class periods TOTALÂ Â 34 class periods *Time requirements are estimates Students build a scale model of the Hydroville Middle School which is experiencing indoor air quality problems.
The Weatherization Pages
Weatherization is contemporary thermal, moisture, and indoor air quality protection for buildings. For those interested in better building or better living
http://www.weatherization.com/

Extractions: A Vermont resource on using cellulose insulation and moisture barriers in attics, walls, and basements to improve safety, comfort, fuel conservation and environmental health in old and new homes. You'll need a browser capable of viewing frames to see this site. If you are reading this, it means you don't have one. To access it using the site's index page
Indoor Air Quality | DoItYourself.com
Katherine Salant explains what to do if you want your new house to be energy efficient with good indoor air quality.
http://www.doityourself.com/stry/indoorairquality

Extractions: Search: Home How-To Information Household and Cleaning Indoor Hazards ... Indoor Air Quality Username: Password: remember me? Register Attics and Basements Bathroom Remodeling Remodeling and Room Additions Kitchen Remodeling Painting and Wallcovering Roofing Siding/Residing Decks Garages and Outbuildings Tile and Stone Windows and Doors Paving and Patios Plumbing Landscaping Floor Coverings Architect Heating and Ventilation Drywall and Plastering Carpentry Countertops Custom Home Building Demolition and Disposal Cabinets Foundations and Retaining Walls Fencing Fireplace Masonry and Stucco Insulation and Weather Stripping Pools and Spas Sunrooms Waterproofing Electrical Featuring over 100 topics of interest to DoItYourselfers. document.write('');
The Environmental Literacy Council - Indoor Air Pollution
This site provides basic information about indoor air quality problems such as radon and environmental technologies used for mitigation.
http://www.enviroliteracy.org/article.php/1281.html

Extractions: Home About ELC Site Map Contact Us ... Food Concern about air quality has traditionally focused on outside air even though people generally spend more of their time indoors. Outdoor air pollutants tend to become dispersed and diluted by wind, rain, and other natural processes. Indoor pollutants, however, are shielded from nature's cleaning agents and can become quite concentrated. Improvements in residential insulation over the last twenty-five years have contributed to energy conservation, but these advances have not been followed by similar improvements in ventilation. Indoor air pollution comes from a variety of man-made and natural sources including combustion, cleaning agents, and a variety of other substances such as paints, residual chemicals in carpets, and adhesives. Improper ventilation has led to a number of accidental carbon monoxide poisonings. In many developing countries, wood, dung, and residual crop products are used for cooking and heat in many households, generating smoke and soot that contributes to respiratory illnesses. Natural pollutants, such as mold, mildew, pet dander, and bacteria can also pose a threat to health. Recently, studies have suggested that the increase in incidence of childhood asthma is connected to indoor pollutants such as dust mites and cockroach droppings. Natural contaminants pose the greatest risk when they are dispersed through heating, air conditioning, and ventilation systems. Probably one of the most well known cases of such contamination occurred during an American Legion convention in 1976. The Legionnaires were exposed to an airborne bacteria that circulated from a hotel air conditioning system where they had been staying. Twenty-nine people died and over one-hundred-eighty became ill as a result of the condition, later known as
IAQ TfS National Symposium
The U.S. Environmental Protection Agency (EPA) hosts its annual indoor air quality Tools for Schools (IAQ TfS) National Symposium in Washington, DC,
http://www.iaqsymposium.com/

Extractions: Welcome! The U.S. Environmental Protection Agency (EPA) hosts its annual Indoor Air Quality Tools for Schools (IAQ TfS) IAQ Tools for Schools Program is a nationwide initiative to help school officials assess, resolve, and prevent IAQ problems, and to reduce exposure to asthma triggers in school facilities. While school officials, administrators, facilities and operations personnel, teachers, parents, and students traditionally attend, the Symposium is open to anyone with an interest in IAQ in schools. Thank you for your interest in the IAQ Tools for Schools National Symposium! Please check back soon for more information on the 9th Annual IAQ Tools for Schools National Symposium. Click here to view the agenda and presentations from the 8th Annual IAQ Tools for Schools National Symposium which was held in Washington, D.C., December 6-8, 2007. Latest News EPA announces a new suite of Envisioning Excellence resources for school districts; click
BFRL Publications - Indoor Air Quality And Ventilation Group
Indoor Air 2002, 9th International Conference on indoor air quality and Climate. Proceedings. Volume 2. June 30July 5, 2002, Monterey, CA, 836-841 pp,
http://www.fire.nist.gov/bfrlpubs/bfrlall/grp/iaqvg.html
Addressing The Psychological Aspects Of Indoor Air Quality
Slides presented at the 1st Asian indoor air quality Seminar sponsored by BAT, EPA/NIOSH indoor air quality and employee health and comfort surveys
http://ergo.human.cornell.edu/AirQuality/iaqslides96/index.htm

Extractions: Slides presented at the 1st Asian Indoor Air Quality Seminar sponsored by BAT, Urumqi, China, Sept. 22-23, 1996 Addressing the psychological aspects of indoor air quality Humans as Indoor Air Quality sensors Human Perceptions of Indoor Air Quality Problems Psychology and Indoor Air Quality Problems ... Return to the CUErgo home page
Top Houseplants For Improving Indoor Air Quality
Top Houseplants for Improving indoor air quality. In the late 1980s, a study by NASA and the Associated Landscape Contractors of America (ALCA) resulted in
http://www.cleanairgardening.com/houseplants.html

Extractions: Subscribe to Clean Air Gardening News for eco-friendly lawn and garden tips and tools. Enter your address here. Home Site Map Gardening Advice Top Houseplants for Improving Indoor Air Quality Top Houseplants for Improving Indoor Air Quality In the late 1980s, a study by NASA and the Associated Landscape Contractors of America (ALCA) resulted in excellent news for homeowners and office workers everywhere. The study concluded that common houseplants such as bamboo palms and spider plants not only make indoor spaces more attractive, they also help to purify the air! Newer homes and buildings, designed for energy efficiency, are often tightly sealed to avoid energy loss from heating and air conditioning systems. Moreover, synthetic building materials used in modern construction have been found to produce potential pollutants that remain trapped in these unventilated buildings.
MCHD: Indoor Air Quality
The indoor air quality staff joined a local team of professionals to address the incidence of pediatric asthma. The indoor air quality staff identify and
http://www.mchd.com/ia.htm

Extractions: To contact the Indoor Air Quality Program, call or write Indoor Air Quality Marion County Health Department 3838 N. Rural St. Indianapolis, IN 46205 The main focus of the Indoor Air Quality Program is to reduce exposure to health hazards in homes and businesses. This program offers a variety of inspection services aimed at identifying and eliminating various contaminants, including asbestos, radon and other indoor air health hazards. The indoor air quality staff joined a local team of professionals to address the incidence of pediatric asthma. The indoor air quality staff identify and reduce the environmental triggers which lead to the onset of pediatric asthma. Indoor air specialists concentrate their inspection, investigation and educational efforts in the homes and schools using both enforcement of codes and health education to control identified environmental triggers. Indoor Air specialists also works closely with the Environmental Protection Agency (EPA) and the Indiana State Department of Health (ISDH) to sponsor workshops for local school systems on how to use the "Tools for Schools" kit designed to assess indoor air risk factors. Reducing exposure to carbon monoxide has continued to be a major activity of the indoor air quality staff. A coalition of public and private partners provides education to the general public and specific trade groups such as heating contractors (repair men). Coalition members are trained about the dangers of carbon monoxide exposure and about increased awareness of the resources available to reduce the public's risk. The coalition is working with the fire departments to ensure identified problems are corrected.
Indoor Air Quality Handbook
This handbook brings you solutions to virtually any problem in the field. Leading US and international experts help you to create and maintain safe and
http://www.knovel.com/knovel2/Toc.jsp?BookID=601
BuildingGreen.com - EBN 3:6 - Carpeting, Indoor Air Quality, And The Environment
Recently, however, carpets have come under fire for their potential role in indoor air quality problems, and theyve been questioned for their typically
http://www.buildinggreen.com/features/crpt/carpets.cfm

Extractions: Feature from Environmental Building News November/December 1994 After receiving several hundred complaints about possible carpet-related health effects, the U.S. Consumer Product Safety Commission (CPSC) commissioned a study by Hodgson and others at LBL of chemical emissions from carpets. Dozens of chemicals released from carpets were observed and 31 were positively identified. Emission levels of these chemicals were then compared to existing data about their health effects. As the measured emissions were considered peak values to which people would be exposed for only a few hours or days, they were compared only to known short-term health effects. No attempt was made to assess the possible effect of chronic or long-term exposure. As measured, none of the chemicals approached levels known to be hazardous upon short-term exposure. Of the chemicals released, most notable are styrene and 4-PC, both of which come from the SB latex backing that is used on 95% of carpets. Styrene is a known toxin and suspected carcinogen. 4-PC has not been shown to be toxic, but it has a detectable odor even at levels below one part per billion and is the chemical most responsible for the distinctive smell associated with new carpets. It is also less volatile than many of the other chemicals measured, so it continues to be emitted at measurable levels for a longer time.
Middle Georgia Clean Cities
indoor air quality is just as important as outdoor air quality! Small changes can make a big impact on the quality of indoor air.
http://www.mga-cleancities.com/indoor.asp

Extractions: Cleaning up the air will let us all breath a little easier about the future. Home Donate to Clean Cities What is Indoor Air quality? We spend over 90% of our lives indoors (at home, school, work, in our cars, etc). It makes sense that we keep our indoor air as clean as possible. Indoor air quality is just as important as outdoor air quality! Because breathing isn't optional, the air you breathe, no matter where you breathe it, should be as clean as possible. While we most often focus on outdoor air pollution, there are many pollutants indoors that deserve equal attention and action. The good news is, a safe and pleasant indoor "world" can often be achieved by making simple changes to your everyday routine. Indoor air is often more polluted than outdoor air. Ninety percent (90%) or more of each day is spent in our home, school, workplace, or car. The elderly, the very young, pregnant women, and those with allergies, asthma and other respiratory ailments are often the first to notice indoor air pollution problems. Indoor air pollution is among the top five environmental health risks. Small changes can make a big impact on the quality of indoor air.
Air Quality: Environmental Health In Minnesota
air quality collage air quality. Although many air pollutants are invisible, variety of air quality issues;; Enforce the Minnesota Clean indoor air Act,
http://www.health.state.mn.us/divs/eh/air/index.htm

Extractions: dqmcodebase = "http://www.health.state.mn.us/script/" Air Quality Home Links Contact Us Indoor Air Carbon Dioxide Carbon Monoxide Child Care Providers Healthy Homes ... Residential Service Providers (PDF) Schools VOCs Outdoor Air Health Risk Values Rules/Guidance Air Quality Index Ozone ... Particulate Matter More from MDH Asbestos Asthma Environmental Health Home Topic Index ... Contact us Although many air pollutants are invisible, they can seriously impact our health, the environment, and our quality of life. Air pollutants may cause respiratory diseases, cancer and other health effects. Pollutants also may create odors and smog, diminish the protective ozone layer, and contribute to other environmental problems, such as acid rain and global climate change. The air inside homes, schools, and other buildings also may contain pollutants that enter from outdoors and those generated indoors. Mold, radon, tobacco smoke, carbon monoxide, and chemical emissions from products and furnishings are some of the important pollutants that may be present in our homes and other indoor environments. Finding solutions to these and other air pollution problems isn't always easy, and requires agencies, environmental organizations, industry, and the public to work together. The Minnesota Department of Health (MDH) works closely with government agencies, the public, and others who are concerned about air quality to:
FCIC: Indoor Air Hazards
Healthy indoor air for America s Homes is a national consumer education program concerned with improving the quality of indoor air in homes.
http://www.pueblo.gsa.gov/cic_text/housing/indoorair-hazards/main.htm

Extractions: Indoor Air Hazards Every Homeowner Should Know About... Healthy Indoor Air for America's Homes is a national consumer education program concerned with improving the quality of indoor air in homes. The program offers nationwide education through state program managers and the development and distribution of educational resources, as well as a network of over 3000 county Cooperative Extension Service offices. The goal of Healthy Indoor Air for America's Homes is to educate consumers about sources, health risks and control measures related to common residential indoor air problems and help consumers reduce their risks from these problems. This program provides awareness of indoor air quality issues such as carbon monoxide and other combustion by-products, radon, secondhand smoke, molds, and other biologicals, formaldehyde, lead and air hazards associated with home remodeling and household products. Healthy Indoor Air for America's Homes is a partnership program of the Montana State University Extension Housing Program, the U.S. Environmental Protection Agency and the U.S. Department of Agriculture Cooperative State Research, Education and Extension Service. For more details and a list of state program managers, visited the website: www.healthyindoorair.org
EXTOXNET FAQs - Indoor Air Pollutants
Over the last 20 to 30 years as the quality of outdoor air has improved, indoor air pollutants have become more of a concern (1).
http://extoxnet.orst.edu/faqs/indoorair/air.htm

Extractions: Indoor Air Pollutants and Residential Chemical Exposures I know that outside air pollution can be bad sometimes, but what about the air in my house? What kinds of air toxicants could make me sick right in my own home or office? Over the last 20 to 30 years as the quality of outdoor air has improved, indoor air pollutants have become more of a concern (1). Research indicates that people spend as much as 90 percent of their time indoors (2). Because we spend so much time indoors, awareness of the potential effects of indoor air pollution on human health is vital. This page is designed to educate people on sources and human health effects associated with indoor air pollution. The following indoor air topics are addressed: Radon Formaldehyde Household Hazardous Wastes Indoor Biological Pollutants ... Pesticides External Links Pertaining to Indoor Air EXTOXNET FAQS References 1. Amdur, Mary O. (and others), eds. Casarett and Doull's Toxicology: The Basic Science of Poisons. McGraw-Hill. New York, NY, 1996.
Indoor Air Pollution: Cleaning Up Cleaning Habits
The significance of indoor airquality, has become more important in recent years as a result of efforts to make our homes more energy efficient.
http://www.preventcancer.com/consumers/household/indoor_air_poll.htm

Extractions: Indoor Air Pollution: Cleaning Up Cleaning Habits Most people spend more than half of their lives indoors. The significance of indoor air-quality, has become more important in recent years as a result of efforts to make our homes more energy efficient. As we tighten up our homes to prevent heat exchange, we also prevent air exchange and pollutants released into the home environment are trapped for long periods of time. Second-hand cigarette smoke, gas stoves, and wood-burning stoves and fireplaces are major sources of indoor air pollution. But home products like cleaning agents, aerosols, air fresheners, and disinfectants contribute to the problem. These products may also contain hidden cancer-causing ingredients. Q. What kinds of chemical ingredients should I be wary of? A. There are a large number of chemicals included in air fresheners and cleaning products that are suspected of causing human health problems. Cancer Prevention Alert No. 8, Hazardous Ingredients in Household Products , lists these in detail.
Indoor Air: City Of Fort Collins
indoor air pollution is among the top five environmental health risks. Small changes can make a big impact on the quality of indoor air.
http://fcgov.com/airquality/indoor-air-quality.php

Extractions: Indoor Air Quality We spend over 90% of our lives indoors (at home, school, work, in our cars, etc). It makes sense that we keep our indoor air as clean as possible. While we most often focus on outdoor air pollution, there are many pollutants indoors that deserve equal attention and action. A safe and pleasant indoor "world" can often be achieved by making simple changes to your everyday routine. Identify and solve some of the most common indoor air quality problems in the: kitchen living room bedroom all rooms Programs Clean Air - It's up to us Clean Cities Climate Protection Climate Wise ... Wood Burning Learn More Carbon Monoxide Ozone Particulate Matter Visibility Documents Ordinances Surveys Kitchen Household Cleaners - When using household cleaners, open windows, turn on exhaust fans, and use only according to manufacturers' instructions.
Consumer Information: 2001-05-02 Reducing Indoor Air Pollution - A Serious Publi
Information about the California air Resources Board Reducing indoor air Pollution A Serious Public Health Problem.
http://www.arb.ca.gov/research/indoor/rediap.htm

Extractions: May 2, 2001 This page updated January 20, 2006. REDUCING INDOOR AIR POLLUTION Indoor Air Pollution: A Serious Public Health Problem We spend most of our time indoors surrounded by sources of air pollution: consumer products, gas appliances, building materials, cigarettes, and furniture can all contribute to the problem. Yet, the toxic emissions from many of these sources are not controlled or are only partially controlled by federal, state, or local laws. This brochure will tell you about indoor air pollution and what the California Air Resources Board (ARB) is doing about it. Evaluating the Risk In a 1987 study, the U.S. Environmental Protection Agency (U.S. EPA) ranked indoor air pollution fourth in cancer risk among the 13 top environmental problems analyzed. Indoor radon ranked first. What factors contribute to the high risk from indoor air pollution? First, people spend most of their time indoors. A recent ARB-sponsored study found that Californians spend an average of 87 percent of their 24-hour day indoors. If pollutants are present indoors, people will almost certainly inhale them.

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