Indoor Air Quality In The Modern Built Environment, A Review And Analysis

Indoor Air Quality

The rise of chemicals in household goods and cleaning supplies contributes to poor indoor air quality. Structures that are tighter and have less or inappropriate ventilation. As a result of cost-cutting measures, there has been an increase in deferred maintenance and other building services. 

Pollutants in the air, weather conditions and other stressors like noise and light affect tenant well-being, either short-term or long-term. Changes in temperature and relative humidity, no matter how slight, can hurt focus and productivity. Some indoor air pollution contributes to the spread of infectious diseases such as the common cold and influenza. 

Inflame allergic or asthmatic reactions:

Inflammation of the eye, ear, nose, throat, wheezing, and headaches are possible side effects. The two most common syndromes are Sick Building Syndrome (SBS) and Illness Associated with Buildings (BIH). Inflammatory diseases connected to tenant complaints and a considerable increase in indoor air quality issues Although they are both a result of indoor air pollution, their potential for causing illness is vastly different. 

SBS is a condition in which one can find no clear explanation of symptoms or anomalies in medical testing. However, the signs and symptoms vanish as soon as the person is out of the building. Eye, nose, and throat irritation, headaches, mental tiredness, and lethargy are also common SBS problems and skin discomfort. The presence of common air contaminants has been demonstrated in the past to be damaging to indoor air quality (IAQ). 

The Environmental Protection Agency has picked several common air pollutants that have been proven harmful to indoor air quality (IAQ) as examples of those that should be avoided (EPA).

Environmental Protection Agency

To demonstrate how common air pollutants can negatively impact indoor air quality (IAQ), include: A person’s immediate and long-term health implications may be adversely affected by poor indoor air quality if they are exposed to dangerous chemicals continuously.

Consider these suggestions for enhancing facility air filtration to ensure the health and safety of those who work there. You’re in charge of the source. One of the best strategies to enhance Indoor Air Quality (IAQ) is to reduce or eliminate the source of pollution. Some pollution sources can be contained or sealed off. Such as asbestos, the pollution will no longer be able to escape into the atmosphere. 

Some indoor air pollution contributes to the spread of infectious diseases such as the common cold and influenza, among other things. There are various strategies to enhance air quality without having to spend a lot of money on them. As a result, other air-cleaning systems may be more expensive and less effective than those you currently own. Working straight at the root of the problem is preferable to a more gradual approach. 


The cooling medium in these systems is recycled air, used to cool the system. In the presence of airborne pollutants, this can be an issue. HVAC (heating, ventilation, and air conditioning) systems are a necessary part of any facility’s effort to improve the quality of the air it provides. Consider installing a filtration system in your heating and cooling system. 

HVAC Service

An excellent air filter, like Parker’s MERV air filter, should be installed in your home. Removes toxins and lowers equipment contamination by removing airborne pollutants from the environment. In addition to improving air quality, air filters also prevent equipment degradation and help to keep it operating at peak efficiency. 

Leave a Reply

Your email address will not be published. Required fields are marked *