Strategies For Indoor Air Quality Testing And Improvement
If you thought that health problems are caused only by the outside air, it is time for you to reassess your perspective. The Centers for Disease Control and Prevention (CDC) states that “indoor environments are highly complex, and occupants of buildings may be exposed to a variety of contaminants (in the form of gases and particles) from … cleaning products, construction activities, carpets and furnishings, perfumes, cigarette smoke, water-damaged building materials, microbial growth … insects ….” Here’s where the importance of testing indoor air quality comes in. Checkout A-1 Certified Environmental Services, LLC.
Indoor Air Quality Testing: Basic Pollutant Remover Strategies
Indoor Air Quality Testing helps detect pollutants indoors so they can be removed before they cause any health problems. Here are some strategies to remove the pollutants indoors:
Source control: The most effective way to improve the quality of the indoor air is to eliminate pollution sources or reduce their emissions. You can seal asbestos-containing sources, or adjust gas stoves to reduce emissions. Source control is the most cost-effective method of indoor environment safety.
Improvement of ventilation: Increasing the amount of outdoor air coming into the room is also a good way to reduce indoor pollutants. Not all heating and refrigeration systems allow fresh air to reach the building. So, you can improve airflow by opening windows, operating window fans, or running an open-ventilated air-conditioner. You can also install the exhaust fans to remove contaminants in the bathroom and kitchen. These are especially important when you engage in pollutant-generating activities, such as painting or paint stripping, using kerosene heaters, cooking, welding, or soldering. An improvement in ventilation only increases your energy costs by a few dollars.
Air cleaners: Air cleaners can be relatively inexpensive tabletop models or expensive whole-house systems. Although most cleaners are efficient at removing the particles, most air cleaners are not equipped to remove gaseous contaminants. A cleaner ‘s efficiency can be measured by the amount of pollutants it removes from the air inside and by the amount of air it passes through the filter element. A highly efficient device with low circulation rate of air, or vice versa, will not be worth it. To achieve good quality indoors air, a balance between these two functions must be achieved.