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Indoor Air Quality: more books (100)

Indoor Air Quality Engineering: Environmental Health and Control of Indoor Pollutants (Drugs and the Pharmaceutical Sciences) by Robert Jennings Heinsohn, John M. Cimbala, 2003-01-15
Health Implications of Fungi in Indoor Environments (Air Quality Monographs , Vol 2) by Robert A. Samson, B. Flannigan, 1994-12
Selling 1,000,000+ Per Year in HVAC Home Comfort & Indoor Air Quality (IAQ): Or anything else you want to sell. The principles do not change only the product. by Michael Youngs, 2005-03-28
Pending Indoor Air Quality and Radon Abatement Legislation; Hearing Before the Subcommittee on Clean Air and Nuclear Regulation of the by United States. Congress. Regulation, 2010-01-18
Indoor Air Quality in Naturally Ventilated Schools: Indoor Air Quality in Schools by RADHA GOYAL, Mukesh Khare, 2010-04-28
Energy efficient domestic ventilation systems for achieving acceptable indoor air quality: 20-23 September 1982 : proceedings
To breathe or not.... (proposed indoor-air-quality rule) (Washington Report): An article from: Doors and Hardware by Tony Worthan, 1994-08-01
Guide to Managing Indoor Air Quality in Health Care Organizations by Jcaho, 1997-01
Evaluation on sampling point densities for assessing indoor air quality [An article from: Building and Environment] by K.W. Mui, L.T. Wong, et all 2006-11-01
The hype behind mold.(and its perceived effects on indoor air quality): An article from: Environs
Clearing the air: a model for investigating indoor air quality in Texas Schools.(Practical Stuff!): An article from: Journal of Environmental Health
Indoor air quality in your child's school.(AGES & STAGES): An article from: National Women's Health Report
Airing out concerns: property managers can protect their tenants from illness and business from liability by addressing indoor air quality.(ductape)(Glenn ... article from: Journal of Property Management by Markisan Naso, 2007-01-01
Indoor air quality and work environment study EPA headquarters buildings (SuDoc EP 1.2:IN 2/14/V.-) by U.S. Environmental Protection Agency,

lists with details

Indoor Air Quality | Green Building - Building The Future With Intention
Green Building provides knowledge and best practices on greening your building practices, developing your green business or project. David Johnston winner of the International SAM
http://www.greenbuilding.com/knowledge-base/indoor-air-quality

Extractions: Search this site: Read other important information about indoor air quality: Common Ailments associated with Indoor Air Quality (IAQ) Read more on Indoor Air Pollutants: Where To Find Them and What To Do. Indoor air quality is very important. On average, people in industrialized nations spend about 90% of their time indoors, and most of that is in their homes. The unfortunate thing is that modern homes can contain substances that are potentially hazardous to our health. These range from normal dust, to major irritants, such as the chemical vapor off-gassing from the newer synthetic building materials being used today. Indoor air quality is often referred to as the sleeping giant of the building industry. It can be 10 times worse than outdoor air on smoggy days in big cities. Of all the chemicals that EPA regulates, only two are more prevalent outdoors than inside our homes and schools. This is a quiet epidemic brewing right under our noses. As the complexity of houses, especially with the dawn of synthetic products, increase, so do the risks to human health, not only for the chemically sensitive and the allergy sufferers but for all of our children.
GREENGUARD Environmental Institute - Healthy Indoor Environments
A scientific, third party board to establish environmental standards for indoor products and building materials. Aims to improve public health and quality of life by encouraging and helping manufacturers to build better, safer products and to uphold environmental practices in product development, manufacturing, and distribution.
http://www.greenguard.org
Indoor Air Quality - Home
Do you or your members have sinus problems that seem to erupt mostly at school? Do you have persistent sore throats and headaches at school on a regular basis?
http://www.ieanea.org/local/indoorAirQuality/

Extractions: Illinois Education Association Indoor Air Quality IEA-NEA Indoor Air Quality Committee Home Talking Points Training Opportunities Who We Are New Training Opportunity - NEA-EPA Symposium Sick Schools Are Bad For Everyone These questions will help find the solution: Do you or your members have sinus problems that seem to erupt mostly at school? Do you have persistent sore throats and headaches at school on a regular basis? Is your building or school room stuffy or musty smelling? Are diesel bus fumes entering your classroom? Does your school or classroom contain foul odors and/or water leaks? Is there visible or suspected mold infestation at school? Does student instruction sometimes suffer because students or teachers are lethargic? Do your eyes burn or water when you enter certain parts of your school building? Do your students complain of allergic reactions when they enter your school or certain rooms at school? Does your building sometimes have a “toxic” smell after cleaning, shampooing carpets or pesticide use? Is your room or building starved for “fresh air” ?
The Turmoil Over Mold In Buildings
New York Times article provides a discussion of health and legal (US) concerns related to mold and mildew and gives advice to homeowners and building managers. Requires free registration.
http://nytimes.com/2003/03/23/realestate/23COV.html
OSEA Inc. - Indoor Air Quality
Industrial HygieneOSEA can provide assessment of indoor air quality problems including complaint investigation, ventilation studies, and risk assessment of potential
http://www.osea.com/air.asp

Extractions: support and consult with practical solutions!" Home Projects Spotlight Professional Literature For Sale Our Team ... Member Login Indoor Air Quality Poor indoor air quality (IAQ) is now recognized as a major problem and poses a serious threat to public health. Recent studies find that most people spend up to 90% of their time indoors and can be exposed to a wide variety of contaminants such as radon, asbestos, volatile organic chemicals, combustion by-products, tobacco smoke, biological contaminants, microorganisms, etc. Moreover, the concentration levels of these contaminants can be higher inside buildings (indoor) than outdoor (ambient) air. When contaminants emanate from tobacco smoke, photocopy machines, new furniture, carpeting and battery chargers or microbial growth in ventilation systems, etc., reaches unhealthy levels, serious problems can result. When occupants of buildings begin to complain of persistent or reoccurring headaches, irritation of the upper respiratory tract, eye irritation, and/or general discomfort, a study of the quality of the air in the building is recommended. Potential indoor air problems and their sources can be identified through the use of questionnaires, evaluations, chemical testing and ventilation system inspections. IAQ problems based on NIOSH studies primarily involve:
Ventilation - No-smoke.org
Do ventilation systems remove secondhand smoke from indoor air, or just the odor? Information from Americans for Nonsmokers Rights.
http://www.no-smoke.org/getthefacts.php?dp=d20
LBNL-IED-Ventilation And Indoor Environmental Quality
Explains about research that is being performed at the Lawrence Berkeley National Laboratory. Offers explanation of ventilation rates, volatile organic compounds (VOC s), sick building syndrome, and particle filtration. Page includes information about projects, publications, and staff.
http://eetd.lbl.gov/ied/viaq/viaq.html

Extractions: 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.
WHO | Indoor Air Pollution
Background on the public-health impacts of indoor air pollution (particularly smoke from cooking and heating with solid fuels on open fires or traditional stoves) and World Health Organization efforts aimed at control.
http://www.who.int/indoorair/en/

Extractions: Main content More than three billion people worldwide continue to depend on solid fuels, including biomass fuels (wood, dung, agricultural residues) and coal, for their energy needs. Cooking and heating with solid fuels on open fires or traditional stoves results in high levels of indoor air pollution. Indoor smoke contains a range of health-damaging pollutants, such as small particles and carbon monoxide, and particulate pollution levels may be 20 times higher than accepted guideline values. According to Global Health Risks: Mortality and burden of disease attributable to selected major risks indoor air pollution is responsible for 2.7% of the global burden of disease. To combat this substantial and growing burden of disease, WHO has developed a comprehensive programme to support developing countries. WHO's Programme on Indoor Air Pollution focuses on: Research and evaluation
Indoor Air: International Journal Of Indoor Environment And Health - Journal Inf
International journal from Blackwell Publishing covering research on the nonindustrial indoor environment. General information, contents lists and abstracts.
http://www.wiley.com/bw/journal.asp?ref=0905-6947
Air Quality Problems Caused By Floods
Factsheet from the National Safety Council. Includes the health effects of flooding, drying out the home and air quality issues with asbestos, biological contaminants, carbon monoxide and lead.
http://www.nsc.org/news_resources/Resources/Documents/Air_Quality_Problems_Cause
Sani-Vac Service, Inc.
Provides indoor air cleaning services for commercial and industrial premises from offices in Michigan, USA.
http://www.sani-vac.com
Account Suspended
Provides information on indoor toxic molds and their adverse health effects, as well as providing a forum for discussion of questions and concerns.
http://www.moldenvironment.com
HRV & ERV, Healthy House, Victoria, Australia. Heat & Energy Recovery Ventilator
Information about health issues relating to indoor living and working environments as well as safe housing and associated technologies.
http://www.healthyhouse.com
CADR - Welcome
Explains this rating system for air cleaners and shows application examples. Also provides a tutorial about air cleaners.
http://www.cadr.org/

Extractions: Clean Air Delivery Rate - AHAM CERTIFIED The Association of Home Appliance Manufacturers (AHAM) is an organization that verifies the testing results of home appliances such as refrigerators, room air conditioners, humidifiers and room air cleaners. Since 1967, we've used outside labs to test products, and today you'll find AHAM certified ratings on a variety of appliances. This makes comparing products easier for you.
Indoor Environment Connections Main Page
Offers information about a trade magazine for commercial, industrial, and institutional building owners providing data about indoor environmental issues.
http://www.ieconnections.com/
ANSYS Airpak
Offers software for modeling air flow, thermal transfer, and contaminant distribution in ventilation systems and other indoor environments. Includes online demonstration, contact information, and sample output.
http://airpak.fluent.com/

Extractions: Products Industries Support About ANSYS ... Contact ANSYS Airpak is a CAE tool for engineers to quickly and accurately model airflow, contaminants, and thermal comfort. Its fast learning curve enables users to begin comfortably using the software in only one day because ANSYS Airpak streamlines the application of the leading computational fluid dynamics (CFD) software, ANSYS Fluent, to ventilation problems. It provides information on flow characteristics such as mixing, ventilation effectiveness, temperature distribution, contaminant distribution, and thermal comfort. Use it to easily build a computer model of an application and quickly test a variety of design options to find the best solution. Eliminate the guesswork in designing ventilation systems for non-standard and one-of-a-kind facilities. Reduce the risk for new designs and/or improve the efficiency of current designs. Animations and visualizations from ANSYS Airpak results also help the engineer to more effectively market and sell their designs and capabilities. What's new in ANSYS 12.1
Cadillac Vacuum
Offers information about vacuums including uprights, canisters, and central systems as well as air cleaners, furnace filters and allergy bedding.
http://www.cadillacvacuum.com/
Dust Collectors By Aget Manufacturing Company
Offers information about industrial dust collectors, mist collectors, cyclones and air filters.
http://www.agetmfg.com/

Extractions: 1 and 2-Stage Cyclone Collectors Fabric Filter Baghouse Systems Coolant/Mist Collectors AGET Manufacturing Company Designing And Building Dust Collectors, Mist Collectors, And Systems For Industry Since 1938. Click to select type of Dust Collecting and Mist Equipment. MISTKOP Mist Collectors Request your free Aget Brochure via email or call toll free 1-800-832-AGET E-Mail: sales@agetmfg.com 1408 E. Church St., P.O. Box 248, Adrian, MI 49221 Fax: 517-263-7154 Go Back to Top
Advance Filtration Concepts, Inc.
High efficiency, low resistance air filters for commercial applications are featured.
http://www.advfiltration.com/

Extractions: Gas-Phase Filtration Consider our air filters an investment, not a cost: Invest To Save! We provide a combination of the highest-efficient, lowest-resistant, longest-lasting air filters. Also Invest To with the world's highest quality filters! Our filters provide a combination of the: Highest Efficiencies High Initial Performance : enabled by electro-statically charged fibers. Lowest Resistances Longest Operating Life (Moisture and Corrosion Resistant) 2 to 4 times longer than the industry average.
Welcome To Precipitatorparts.com!!
Offers aftermarket replacement parts for industrial electrostatic precipitators.
http://www.precipitatorparts.com

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