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Indoor Air Quality Monitoring: How To Test, Measure & Improve

Adam Brown
Indoor Air Quality Monitoring: How To Test, Measure & Improve

Given the enclosed work environment in which a large number of workers work and the influence on the health and well-being of people worldwide, indoor air quality is of utmost importance to human health. Such testing services are of utmost importance, and their effects can be amplified for a variety of reasons. Around the world, people spend 90% of their time indoors. Due to poor ventilation and enclosed spaces, researchers estimate that indoor pollution levels are 2 to 5 times greater than outside levels. Mood, productivity, and job performance can be impacted by poorly ventilated office air that is continually recycled and packed with particles, germs, and harmful chemicals.

People of all ages, especially the oldest and youngest, are found to spend the majority of their time at home since they are more predisposed and susceptible to the negative effects of air pollution in particular. The quantity and prevalence of dangerous contaminants have significantly increased during the last several decades. The rapid industrialization, urbanisation, and widespread use of pesticides, room sprays, personal care items, home cleaners, and other chemicals are all contributing factors to this unwelcome rise.

Emissions from the manufacture and processing of coal, coal heating, wood, fireplaces, and culinary equipment may release and produce harmful pollutants including Carbon Monoxide (CO) and Nitrogen Dioxide, which are extremely harmful to human health (NO2). Numerous diseases affecting the respiratory system might be developed as a result of these hazardous toxins. The best offenders under the indoor sources to degrade indoor air quality are cleaning products, colourful paints, various pesticides, synthetic construction materials, and organic chemical compounds.

Around 95 percent of the dangerous smoke that is discharged and spewed from chimneys has the potential to re-enter homes and neighbourhoods, where it will contaminate the air. Studies demonstrate that when building inhabitants use water for activities like cooking and showering, the volatile chemicals in the water supply can re-enter and contaminate the air quality of houses and neighbourhoods. Because harmful pollutants may easily seep into and linger on our shoes and clothing, they may unwittingly be brought into people's homes when they enter.

Depending on how long you were exposed to the dangers of poor air quality, you can suffer some of the health problems they might bring right away or after a while like eyes, throat, and nose discomfort, random headaches, lightheadedness, and weariness and even uncommon cases of cancer, heart disease. 

These are the tests which help to assess the air quality. 

  • Ambient Air Quality Monitoring
  • Process / Workplace Analysis
  • Indoor Air Quality
  • Noise Monitoring and Modeling
  • Industrial Hygiene with Risk Assessment
  • Pesticides & Nicotine in AAQ
  • Occupational Health & Hygiene Study
  • Stack Emission Monitoring & Analysis
  • VOCs, PAHs, Formaldehyde, Mercaptan, PCBs etc., in AAQ & Source Emission
  • Dioxin and Furan in AAQ and Source Emission
  • Heavy metals sampling in AAQ & Source Emission

The blog clearly outlines How To Test, Measure & Improve Indoor Air Quality Monitoring. You must now have got a good idea about the reasons why air quality monitoring is so crucial. 

Of the several indoor air quality monitoring service providers, one of the best air quality testing is done by at SMSLA Global. They work tirelessly to execute and carry out impeccable air quality testing services. They are aware of the need of a clean and safe environment for maintaining the ecosystem's equilibrium. They have a premier indoor air quality testing analysis, dedicated to supporting these environmentally responsible actions by zealously executing and carrying out various environmental tests.

Adam Brown
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