Author: Dennis Reed

Dennis Reed Owner and Author @ BreatheBetterAir.org

How Do Humidifiers Reduce The Chances Of Airborne Diseases?

 

How Do Humidifiers Reduce The Chances Of Airborne Diseases_Diseases are caused by organisms too small for the naked eye to see. They live, multiply, and eventually pass on.

Some of these organisms are healthy and beneficial for our health, while others do the exact opposite, which isn’t always an issue because humans are built with an immune system to protect us.

However, our immune system is sometimes not strong enough to fight off the bacteria or viruses causing diseases.

This becomes more of a problem once we’ve reached our declining years of life, where our body becomes more susceptible to catching colds, infections, viruses, and falling Ill.

To prevent falling ill, it is essential to receive the proper health advice needed for your sick or elderly loved ones. Though if you feel like you can not guide your family on your own, then don’t worry.

Contacting a doctor or Home Care Lakewood co will provide you with the information you need to help properly care for your family. 

Airborne diseases are very common and can infect anyone at any time of day or place. To avoid getting infected and to protect ourselves, it is better to understand what airborne diseases are and some measures to prevent them.

What are Airborne Diseases?

Airborne diseases pass from one person to another by microorganisms such as bacteria, viruses, and fungi. These microorganisms travel through the air as aerosolized particles.

These diseases are transmitted when individuals are in contact with infected dust or liquid.

When someone who has been affected breathes, coughs, or sneezes, that person sends respiratory droplets continuing viral particles through the air.

Some common disease-spreading pathogens are influenza, COVID-19, rhinoviruses, and the varicella-zoster virus.

The significant effect that the viral particles may negatively pose on our health increases when we realize airborne diseases can be spread through the air about 6 feet away when we sneeze and produce about 20,000 droplets per sneeze.

In contrast, a cough may produce a few hundred droplets. Of all these droplets containing viral particles, most heavier and larger ones will fall to the ground, while smaller droplets will remain suspended in the air.

The less humidity there is in the air, the longer these droplets remain suspended, which in turn increases the risk of contracting an airborne disease.

What is a humidifier, and how does it work? 

 A humidifier is a device designed to increase the humidity (moisture) in a room. The three most common types are types are:

  1. Evaporative Humidifiers

These are a type of cool mist humidifier, which means that the mist they release is at a cool temperature. It works by speeding up the process of evaporation. 

Inside the device contains water and a fan. The fan blows air through a damp filter, which causes the water to evaporate into vapour.

 This water vapour is then blown into the room and increases the humidity levels. This humidifier ensures the water is clean and requires the occasional filter change.

  1. Warm mist humidifier

This device changes the water to vapour by boiling it. A warm mist humidifier permeates vapour throughout the room much more quickly. Additionally, the boiling water purifies the air before it’s emitted into the room.

However, there are safety concerns regarding this humidifier. If you have small children or pets with a tendency to grab and knock things over, then a boiling water humidifier is best kept out of their reach. 

  1. Ultrasonic Humidifiers

After adding water, this device produces a high-frequency vibration that breaks down water into tiny droplets, which the fan blows out into the air.
These humidifiers don’t need a filter and operate more quietly than an evaporative humidifier. 

Why do airborne diseases spread during the winter, and how does a humidifier help? 

Many different bacteria have a high tolerance to cold weather. Diseases like the cold and influenza survive and are transmitted more in dry winter conditions. Whereas in high humidity, they become more prone to die out.

This is because infected particles stay suspended in dry air longer. By using a humidifier, we reduce the chances of contracting several diseases that spread through the air.

Additionally, a humid environment clears the nasal and upper respiratory tract, which makes it less likely to contract airborne diseases. 

What are the conditions to be met to maximize the humidifiers effects in preventing diseases and illnesses from spreading 

According to an article on how humidity helps reduce virus transmission and a study conducted in 2013, humidity levels should remain around 40 percent to 60 percent relative humidity (RH). By doing so, the moisture will aid our respiratory system’s airways in its self-cleaning.

It will also lower the number of viruses and bacteria on surfaces and especially in the air, it will ensure the proper functioning of our tissue repair system, and it will protect the built-in barriers of our body.

In the 2013 study, when humidity levels of 23 percent were reached, the chance of getting infected from flu virus particles was 70 to 77 percent. It was still active even an hour after a coughing simulation was conducted.

In comparison, when humidity levels were raised to around 43 percent, the ability of the particles to cause infection dropped drastically to 14 percent. It takes 15 minutes for most flu particles to become inactive after being released into humid air.

The bottom line

How Do Humidifiers Reduce The Chances Of Airborne Diseases? The spread of airborne diseases has been a concern from the beginning. Throughout centuries, time and effort have resulted in small strides in eliminating most airborne diseases.

There are records that show that the flu has been around for more than 1500 years. Humidifiers are an added preventative measure against contracting many airborne diseases.

Viral particles containing infections and diseases easily spread through the air simply by breathing them in.

Droplets are released in the air with the infected viral particles when an infected individual sneezes, coughs, or, surprisingly, even breaths.

 Studies have shown that higher humidity reduces the chances of getting infected via airborne diseases.

https://www.dristeem.com/applications/covid-19-resources/humidification-for-virus-reduction

https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0057485

Do Window Air Conditioners Reduce Radon?

Window air conditioners seem to exchange air in a room with out door air. Which leads to a lot of questions about where the air is coming from that a window ac blows. That assumption also leads to questions like:

Do Window Air Conditioners Reduce Radon?

Window air conditioners do not specifically reduce radon levels in a home. Radon is a naturally occurring radioactive gas that can seep into homes through cracks in the foundation or other openings.

To reduce radon levels,


 it is recommended to install a radon mitigation system, such as a radon fan, which can help to vent the gas out of the home before it can build up to dangerous levels.

Additionally, sealing any cracks or openings in the foundation can help to prevent radon from entering the home in the first place.

Even though it may seem that a window air conditioner can help with radon because it does exchange outdoor air with indoor air to a point,

Exchanging indoor air with outdoor air through a window air conditioner will not specifically help to reduce radon levels in a home.

Radon is a naturally occurring gas that can seep into homes through cracks in the foundation or other openings.

The process of a window air conditioner exchanging indoor and outdoor air is not designed to address radon specifically.

To reduce radon levels, it is recommended to install a radon mitigation system, such as a radon fan, which can help to vent the gas out of the home before it can build up to dangerous levels.

Additionally, sealing any cracks or openings in the foundation can help to prevent radon from entering the home in the first place.

Do Window Air Conditioners Reduce Radon?

It’s worth noting that, even if you have a window air conditioner, if your home has high levels of radon, it is important to take steps to mitigate the radon before it becomes a health hazard.

Will a Window AC Work in a RV? A Couple of Things to Remember

Will a Window AC Work in a RV

Will a Window AC Work in a RV?

Sure, a window air conditioner  can work in a recreational vehicle (RV), but there are some things to keep in mind.

First, RVs usually have a smaller electrical system compared to a regular home, so it’s important to make sure the window AC unit you choose is the right size for your RV.

 If the unit is too big, it may overload the electrical system and cause damage.

Next, you’ll need to make sure you have a window or vent in your RV that’s the right size for the unit.

Many RVs have built-in AC units, but if yours doesn’t, you’ll need to install a window or vent to fit the unit.

Another thing to consider is the noise level.

Some window AC units can be quite loud, so if you plan on using your RV for camping or other activities where quiet is important, you’ll want to look for a unit that’s specifically designed to be quiet.

Finally, you’ll need to make sure you have a way to secure the unit in place.

RVs can be quite bumpy on the road, so you’ll want to make sure the unit is securely mounted and won’t fall out of the window or vent.

Overall, a window AC can work in an RV, but it’s important to consider the size, noise level, and installation before making a purchase.

Will a window ac work in a RV?

 Yes, the window AC can work in RV but you have to consider the size of your RV’s electrical system, the size of the window or vent where you plan to install it, the noise level and the way to secure the unit in place.

How to Choose the Right RV Air Conditioner

When it comes to enjoying the great outdoors in the comfort of your own RV, there are few things more important than a reliable air conditioner.

Whether you’re hitting the road for a weekend getaway or planning a cross-country trip, an RV air conditioner can make all the difference when it comes to staying cool and comfortable on the road.

How to Choose the Right RV Air Conditioner

But with so many different types of RV air conditioners on the market, it can be hard to know which one is right for you. That’s why we’re here to help!

The Pros and Cons of RV Window Air Conditioners

One of the most popular types of RV air conditioners is the window unit.

 These units are designed to be installed in a window, and they work by drawing in hot air from the outside and expelling it back out through the window.

There are a few pros and cons to consider when it comes to RV window air conditioners.

 On the plus side, they are relatively affordable and easy to install.
 They also don’t take up much space inside your RV, which can be a big advantage if you’re tight on room.

On the downside, however, RV window air conditioners can be loud and can take up valuable window space. They also may not be as efficient as other types of air conditioners when it comes to cooling your RV.

The Advantages of Portable RV Air Conditioners

Another popular option for RVers is a portable air conditioner.

These units are designed to be moved from room to room, and they work by drawing in hot air from the surrounding area and expelling it back out through a hose or vent.

One of the biggest advantages of portable RV air conditioners is that they are incredibly versatile. They can be used to cool a single room, or they can be used to cool your entire RV.

 Additionally, because they don’t require a permanent installation, they can be easily moved from RV to RV.

The main disadvantage of portable RV air conditioners is that they can be bulky and heavy, making them difficult to move around. They also tend to be more expensive than window units.

Choosing the Right RV Air Conditioner for Your Needs

Ultimately, the choice between an RV window air conditioner and a portable unit will come down to your individual needs and preferences.

 If you’re looking for an affordable, easy-to-install option that doesn’t take up much space, a window unit may be the way to go.

If you’re looking for a more versatile option that can be moved from room to room, a portable unit may be the better choice.

No matter which type of RV air conditioner you choose, be sure to do your research and read reviews from other RVers before making your purchase.

 This will help ensure that you end up with an air conditioner that meets your needs and fits your budget.

In conclusion, How to Choose the Right RV Air Conditioner

An RV air conditioner is a crucial component for a comfortable RV trip.

It’s important to weigh the pros and cons of different types of air conditioners and choose the one that best fits your needs and preferences.

 With the right RV air conditioner, you’ll be able to enjoy the great outdoors in comfort, no matter where the road takes you.

Will a Window AC Work in Extreme Heat? The Heated Answer

If you live in an area where the heat stays high in the summer and never really gets too low throughout the year, it can be harder to find air conditioning they can keep up.

And that’s especially true when you live in a hot and humid region.

This leads to people searching for a cooling solution to help keep different parts of their home cooler.

 Some choices include air coolers, and portable air conditioners, and one of the most popular, The window air conditioner.

Will a window air conditioner working extreme heat?

A window air conditioner, or AC, can work in extreme heat, but it may struggle to keep the room cool. The hotter it is outside, the harder the AC has to work to cool the air inside. This can lead to the unit freezing up or not working as efficiently as it should.

 

It’s important to note that air conditioners are designed to cool a room to a specific temperature.

If the temperature outside is too hot, the AC may not be able to keep up. Additionally, if the unit is old or not properly maintained, it may not work as well in extreme heat.

 

However,
There are things you can do to help your window AC work better in extreme heat.

 One is to make sure the unit is properly sized for the room.

If the AC is too small, it won’t be able to cool the room effectively. Another is to keep the unit clean and well-maintained. A dirty filter can decrease the unit’s efficiency and cause it to freeze up.

 

Also, make sure that the unit is installed correctly, and that all the seals are tight. If cool air is escaping through gaps or leaks, the AC will have to work harder to cool the room.

 

Lastly, you can also help the AC by using shades or curtains to block the sun’s rays, and by running fans to circulate the cool air. This can make the room feel cooler, even if the AC is struggling to keep up.

 

In conclusion, a window AC can work in extreme heat but it may struggle to keep the room cool. It’s important to make sure the unit is properly sized, clean, and well-maintained.

Additionally, you can help the AC by blocking the sun’s rays, running fans and keeping the room sealed.

 

Conclusion:

Will a window air conditioner working extreme heat?

A window AC unit may not work efficiently in extreme heat as it struggles to cool down the room to the desired temperature. It’s recommended to use a larger unit or consider alternative cooling solutions, such as a central air system, for extreme heat conditions.

Can a Window AC Be Used Upside Down? Sure? Why Not?

 

When you’re installing a window air conditioner, there can be different things that pop up that you didn’t think about,

 

 including: a window that’s too narrow, or even things like the location of the window air conditioner makes the controls in front of the air conditioner hard to get to.

These kinds of circumstances often lead to people asking whether or not they can turn their window air conditioner on their sides.

Or even in some cases can they turn The AC upside down so that the louvers in which the air comes out is blowing out closer to where they normally sit.

So this leads to a question like:
Can a window air conditioner be used upside down?

Though it is a seeming solution, The answer is unfortunately no, A window AC cannot be used upside down. It is designed to be installed in a specific way, with the evaporator coils facing down and the condenser coils facing up.

If the unit is installed upside down, the coolant will not flow properly and the unit will not function correctly.

Additionally, using the AC upside down could damage the unit and void the warranty.

So installing a window air conditioner upside down is really just the fast route to the air conditioner going out.

Seemed like a good idea though.

Can a Window AC be Used Outside? The Risks and Solutions

“A window AC unit is not designed for outdoor use and can be damaged by the elements.

 It is also not as effective at cooling large outdoor spaces as other alternatives such as portable AC units, outdoor cooling systems, evaporative coolers, or natural shading and ventilation.”

When the summer heat hits, many of us turn to air conditioning to keep cool.

But what if you don’t have a central AC system, or you want to cool a specific area of your backyard or patio?

Can a window AC be used outside? The short answer is no, but let’s dive into the reasons why and explore some alternatives for outdoor cooling.

Can a Window AC be Used Outside?

First, it’s important to understand that a window AC is designed for indoor use. It’s not built to withstand the elements like rain, snow, or extreme heat and humidity.

If you try to use a window AC outside, you run the risk of damaging the unit or even causing a fire hazard.

The electrical components of window AC units are not designed to withstand the outdoor elements like rain and snow, which can cause damage to the unit and create a fire hazard.

Additionally, window units are not designed to cool large outdoor spaces, and may struggle to cool a large area.

Another problem with using a window AC outside is that it’s not as effective at cooling the area. The unit is meant to cool a specific room or area, not an entire outdoor space.

Plus, it may have to work harder to cool the space, which can lead to overworking the unit and potentially shortening its lifespan.

It’s also important to note that window units are not as energy efficient as central air conditioning systems, which can lead to higher energy bills and may not cool the area as effectively.

Possible Solutions for Outdoor Cooling Needs

So, what are your options for outdoor cooling?

1. Portable AC

One popular choice is a portable AC unit. These units are designed for outdoor use and can cool a specific area, like a patio or gazebo.

They’re also easy to move around, so you can use them in different outdoor spaces. Portable AC units are typically less expensive than window units, and can be moved around to cool different areas of your outdoor space.

They are also designed to be more energy efficient and can cool large outdoor spaces effectively.

2. Misting System and Ceiling Fans

Another option is an outdoor cooling system, like a misting system or outdoor ceiling fan.

Misting systems work by atomizing water into fine droplets and then blowing the droplets into the air, which cools the air and can be used in larger outdoor spaces like a backyard or pool area.

Outdoor ceiling fans are a great solution for outdoor areas like patios and gazebos, as they can cool large areas effectively and are also energy efficient. These systems are designed to cool the air and can be used in larger outdoor spaces like a backyard or pool area.

However, they can be more expensive to install and may require professional help.

3. Evaporative Cooler. 

You can also consider an evaporative cooler, also known as a swamp cooler. These units work by using water to cool the air, and are more effective in dry climates. They are also more energy efficient than traditional air conditioning units.

4. Shading

Another alternative is using a combination of natural shading and ventilation to cool outdoor spaces.

This can include using shading devices like retractable awnings, umbrellas, or shading sails, as well as increasing natural ventilation by opening windows or installing roof vents or attic fans.

This can be a cost-effective way to cool outdoor spaces, and can also reduce your energy costs.

Conclusion

When it comes to outdoor cooling, a window AC isn’t the best option.

Not only is it not built to withstand the elements, but it’s also not as effective at cooling a large outdoor space.

 Instead, consider a portable AC unit or an outdoor cooling system for your outdoor cooling needs. Be sure to consult with a professional to find the best solution for your space and budget.

It’s important to consider factors such as the size of the area you want to cool, the climate you live in, and your budget when choosing an outdoor cooling solution.

Another important factor to consider is the overall energy efficiency of the cooling solution.
Portable AC units and outdoor cooling systems are generally more energy efficient than window units, which can help to keep your energy costs down.
Additionally, natural shading and ventilation can be a cost-effective and energy-efficient way to cool outdoor spaces.

It’s also important to note that using an outdoor cooling solution does not have to be an all or nothing decision.

You can use a combination of cooling solutions to keep your outdoor spaces comfortable during the summer months.

  For example, you could use a portable AC unit to cool a specific area of your patio or gazebo, while also using natural shading and ventilation to cool other areas of your outdoor space.

While it may be tempting to use a window AC unit to cool your outdoor spaces, it’s not the best solution.

Not only can it damage the unit and create a fire hazard, but it’s also not as effective at cooling large outdoor spaces.

Instead, consider alternative outdoor cooling solutions such as portable AC units, outdoor cooling systems, evaporative coolers, or natural shading and ventilation. 

Chill Out: A Beginner’s Guide to Installing a Window Air Conditioner

Are you tired of sweating through the summer months because your central air conditioning is on the fritz? Installing a window air conditioner can be a cost-effective and efficient solution to keep your home cool and comfortable.

Not only is it a great solution for those hot summer months, but it’s also a project that you can easily do yourself with a little bit of know-how and the right tools.

In this article, we’ll take you through the step-by-step process of installing a window air conditioner, including measuring your window, preparing the window, installing the mounting bracket, sealing the unit and enjoying your cool air. So, whether you’re a handy homeowner or a renter looking for an easy DIY project, we’ve got you covered.

Installing a window air conditioner can be a daunting task, but with a little know-how and the right tools, it’s a project anyone can tackle.

A Beginner’s Guide to Installing a Window Air Conditioner

Step 1: Measure Your Window

Before you start, it’s important to make sure you purchase the correct size window air conditioner for your space. Measure the width of your window and reference the manufacturer’s sizing chart to ensure a proper fit. Once you have the unit, you’ll need to gather a few tools, including a drill, screwdriver, and level.

Step 2: Prepare the Window

The next step is to prepare the window for installation. This involves removing any screens or storm windows, and cleaning the window sill to ensure a tight seal. Make sure to remove any debris, dust or any obstacle that can affect the installation process.

Step 3: Install the Mounting Bracket

With the window prepped, it’s time to install the mounting bracket. This is usually done by drilling holes into the window frame and securing the bracket with screws. Make sure that the bracket is level and securely fastened to the window frame.

Step 4: Install the Air Conditioner

With the bracket in place, it’s time to install the air conditioner. This is typically done by sliding the unit into the bracket and securing it with screws. Make sure to check the instructions provided by the manufacturer for specific instructions on how to secure the unit.

Step 5: Seal the Air Conditioner

The final step is to seal the air conditioner to the window. This will help to keep hot air out and cool air in. Use a foam sealant or weatherstripping to seal the gaps around the unit. Make sure to pay special attention to the top and sides of the unit, as these areas are most likely to let in hot air.

Step 6: Enjoy Your Cool Air

Once you’ve completed all the steps, turn on your air conditioner and enjoy the cool air. Make sure to check the unit periodically to ensure that it’s working properly and that the seal around the unit is still tight. With a little bit of know-how and the right tools, installing a window air conditioner is a project anyone can tackle.

Conclusion: At first glance, installing a window air conditioner may seem like a challenging task, however, with the right information and tools, it becomes a manageable project for anyone.

This beginner’s guide to installing a window air conditioner has provided you with all the necessary information to get started. Remember to measure your window, prepare the space, install the bracket, seal the unit and enjoy the cool air.
To ensure the best performance of your air conditioner, don’t forget to check the unit regularly and make sure that the seal around the unit is still tight. With this guide in hand, you’ll be able to beat the heat and enjoy a cool and comfortable home all summer long.

Understanding Mold in Window Air Conditioners

Mold in Window Air Conditioners

When it comes to maintaining the health and efficiency of your window air conditioner, one issue that you may encounter is mold growth. This can not only affect the performance of your unit, but also poses a health risk to those living in the space. In this article, we will discuss the causes of mold growth in window air conditioners, how to identify it, and the steps you can take to prevent and remove it.

Causes of Mold Growth in Window Air Conditioners

Mold thrives in damp and humid environments, which makes window air conditioners a prime breeding ground. The cool air produced by the unit can cause condensation to form on the coils and other components, providing the perfect environment for mold to grow. Additionally, if the unit is not cleaned and maintained regularly, dirt and debris can accumulate, providing additional food sources for mold.

Identifying Mold in Your Window Air Conditioner

Mold can be difficult to spot, especially if it is growing in hard-to-reach areas of the unit. Some common signs of mold growth include:

  • A musty or damp smell coming from the unit
  • Visible mold growth on the coils or other components
  • A buildup of dirt and debris on the coils or other parts of the unit
  • Reduced air flow or cooling efficiency

Preventing and Removing Mold

To prevent mold growth in your window air conditioner, it is important to keep the unit clean and maintain it regularly. This includes:

  • Cleaning the coils and other parts of the unit regularly
  • Changing the air filter regularly
  • Ensuring that the unit is properly sealed and insulated
  • Running a dehumidifier in the room to reduce humidity levels

If you do find mold growing in your window air conditioner, it is important to address the issue as soon as possible. This may involve:

  • Turning off the unit and unplugging it
  • Cleaning the moldy areas with a solution of water and white vinegar
  • Using a specialized mold remover, if necessary
  • Running an air purifier in the room to remove mold spores
  • Contacting a professional to inspect and repair the unit, if necessary

It is important to take mold growth in your window air conditioner seriously, as it can not only affect the performance of your unit, but also poses a health risk to those living in the space. By understanding the causes of mold growth, how to identify it, and the steps you can take to prevent and remove it, you can keep your window air conditioner running smoothly and safely.

Should You Hose Down Your Air Conditioner?

When it comes to maintaining your air conditioner, you may have heard that hosing it down is a good way to keep it clean and running efficiently. But is this actually true?

Should You Hose Down Your Air Conditioner?

First, it’s important to understand that every air conditioner is different and may have specific cleaning instructions from the manufacturer. So before you start hosing down your unit, be sure to check the manual for any specific recommendations.

Assuming that your air conditioner does not have any specific instructions against it, hosing it down can actually be a great way to remove built-up dirt and debris from the unit. This is especially true if the unit is located in an area that is exposed to a lot of dust, dirt, or other debris.

However, it’s important to note that hosing down your air conditioner should be done with care. You’ll want to use a gentle spray and avoid pointing the hose directly at any electrical components. Additionally, you’ll want to make sure that the unit is turned off and unplugged before you begin cleaning it.

Another thing to keep in mind is that hosing down your air conditioner is not a substitute for regular maintenance. Your unit will still need to be serviced by a professional on a regular basis in order to keep it running at its best.

How to Clean Your Air Conditioner with a Hose

If you decide to clean your air conditioner with a hose, here are the steps you’ll need to take:

  1. Turn off the power to your air conditioner and unplug it from the wall.
  2. Remove any debris or dirt that is visible on the unit.
  3. Use a gentle spray to hose down the unit, being careful not to spray any electrical components.
  4. Allow the unit to dry completely before turning it back on.

Tips for Maintaining Your Air Conditioner

  • Schedule regular maintenance with a professional.
  • Keep the area around your air conditioner free of debris and dust.
  • Clean or replace air filters as needed.
  • Keep the coils clean.
  • Keep the drainage system clear.

By following these tips and cleaning your air conditioner with a hose when necessary, you can help keep your unit running efficiently and prolong its lifespan.

So, to sum up, Should You Hose Down Your Air Conditioner?
Hosing down your air conditioner can be a great way to remove built-up dirt and debris, but it should be done with care and not as a substitute for regular maintenance.