How IoT detecting and safeguarding from sick building syndrome?

How IoT detecting and safeguarding from sick building syndrome?

IoT is that miracle technology that is already been harnessed by almost every industry.

It’s no wonder to say that now IoT-based sensors have become helpful support for healthcare centers and managers, allowing them to effectively detect sick building syndrome.

While talking about the health-destroying thing “Air Pollution”, usually people imagine the outdoors overlayed with smoke and polluted air, which is becoming the most worrying aspect in most of the countries. The reason behind the tremendous increase in air pollution is human activities such as unwanted electricity consumption, transportation, and primarily deforestation.

That’s the main cause resulting in the high spread of sick building syndromes 

So what is Sick building syndrome? How it is caused?

Sick building syndrome implies an assemble of medical illness, and symptoms are basically linked to the polluted indoor air caused by a great many occupants in a particular building.

There a lot many symptoms associated with sick building syndrome that causes huge disruption in one’s life. Thus Building managers are finding productive ways to fight against this life threatening syndrome where they discovered IoT devices.

Yes, IoT sensors possess the capability to measure the environmental parameters and optimize the living situation of occupants staying in the building and places sick building syndrome at bay

How IoT is Diagnosing Sick Building Syndrome?

The symptoms of SBS come in different forms depending on various environments such as watery eyes, itchy skin, dizziness, nausea, heart palpitations and shortness of breath, and more, it’s truly hard to tell that the building is the real problem behind SBS. 

But around 20% or more than occupants are suffering being in the building and if their symptoms turn down when they are at a different place then it’s appropriate to do an investigation if the indoor air is not up to par.

If you speculate that your building is carrying these sorts of air pollutant issues then better to figure out the air quality by employing IoT sensors.

Powerful and revolutionary technologies have unfolded less expensive sensors that keep the potential to bring down the cost of indoor air and it’s super essential to place them suitably within the entire building to get reliable results.

Sensor measuring reports several air quality characteristics that share sick building cases such as:

Volatile Organic Compounds ( VOC’s)  

These cover the highest percentage of poor indoor air quality. VOCs are some kind of organic chemical discharged from products or procedures; you trace it easily. Things responsible behind the VOCs indoors are building materials, furniture, cleaning agents, disinfectants, air fresheners, and more.

Anything exceeding 500 ug/m3 is considered to be the factor for Indoor air quality

Carbon dioxide( CO2)-

Carbon dioxide emission can badly affect the occupant’s health leading to nausea, dizziness, and vomiting. Over 700 parts per million (ppm) outside air levels can be the parameter of SBS

High Humidity 

This might also be the reason behind the syndrome. Usually, a chemical is emitted with higher pressure and rate putting an adverse impact on building temperature.

According to the reports powered by EPA, Humidity must be below 60%- mostly somewhere between 30% and 20% to be away from sick building syndrome 

Entirely test the building with floors and different locations because SBS might be caused in any localized area, as it is the problem that can arise everywhere. If the testing doesn’t yield any solutions, implement sensors to identify the problems

For an instance, considering the carpet emitting VOCs? For that, you can place the sensors right on the carpet to evaluate the VOC levels banged on

So what ways you can take to improve your indoor air quality?

Asper the OSHA, major sources for sick building syndrome are

Absence of ventilation or fresh outdoor air

Bad maintenance of HVAC systems

Dampness, moisture, and high humidity

Construction, modernization, and other activities

How To Detect and Avoid Sick Building Syndrome?

Prevention is better than cure. Similarly, adhere here. Before air becomes polluted better to be proactive in identifying and addressing all air quality storms.

Incorporating IoT sensors regularly can lead you in getting real-time insight into the building surroundings.

Particularly they alert you to become proactive in preventing sick building syndrome in three essential ways

  • IoT devices can alert and indicate the presence of contaminants mainly organic compounds (VOC’s) or any other particular matter that can badly affect the occupant’s health
  • Monitor and auto-adjust the indoor temperature and certain factors such as humidity levels inward building area based on checking the threshold level.
  • Stop the excess of carbon dioxide in the air. With the focus to save unwanted energy, ventilation systems are restricted to take in the excess outdoor air to maintain a suitable healthful balance. With the integration of demand control ventilation systems facilities managers are now saving more energy, by upholding the air quality for occupants.

Sick building syndrome doesn’t spare any building whether it is newer or older. Mostly old buildings probably get suspected with such issues, as the newer building is getting constructed with modern methods such as adding up an overlay airtight to consume less energy and maintaining outside air.

Usually few buildings have kind of carpeting or furniture that emits VOCs and other chemicals that damages the quality of air.

However keep one thing in mind the better you furnish the good quality air, the more healthy your occupants and business is going to be.



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