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        |    UV links |  
        |  |  | The following are external resources  on indoor air quality and germicidal ultraviolet technology UVGI. UV publications: 
        IUVA Fact 
Sheet on COVID-19 - UV and COVID-19  UV Lamps Could Reduce Worker Sickness
  Chlorinated Pools May Raise Allergy Risk
  UV ousting chlorine in pool - New way of cleansing water may help swimmers lower times.
  UV in Swimming Pools and Water Parks
  NIOSH* Tests UV System For TB Protection * NIOSH - National Institute for Occupational Safety and Health
  The Role Of UV In Solving Next-Generation Water Challenges /PDF/
 General UV and health related resources:  International Ultraviolet Association /IUVA/
  NCBI NIH : UV Against Dust Mites
  Ultraviolet Germicidal Irradiation /Penn State University/
  EPA Indoor Air Quality
  Effectiveness of UV Irradiation for Pathogen Inactivation in Water
  Environmental Control for Tuberculosis: Basic Upper-Room Ultraviolet Germicidal Irradiation Guidelines for Healthcare Settings
  DHHS/CDC/NIOSH Upper-Room UVGI Guidelines for Environmental Control of Tuberculosis in Healthcare Settings /PDF 6MB/
 For HVAC Professionals:  ASHRAE - American 
    Society of Heating, Refrigerating and Air-Conditioning Engineers
  ASHRAE Position Document on Airborne Infectious Diseases
  UV antimicrobial devices used to combat HAIs in medical facilities 
/Discussion of UV Application for infection control in hospitals, IUVA News, 
Summer 2017/ 
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        | UV Water Treatment |  
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              | UNH Leads International Effort In Lighting The Way To Safer 
              Drinking Water 
 UV treatment is one of several 
              technologies the EPA recommends to 
              help communities meet new, more stringent drinking-water standards. UV light is not only effective, but also very 
              efficient. It can disinfect water at about one-tenth the cost 
              of other treatment methods ... 
              A UV light facility for New York City, which provides 1.6 billion 
              gallons of water a day, would take the space of one football 
              field. An ozone facility, by comparison, would require 1000 times 
              more space. The city, which will need to significantly upgrade its 
              water treatment to meet the new EPA regulations, would save 
              literally billions of dollars on the installation of a UV 
              facility...
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        | International UV Association |  
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              | Since 1999 the International Ultraviolet 
              Association is serving all 
              professional fields with interests in UV technology. This includes 
              UV disinfection for drinking water, wastewater and water for 
              reuse; the fields of UV curing of adhesives, polymers, and inks; 
              the use of UV in the biotechnology fields; the use of UV in 
              forensic science; the use of UV in the entertainment field; the 
              use of UV in the sun tanning field; the use of UV in 
              treatment/storage of foods, the use of UV in non-destructive 
              testing etc... The decision by the USEPA to include UV disinfection 
              of surface water in the upcoming US drinking water regulations has 
              surely given IUVA a boost....  We  have members from 29 countries, 
              interested in all facets of UV technologies and applications...
              The primary goal of IUVA is to advance the science, engineering 
              and applications of ultraviolet technologies to enhance the 
              quality of human life and protect the environment... |  |  
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