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Indoor air quality in Washington, MO Indoor air quality in Washington, MO

Indoor Plants That Will Improve The Air In Your Home

Written by Kevin on . Posted in Indoor Air Quality. No Comments on Indoor Plants That Will Improve The Air In Your Home

The air quality inside your Des Peres home is important. It can have a major effect on the health and well-being of everyone in your household. Maintaining high energy efficiency inside your home is also important. As a result, unfortunately, your home is likely insulated and air-sealed to the greatest extent possible. That means you likely get less ventilation, and the air inside your home can grow stale and contaminated. One of the ways to mitigate that is to add an array of beneficial indoor plants to your home. According to research, there are a variety of plants that excel at removing an array of household air contaminants. While they won’t fix every indoor air quality problem, they will likely be able to help. Here are ten of the best indoor plants you can get to improve your home’s indoor air quality.

1. English Ivy

English ivy plants make an excellent addition to your home that will cleanse its air and a bit of classic beauty. They grow in long, trailing vines and work well when placed on shelves or bookcases. In laboratory studies, English ivy plants demonstrated an ability to reduce the levels of chemicals like formaldehyde, benzene, and trichloroethylene in the air. Those are all commonly found in homes as a result of off-gassing from paper products, inks, and household cleaners. Plus, English ivy plants thrive in indirect sunlight, so you can put them almost anywhere in your home.

2. Peace Lilies

Peace lilies are among the most effective plants you can get if you want to improve your indoor air quality. In studies conducted by NASA, peace lily plants excelled at removing trichloroethylene from the air. In a sealed-chamber test, it removed about 1.04% of the substance per hour from the surrounding air. It’s also another plant that will tolerate a variety of lighting conditions. However, it does like its soil to stay moist, so it requires frequent watering.

3. Snake Plants

Snake plants are another effective air cleaner you can add to your home. They work especially well in bedrooms since they tend to absorb CO2 and emit oxygen primarily at night. This means they can help improve your sleep quality while they improve your air quality. They’re also very simple to care for, requiring only infrequent watering and indirect sunlight. They also grow quite tall, so they will stand out as a part of your home’s décor.

4. Golden Pothos

The Golden Pothos plant is best known for its long, trailing vines and broad leaves. It’s also all but impossible to kill, which is why it’s also called the Devil’s Ivy plant. It excels at removing substances like carbon monoxide, benzene, and formaldehyde from the air. The Golden Pothos grows fast and requires little in the way of care. For that reason, it makes a great option for those who typically don’t have success with houseplants. You can put it virtually anywhere, and it will be just fine, even if you forget to water it occasionally.

5. Bamboo Palm

The bamboo palm is perfect for improving indoor air quality while adding a bit of tropical flair to your home. Plus, it works well as a floor-standing plant, growing up to eight feet tall with proper care. It’s also perfect for dimly-lit corners of your home since it requires very little sunlight. In exchange, you’ll get a plant that removes substances like benzene, trichloroethylene, and formaldehyde from the air. All you need to do is water it periodically whenever its soil surface gets dry.

6. Chinese Evergreen

Also known as aglaonema, the Chinese evergreen is an easy-to-care-for plant that grows to about two feet tall. It features bright, broad leaves, and it can cut the levels of formaldehyde and benzene in the air. Plus, it’s considered a lucky plant throughout Asia, so it certainly can’t hurt to have a few in your home. It works well in low to medium light conditions, so it will work well in shadowy spots in your home.

7. Corn Plants

Although they’re not the edible variety, corn plants make an excellent addition to your air quality arsenal. For one thing, they’re virtually indestructible. They will thrive in any lighting condition and require very little upkeep. They’re also effective at removing a variety of volatile organic compounds (VOCs) from the air. While they do grow slowly, they can also reach a height of up to six feet if you’re willing to wait. That makes them an excellent option for the corners of rooms or as a focal point near a sliding glass door.

8. Rubber Plant

Rubber plants offer an excellent option for those who like darker-colored foliage. They can grow up to ten feet tall when grown indoors and feature lush, dark leaves. Rubber plants also excel at removing carbon monoxide, benzene, trichloroethylene, and formaldehyde from the air. You can expect one to grow approximately two feet per growing season. That means it doesn’t take long for one to reach its full height if you’re willing to invest some time.

9. Flamingo Lily

If you want an air-cleaning plant with bright, colorful flowers, the flamingo lily is for you. It boasts bright red flowers and broad, shiny green leaves. That means it works just as well as an addition to your décor as it does as an air purifier. Plus, the flamingo lily removes some substances that most other plants don’t. It will remove xylene, toluene, and ammonium, which are commonly found in paints and household products. It will require frequent watering and plenty of bright light, however, limiting where you can keep one.

10. Spider Plant

Finally, spider plants are one of the most versatile air-cleaning plants you can have in your home. It requires very little maintenance and readily removes carbon monoxide and VOCs from the air. Plus, it propagates easily. That means you can buy just one and split it into multiple plants soon after. If you’re looking for a way to scale up your home’s greenery in a hurry, a spider plant is an excellent choice. They also only need watering roughly once per week, so they’re quite easy to care for.

Your Local Indoor Air Quality Specialists

If you’re concerned about the indoor air quality in your Des Peres home, Level 9 Heating & Cooling can help. We offer complete indoor air quality solutions, as well as comprehensive HVAC services. We even handle residential plumbing and commercial HVAC, too. We’ve served the local community since 1975, establishing a reputation for quality service in that time. We’re also Better Business Bureau accredited with an A+ rating. Plus, we offer 24/7 emergency service, so you can always count on us to be there for you. We even offer financing options on approved credit to help you pay for larger comfort improvements. So, for indoor air quality solutions and more in Des Peres, call Level 9 Heating & Cooling today!

The Top Benefits of Variable-Speed Heat Pumps The Top Benefits of Variable-Speed Heat Pumps

The Top Benefits of Variable-Speed Heat Pumps

Written by Kevin on . Posted in HVAC. No Comments on The Top Benefits of Variable-Speed Heat Pumps

If you’re looking to upgrade your home’s heating and air conditioning, a variable-speed heat pump can be one of the best options. Variable-speed heat pump systems provide many benefits over standard HVAC systems in terms of energy efficiency and comfort. In this article, we’ll explain how variable-speed heat pumps work and show you the benefits this type of unit can provide to your home.

1. Highly Efficient Cooling and Heating

The first thing you should understand about heat pumps is that they provide both heating and air conditioning and are the most efficient heating option available. Compared to furnaces and other types of electric heat, heat pumps tend to use far less energy. Heat pumps work by transferring heat instead of generating it.

Even when it’s cold outside, the air does have some heat. While heat pumps used to be recommended primarily in southern areas, technological improvements mean they are a viable option further north. We often recommend an auxiliary heat source for the coldest times in our climate. Nonetheless, a heat pump will still generally be the least expensive heating option. However, a geothermal heat pump is usually sufficient to heat your home even during an extreme cold snap.

While all heat pumps are quite efficient when cooling and heating, variable-speed heat pumps are far more efficient than standard single-stage heat pumps. A single-stage heat pump has two settings: on or off. It always runs at full speed. This means they are turning on and off repeatedly throughout the day. This start-up process uses the most energy and puts the most stress on the system.

Variable-speed heat pumps, on the other hand, can vary the speed of the blower. They are designed to run continuously at a lower speed, which still uses less energy than a single-speed heat pump. This type of heat pump can use anywhere from 25-50% less electricity than a standard single-speed blower.

2. Consistent Temperature Control

Because variable-speed heat pumps are meant to run continuously during the hottest and coldest times of the year, they can also retain a more consistent temperature. One of the biggest issues with single-stage units is that they run so quickly that they turn on and off multiple times per hour. This leads to the temperature inside the house quickly increasing or decreasing not long after the heat pump shuts down. A similar issue is that single-stage units may not always run long enough to fully heat or cool every part of the home. This is why you’ll often have cold or hot spots in certain parts of the home.

By continually adjusting the speed at which they run based on the current temperature and how much heating or cooling is required, a variable-speed heat pump keeps the temperature almost exactly where you want it. That means your home will typically never be more than 1-2 degrees warmer or cooler than what you have your thermostat set to. Running continually at a slower speed also enables the heat pump to evenly distribute the hot or cold air more effectively. That means you won’t have to deal with rooms that consistently stay warmer or colder than you want.

3. Better Humidity Control

The summers in the St. Louis area tend to be extremely humid and muggy. This creates issues in terms of indoor comfort since the more humid the air in your home is, the hotter you’ll feel. All air conditioners and heat pumps help with humidity control as they condense moisture from the air. The issue is that single-stage units often aren’t effective enough to manage humidity issues on their own, which is why many homes in humid climates also need a whole-house dehumidifier.

Single-stage units don’t always provide effective enough humidity control because they typically never run for more than 15 to 20 minutes at a time. That means they can’t remove all that moisture inside the home before they shut off. This is another area where variable-speed heat pumps have a significant advantage. Even when the system runs at the lowest speed possible, quite a bit of moisture will continually condense on the system’s evaporator coil. The fact that the system runs constantly means it continually pulls lots of moisture out of the air, making the entire home feel drier and far more comfortable.

One major issue with high indoor humidity is that it often leads people to turn the temperature on their thermostat down even further to feel more comfortable. The fact that a variable-speed heat pump can keep your home from ever being too humid will make it feel cooler and more comfortable. As such, you can set your thermostat a few degrees higher to save on energy without negatively impacting your comfort level.

4. Long Life Expectancy

One drawback to heat pumps is that they usually don’t last quite as long as other HVAC units. This is because they get far more use since they work to heat and cool instead of only providing heating or cooling as other units do. The average life expectancy of a single-stage heat pump is around 10 to 12 years. Some units may not last that long, especially if they’re not properly maintained. This is yet another area where variable-speed heat pumps have an advantage.

A single-stage heat pump is under huge strain as it turns on and powers up its motors. This type of unit will usually have to turn on two to three times per hour, which leads to a lot of wear and tear that can shorten its lifespan. One way to think about this is like driving a car. When a single-stage unit turns on, it’s like going from zero to 100 miles an hour as fast as possible and pushing the car’s engine to the limit.

A variable-speed unit always starts out at a lower speed. It then slowly increases its speed as necessary, which reduces the strain and limits the wear and tear on its motors. There is also much less overall strain on a variable-speed heat pump when it isn’t running at its highest speed. This reduced strain is the main reason you can usually expect a variable-speed heat pump to last a few years longer than a standard unit.

5. Incredibly Quiet Operation

One last benefit of variable-speed heat pumps is that they run extremely quietly. A variable-speed unit will be just as noisy as a single-stage unit when it runs at full speed. Nonetheless, it will produce very little noise the majority of the time since it will mostly run at lower speeds. The fact that the heat pump sits outside means you usually won’t hear much or any noise from inside your house.

Since 1975, Level 9 Heating & Cooling has been helping residents in Washington, MO and the greater St. Louis area with their air conditioning, heating, and plumbing needs. We specialize in all types of cooling and heating system installation, maintenance, and repair, as well as indoor air quality solutions. We also offer plumbing services. For more information on the benefits you can enjoy by installing a variable-speed heat pump or to schedule a consultation, contact Level 9 Heating & Cooling today.

Why Ductless Mini Splits Are Ideal For Room Additions Why Ductless Mini Splits Are Ideal For Room Additions

Why Ductless Mini Splits Are Ideal For Room Additions

Written by Kevin on . Posted in HVAC. No Comments on Why Ductless Mini Splits Are Ideal For Room Additions

If you’re considering a room addition to your Des Peres, MO home, you’ll need to decide how to keep it comfortable. It’s not as easy a decision as you might think. In many cases, it’s impractical to extend your home’s existing ductwork to cover an addition. Doing so can exceed your HVAC’s capacity and harm its efficiency and your comfort. As an alternative, you could install a window air conditioner, but that won’t provide heat. Your best option might just be to install a ductless mini-split to handle your new room’s heating and cooling needs. Here is everything you need to know about them and why they’re perfect for room additions.

What Is a Ductless Mini-Split?

As their name suggests, ductless mini-splits are HVAC systems that don’t require ductwork. Instead, they rely on an outdoor unit and a wall-mounted indoor air handler. Mini-splits typically use heat pump technology to offer both heating and cooling from a single convenient unit. This also makes them incredibly efficient. In most cases, a ductless mini-split will even outperform your home’s existing HVAC system. Mini-splits are also quite easy to install. All they require is a little bit of space and a small hole in your new room’s wall to permit the necessary connections.

How Do Ductless Mini-Splits Work?

Ductless mini-splits rely on heat pump technology to function. That means they use a refrigerant to collect and move heat either from the indoors to the outdoors or vice versa. In the summer, a mini-split works just like the air conditioners you’re probably used to. It begins by making its refrigerant cold by passing it through an expansion valve that lowers its pressure. In that state, the refrigerant is capable of absorbing heat from the air, which it does inside the indoor unit. To do that, it passes through a set of coils while a fan blows warm indoor air through them. The refrigerant absorbs heat until it boils and turns into a warm gas. Then, it’s ready to carry the heat outside for removal.

The heat removal happens in the mini-split’s outdoor unit, where a compressor raises its pressure and temperature. After passing through the compressor, the refrigerant will be at least 110 degrees Fahrenheit. At that temperature, it is hotter than the outdoor air. This allows the refrigerant to cool by releasing its heat into the surrounding environment. The large fan in the outdoor unit helps by pushing air over another set of coils that the refrigerant travels through. As it does, it condenses back to a warm liquid. The process repeats for as long as you need cooling.

In the winter, this same process reverses to provide heat for your new room. Unlike conventional heating equipment, however, a heat pump mini-split doesn’t consume energy to create heat. Instead, it relies on already-existing heat energy from the outside air. The process works because of some interesting scientific principles. One is that heat energy naturally transfers from warm substances to cold ones. The other is that manipulating the pressure of a refrigerant can alter its temperature and boiling point.

As a result, a heat pump mini-split can gather sufficient heat from the outdoor air, even on cold days. This works just as long as the system’s refrigerant is capable of getting colder than the outdoor temperature. Today, you can find heat pump mini-splits that use refrigerants that get as cold as -15 degrees Fahrenheit. So, they’re more than capable of providing ample heat here in Des Peres.

Why Ductless Mini Splits Are Perfect for Room Additions

There are multiple reasons why ductless mini-splits make the perfect heating and cooling solution for room additions. The following are the most important among them.

High Energy Efficiency

One of the most important reasons that ductless mini-splits make a perfect choice for room additions is their efficiency. With an average SEER rating of 22, ductless mini-splits rank among the most efficient cooling options on the market. Plus, mini-splits can provide four units of heat for every unit of electricity they use. There is no other heating technology available today that can beat that unless you install a geothermal HVAC system. This guarantees that you’ll have a comfortable new room without major new energy costs.

Ease of Installation

Mini-splits also make a perfect fit in room additions because they’re easy to install. With a mini-split, you don’t have to worry about HVAC installation during the construction of your room. It’s easy to add a mini-split to your room once it’s complete without making any substantial modifications. All you need is space on a wall to mount the air handler and a small hole through that wall. Plus, a ductless mini-split uses its own power circuit, so it won’t affect any of the outlets in your new room.

Zoned Heating and Cooling

Using a ductless mini-split to keep your new room comfortable also lets you control its temperature independently. This means you can make your new room warmer or cooler than the rest of your home as you see fit. A mini-split has its own thermostat and controls, so you can even turn it off when nobody’s using the room.

Available Efficiency Rebates and Credits

Choosing a ductless mini-split for your room addition could also unlock a variety of rebates and tax credits. Local energy providers offer a variety of rebates to encourage homeowners to choose efficient HVAC solutions. Plus, the federal government offers tax credits for the same reason. And soon, many ductless mini-splits will become eligible for point-of-purchase rebates, too. Between them all, a ductless mini-split can be your cheapest option for keeping your new room comfortable.

Quiet Operation

Mini-splits are also perfect for room additions because they operate very quietly. They won’t be as disturbing as window air conditioners, and many are quieter than ducted solutions. Plus, their outdoor units are typically smaller and quieter than those of central HVAC systems. This makes them ideal if you plan to use your new room as an office or as a space for quiet relaxation.

Reduced Maintenance Requirements

Ductless mini-splits also need less maintenance than comparable ducted solutions. They have washable air filters that are easy to remove and clean. You can also keep their air handlers fairly clean on your own, reducing the need for professional maintenance visits. That helps further minimize a mini-split’s ongoing operational costs.

Built-in Remote Control

Ductless mini-splits also come with built-in remote controls. This makes them easy to control from inside your new room. Plus, some models feature Wi-Fi connectivity, allowing you to operate them remotely using an app. That can be great if you want the ability to turn your mini-split on and off while you’re out.

Your Ductless Mini-Split Specialists

Since 1975, Level 9 Heating & Cooling has been the go-to HVAC company that Des Peres homeowners and business owners trust. We offer complete HVAC installation, repair, and maintenance services, which include working with the latest ductless mini-splits. We also offer drain cleaning, water heater, and leak detection services. We’re also quite proud of being a Better Business Bureau-accredited business with an A+ rating. That guarantees that you can count on quality services at fair prices from us. So, if you need a ductless mini-split for your new room addition in Des Peres, contact Level 9 Heating & Cooling today!

Is Geothermal Cooling Worth The Investment

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In the quest for sustainable and efficient home cooling methods, geothermal energy has recently gained attention as an alternative to traditional air conditioning systems. Geothermal cooling taps into the Earth’s natural energy to regulate your home’s temperature. However, before you invest in geothermal cooling, here is what you need to know.

Understanding Geothermal Cooling

Geothermal cooling, also known as a ground source heat pump, uses the Earth’s constant temperature to transfer heat. It operates on the same principle as geothermal heating but flips the mechanism to expel heat from the home into the relatively cooler Earth.

How It Works

The Earth’s temperature just a few feet below the surface remains relatively constant (ranges from around 45 to 75 degrees Fahrenheit) throughout the year, regardless of the season. Geothermal cooling systems harness this stable temperature by exchanging heat with the Earth through underground pipes. The parts that play a pivotal role in this process include the heat exchange loop, ground source heat pump (GSHP), and air distribution system.

The heat exchange loop is filled with a water-antifreeze solution that runs underground, absorbing heat from the surrounding environment. The solution circulates through a ground-source heat pump (GSHP) located inside your home. The GSHP contains a compressor, condenser, and evaporator. As the water-antifreeze solution passes through the GSHP, it transfers its heat to the refrigerant in the system.

The refrigerant then gets compressed, which causes it to become warm and move into the condenser, where it releases its heat into the home’s air distribution system. Finally, the cooled air is distributed throughout the house via a fan and ductwork while the refrigerant returns to its liquid state and repeats the process.

Variations in Geothermal Systems

What are the variations in geothermal systems, you might ask.

Horizontal Loop System

A horizontal loop system involves burying pipes horizontally just below the ground’s surface. It’s a common choice for areas with plenty of land space.

Vertical Loop System

This system is ideal for properties with limited space for horizontal trenches. Vertical loops involve drilling one or more boreholes deep underground, typically hundreds of feet deep. Pipes are inserted into the boreholes, and the space between the pipes and the borehole walls is filled with grout material to enhance heat transfer.

Open Loop System

Open loop systems utilize groundwater or surface water sources like wells or lakes as the heat exchange medium. The water is circulated through the GSHP to extract heat and then returned to the ground source after cooling. It’s ideal for areas with readily available and sustainable sources of water and where ground conditions are favorable for water circulation.

Benefits of Geothermal Cooling

What are the benefits of geothermal cooling?

Energy Efficiency

Unlike traditional AC units that battle the rising outdoor temperature by using electricity to produce cool air, geothermal systems don’t need to generate coolness from scratch. They act as heat exchangers, utilizing the Earth’s constant underground temperature, which is typically cooler than the surrounding air during summer months. In simpler terms, the Earth acts as a giant pre-cooling system, reducing the workload for the ground source heat pump and minimizing energy consumption.

Reduced Carbon Footprint

The cornerstone of geothermal cooling’s environmental friendliness is its reliance on renewable energy. Geothermal systems tap into the Earth’s constant underground temperature, a naturally occurring and continuously replenished source of thermal energy. This eliminates the need for significant electricity consumption to achieve cooling, reducing dependence on fossil fuels and their associated greenhouse gas emissions.

Consistent Comfort

The Earth’s surface maintains a relatively stable temperature year-round, and this is reflected in geothermal cooling systems. Due to its use of the Earth’s heat exchange method, the system can maintain a consistent temperature within your home or building regardless of outdoor climate fluctuations. This results in improved indoor air quality and comfort for occupants.

Quiet Operation

Geothermal cooling systems operate silently compared to traditional air conditioning units with noisy outdoor condensers. This is because the majority of the system’s components are housed underground, minimizing noise pollution and making them ideal for residential areas or noise-sensitive environments such as schools or healthcare facilities.

Durability and Low Maintenance

Geothermal cooling systems have fewer moving parts than traditional AC units, resulting in less wear and tear and a longer lifespan. The indoor components are also sheltered from harsh outdoor elements, further increasing their durability. This translates to lower maintenance costs and less frequent replacements. With proper maintenance, your system can last up to 50 years.

Versatility

While most commonly used for cooling, geothermal systems can also provide heating during colder months by reversing the heat exchange process. Moreover, the underground piping can also be used to preheat water for domestic use, further reducing energy consumption and utility costs.

Potential Tax Credits

Due to their environmental benefits, geothermal cooling systems may qualify for tax credits, reducing the upfront cost and making them a more attractive investment. For example, under the Inflation Reduction Act of 2022, the federal government has extended tax incentives for homeowners looking to install renewable energy systems like geothermal heat pumps.

What to Consider Before You Invest in Geothermal Cooling

Does it make sense for you to buy a geothermal cooling system?

Upfront Costs

The initial expense of a geothermal cooling system can be significantly higher than a traditional air conditioning unit. Costs include the heat pump itself, the heat exchanger, and the labor to install the system. However, long-term energy savings and potential tax incentives offset these costs.

Property Suitability

Not all properties are ideal for geothermal systems. Taking your soil type, for instance, they each have varying thermal conductivity. Sand soils have higher conductivity, so they are able to transfer heat more efficiently. Clay soils, on the other hand, have lower conductivity and may require more underground piping.

As mentioned earlier, space can also influence the size and layout of the system. Limited space can necessitate a vertical loop system, which involves drilling hundreds of feet deep boreholes. This can add to the upfront costs.

Maintenance Requirements

Regular maintenance is necessary for geothermal cooling systems to continue operating efficiently. This includes checking and replacing filters, inspecting the piping system, and monitoring fluid levels. While these maintenance tasks may seem daunting, they are less frequent than traditional HVAC systems.

Installation Expertise

Choosing the right company to install your geothermal system is crucial. Level 9 Heating & Cooling has certified and experienced installers who can manage the complex process from start to finish. We serve Washington, St. Louis, MO, and surrounding areas.

Geothermal Cooling and Building Codes

You can’t just install a geothermal system without considering local building codes and regulations. You must consult with your local authority to know the permits and requirements you must comply with before installing a geothermal system.

In addition to building codes, it is important to consider any potential zoning restrictions that may impact the installation of a geothermal system. Some areas may have specific regulations on drilling or the location of underground piping. Our experts at Level 9 Heating & Cooling will help you with this process to ensure your system is installed in compliance with all regulations.

Is Geothermal Cooling Worth the Investment?

We also offer AC, heating, plumbing, and indoor air quality services. Additionally, we offer commercial HVAC services and 24/7 emergency repair services. Call Level 9 Heating & Cooling today if you’re considering geothermal cooling, and we can install, repair, or maintain your new or current system.

The Science Behind UV Air Purifiers

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Due to efforts by organizations like the EPA, there is heightened awareness about the dangers of poor indoor air quality. An IAQ truism is that the air inside your home can be no cleaner than the air outside without air purification. The sealed nature of modern homes coupled with powerful HVAC systems often results in much higher pollution levels. The good news is that there are several advanced technologies available to homeowners to clean their air. Among those options are UV air purification systems, which come in a wide range of configurations.

Ultraviolet Light

Ultraviolet light or UV is a type of electromagnetic radiation. It exists higher in the EMR range than visible light but lower than X-rays. UV also constitutes about 10% of the total EMR output of the Sun. Humans can create UV through specialized lights, such as blacklights, tanning lamps and mercury-vapor lamps. Short-wave UV sterilizes surfaces but also damages DNA. This is why people should protect their skin from exposure to the sun with sunscreen.

UV is made up of three core components. The aforementioned short-wave component is Ultraviolet C or UV-C. Ultraviolet B is the medium wave and what is known as intermediate UV or Dorno radiation. Ultraviolet A is the long wave and what is known as blacklight or soft UV.

Understanding UV-C

UV is an ionizing radiation at shorter wavelengths. This means that it has enough energy to detach electrons from atoms and even molecules and thus ionize them. UV-C is therefore germicidal. It can kill or inactivate microorganisms. What is notable is that natural sunlight is virtually devoid of UV-C due to the absorptive nature of the ozone layer. The UV that man can create, however, is abundant with UV-C that we can apply purposefully. One way we apply it is ultraviolet germicidal irradiation. Medical and food processing facilities, for instance, have long used UVGI to inactivate pathogens, bacteria and more.

What UV-C Destroys

UV-C destroys pathogens, which are any organism or agent that can result in disease. Pathogens are commonly referred to as germs. UV-C can also inactivate many viruses and bacteria. Multiple recent research studies have shown that UV-C can inactivate the coronavirus strain that causes COVID-19. UV-C also kills funguses and mold spores. While it does not kill dust mites directly, it does inactivate dust mite eggs. That can make a significant difference in limiting a dust mite population in a living space. It’s important to note that UV-C does nothing to particulate matter. PM is a core aspect of air pollution and is linked to a host of cardiovascular and respiratory diseases.

How UV Air Purifiers Work

UV air purifiers apply the germicidal properties of UV-C light to sterilize air as it passes through the system. Often, these devices have a UV lamp contained within them. As air circulates through, the lamp emits ultraviolet radiation and cleans the air. The DNA of microorganisms like bacteria is disrupted. The microorganisms become inert and are no longer able to reproduce. Nothing is filtered. The deactivated microorganisms remain in the air but can be filtered through other means.

Can Organisms Reactivate?

Yes. Some organisms, including some viruses, can reactivate or “wake up.” Inactivated microorganisms are not harmful. Reactivated microorganisms can be. The typical UV light wavelength used in UV air purifiers sold for residential purposes is 0.254 microns. This is good enough for the average household. Reactivation of viruses won’t be a great concern. But to avoid any reactivation altogether, you can look for a UV air purifier with a spectrum ranging up to 0.315 microns.

Fundamental Types of UV Air Purifiers

There are two core types of UV air purifiers: coil and air sterilization. Air sterilization is as discussed earlier. Microorganisms are affected by the light as they pass through. In a coil sterilization system, air passes over coils as it makes its way through an HVAC system. The UV-C light sterilizes the surface of those coils. An advantage to this approach is that it helps keep the HVAC system clean and curbs microbial growth in the ductwork.

Effectiveness of UV Air Purifiers

The efficacy of UV air purification depends on several factors. The factors for homeowners to consider are the intensity of the UV light, exposure duration and airflow rate. Regarding airflow, purifiers are often rated by cubic feet per minute or CFM and/or air changes per hour or ACM.

You must choose a unit with UV lamps strong enough to achieve your air purification goals. It is also important that you choose a system that cleans enough air. It should be relative to the size of your home but also the number of residents and pets. Properly sized, UV purifiers are very effective at reducing the concentration levels of airborne pathogens.

Considerations and Safety Precautions

UV air purifiers need to be sized and installed appropriately to ensure effectiveness. It is rarely a do-it-yourself job and generally requires a professional HVAC technician. All air purifiers require regular maintenance and cleaning. Failure to clean a UV air purifier regularly will diminish its effectiveness. UV-C radiation can be harmful to your eyes and skin. Air purifiers are designed to prevent leakage of any UV-C light. But you often have to open them to clean and maintain them. This is another reason that only a professional should install, service and clean your UV air purifier.

Types of UV Air Purification Systems

UV lamps are a common example of standalone UV air purification that can be integrated directly into your HVAC system. Since UV-C only provides one useful type of air purification, many manufacturers sell units with multiple stages. The common air purifier on the market has four stages: prefilter, HEPA, activated carbon and UV-C. The prefilter blocks large particulate matter from clogging the HEPA filter. The high-efficiency particulate air filter traps most particulates down to 0.3 microns in size. The activated carbon stage neutralizes odors, gases, volatile organic compounds and so forth.

Portable vs. Whole-Home Systems

UV air purifiers are available in both portable and fixed configurations. Portable units tend to be smaller and cheaper. They’re effective for use in your personal space. Larger portable units can provide coverage for 1,000 square feet or more. If you want coverage for your entire home, a whole-home system will be necessary. These systems generally integrate with the HVAC. This allows you to take advantage of the air handler you already have. It also provides the added benefit of keeping your HVAC system clean.

UV Air Purifiers in Washington and St. Louis

If you’re interested in having a UV purification system installed, Level 9 Heating & Cooling can help. We have 50 years of experience serving Washington, St. Louis and the surrounding areas of Missouri. Our team installs all manner of air purifiers, dehumidifiers and humidifiers. We also install, maintain and repair all types of heating and cooling systems. Our plumbers clean and repair drains, find and fix leaks and install both tank and tankless water heaters. Call us today or contact us online to schedule an appointment or with any questions about the products and services we provide.

6 Ways to Improve the Air Quality in Your Home During Winter 6 Ways to Improve the Air Quality in Your Home During Winter

6 Ways to Improve the Air Quality in Your Home During Winter

Written by Kevin on . Posted in Indoor Air Quality. No Comments on 6 Ways to Improve the Air Quality in Your Home During Winter

During the winter, indoor air quality can decrease substantially. When a house is closed all day and the heat is running more frequently, dust, dirt, and particles accumulate and can impact the breathability of the air.

Discover more about these six ways to improve the IAQ in your home this winter.

1. Replace Air Filters

According to the American Lung Association, indoor air can be up to 5 times more polluted than the air outside. During the winter, you may also focus on keeping windows and doors airtight, which means you breathe more recirculated air with higher levels of particles.

These wintertime conditions place a strain on HVAC filters. The main job of air filters is to decrease the amount of dust, pollen, and other particles circulating in your home, but with a sealed-up home, they have to work harder to provide comfortable conditions. Replacing air filters regularly is one way to confront this situation. Changing them out about every three months will help your heating system keep up with the higher levels of indoor allergens and contaminants.

Poor indoor air quality during the winter is known to aggravate asthma sufferers and can cause respiratory problems. You may also want to consider upgrading your filters. When you arrange for an HVAC maintenance appointment, you can consult with a service professional about changing to filters with a higher filtration rating. Higher-quality air filters can capture mold and other harmful particles more effectively and reduce the possibility of allergic reactions or other health issues.

Changing your HVAC filters can create cleaner indoor air conditions, along with other measures you can take during the winter.

2. Opening Your Windows

Even though it is cold outside, another option to help improve indoor air quality is to crack open the windows during the day. Bringing in outside air when the sun is shining, or during the warmest part of the day, can help refresh the inside air and provide a chance to change the level of recirculated air.

The Environmental Protection Agency (EPA) emphasizes how improved ventilation with outdoor air circulating into the home plays a major role in reducing indoor air pollutants. Most HVAC systems do not bring fresh air into a home, so the EPA recommends opening windows and doors, as well as running fans, to help deliver much-needed outside air into a closed winter home environment.

3. Controlling Humidity

Monitoring your home’s humidity levels is another option that can help with air quality. Keeping the humidity level between 30% to 50% will help keep home conditions comfortable while preventing mold and mildew growth. To achieve this goal, make sure to run exhaust fans during and after showers and when cooking on the stove. You can also turn on fans to circulate air and clear out humidity. Wintertime typically brings about air that’s too dry, which signals a lack of humidity. If you notice the warning signs of excessively dry air in your home, consider investing in a humidifier to help maintain optimal levels. Turn to our whole home humidifier solutions!

4. Air Purifiers with HEPA Filters

Using air purifiers in the winter provides another way to boost indoor air quality. High-quality air purifiers with HEPA filters are designed to remove allergens and pollutants in the air. High-efficiency particulate air (HEPA) filters remove over 99% of mold, dust, pollen, bacteria, and other particles that lower indoor air quality. Air purifiers with HEPA filters can also capture microorganisms that are 0.3 micrometers small.

Air purifiers are particularly important to improving winter indoor air quality if you or a member of your household suffers from allergies. Air purifiers should be placed in commonly used areas of the house and bedrooms to trap irritating particles that can trigger symptoms. Some air purifiers come with sensors that can detect the level of allergens and pollutants in the air and adjust the fan speed to higher and lower levels. They also shut off when the air quality reaches a clean state.

The Aerus Hydroxyl Blaster Air Purifier uses ActivePure Technology to not only remove dust and allergens but also reduce the spread of COVID-19. This surface and air purifier uses oxidizers to prevent viruses, including SARS-CoV-2. Investing in a high-quality air purifier like this one can help protect your home from illnesses and allergies.

5. Cleaning the House, Vents, and Air Ducts

Regular cleaning is even more important than usual during the winter. As described above, wintertime indoor conditions bring more mold, dust mites, and particles. Dusting and vacuuming every week is a good way to help remove them from your household. Likewise, removing clutter and items that should be stored outside like paints and chemicals will help provide a healthier indoor environment free of contaminants.

Volatile organic compounds (VOCs) are found in cleaning supplies and other chemical products. Placing them outside or in the garage will help remove VOCs from your home. VOCs can make the air hard to breathe and cause respiratory issues. Using a mask when cleaning in the winter is also a good idea to keep from potentially inhaling these harmful particles.

To help get cleaner air, you can also check your HVAC supply and return vents for any blockages and clean them with a vacuum. Along with air filters, clean vents help improve airflow quality. Too much dust or dirt buildup can contribute to unhealthy and uncomfortable conditions.
You should also determine if anything is blocking these vents and stopping indoor air from circulating normally.

In addition, dirt and debris can accumulate in your HVAC ductwork. Arranging to have your air ducts cleaned by a professional can also help lessen the pollutants and particles that lower air quality in the winter.

6. Regular HVAC Maintenance

Regularly scheduling maintenance for your HVAC system is another way to improve air quality in your home this winter. Preventive maintenance ensures that your heating and air conditioning are working efficiently and do not have excessive buildup of particles and debris. Service appointments can also determine if any of the parts in your system are worn down and need to be replaced.

You could also arrange for an air quality test to evaluate your indoor conditions and make sure that harmful carbon monoxide or radon gases are not present. Carbon monoxide is released when gas furnaces are used and is usually sent through exhaust pipes to the outside. Radon is a gas that can enter a house through the foundation. Both are hazardous to your health and should be removed.

Annual or biannual maintenance will help keep your HVAC in top shape, extend its life, lower your energy costs, and help you obtain better air quality in the winter and all year.

Quality HVAC Services

Please contact us at Level 9 Heating & Cooling for more information about improving indoor air quality. We provide quality heating, air conditioning, plumbing, and air filtration services to Washington and St. Louis, MO, and surrounding areas. We are a trustworthy team of professionals who provide exceptional service for all your HVAC needs. Call us today!

Dual-Source Heat Pumps in Washington, MO Dual-Source Heat Pumps in Washington, MO

How a Dual-Source Heat Pump Maximizes Efficiency

Written by Kevin on . Posted in Heating. No Comments on How a Dual-Source Heat Pump Maximizes Efficiency

If you’re considering a new heating system for your Washington, MO, home, there’s a good chance that a heat pump is among your finalists. However, you may have also encountered a variety of publications claiming that heat pumps make a poor match for regions with cold winters. Specifically, plenty of sources claim that heat pumps don’t do very well at temperatures below 40 degrees Fahrenheit. That’s concerning when you consider that we see at least five months each year with lower average overnight temperatures than that. In reality, though, conventional heat pumps work at low temperatures, but they just may lose a bit of their vaunted efficiency. That’s where dual-source heat pumps make a perfect compromise. Here’s what they are and how they work to maximize your heating efficiency all winter long.

Heat Pumps and Cold Weather

Before we delve into dual-source heat pumps and why they’re a great option for homes in Washington, it’s important to understand how heat pumps work, particularly in cold weather. For starters, heat pumps, unlike other types of heating systems, don’t generate heat. Instead, they use the refrigeration cycle to collect heat energy from the outdoor air, amplify it, and carry it into your home.

The process works because even cold winter air still has a lot of heat energy, even if you don’t feel it. To collect it, heat pumps manipulate the temperature and pressure of a refrigerant, first making it colder than the outside air and then using the temperature differential to absorb heat from the air. Then, they increase the pressure on the warmed refrigerant to increase its temperature and make it hot enough to heat your home.

The trouble is that heat pumps work harder and harder to capture sufficient heat energy when the outside temperature drops. That’s where the notion of heat pumps struggling below 40 degrees Fahrenheit comes from. The truth is, however, that the average heat pump will still be more efficient than the average gas furnace until the outside temperature drops below 25 degrees Fahrenheit. At that point, they may need to engage a backup electric heating element to supplement the heat they collect from the outside.

Do All Heat Pumps Struggle in the Cold?

At this point, it’s worth noting that not every heat pump struggles in very cold weather. Today, there are a variety of heat pump models built specifically for use in cold climates. They have much wider operating temperature ranges, with some systems working efficiently down to -15 degrees Fahrenheit. However, that extra performance comes at a cost.

Cold climate heat pumps employ next-generation refrigerants and advanced technology to squeeze as much heat energy out of sub-freezing air as possible. As a result, they can cost significantly more than standard heat pumps. The good news is, however, that cold-climate heat pumps aren’t the only option for people living in places with cold winters. Dual-source heat pumps offer efficient and plentiful heat at any temperature and can cost less than a cold-climate heat pump.

What’s a Dual-Source Heat Pump?

Where a standard heat pump relies on heat strips, which are small electric resistance heating elements to provide a secondary heat source, dual-source heat pumps include a small gas-fired heating system. The idea is to have a second high-efficiency heating option for use when temperatures drop too low for a heat pump to work well.

Some dual-fuel systems use a preset temperature to control which heat source gets used when. For example, you may configure a dual-source heat pump to switch to the gas burner when the temperature drops below freezing. In that way, you guarantee that your home has sufficient heat and that you’re generating that heat in the cheapest way possible.

Some dual-source heat pumps can even make the decisions for you. They monitor the performance of their included heat pump and compare it to the known efficiency of the included gas burner. Once they determine that the heat pump has dropped below the efficiency of the gas burner, they’ll switch over. Then, they’ll switch back once outside temperatures rise enough to make the heat pump the better option.

Using a dual-source heat pump guarantees that you will always heat your home while saving the maximum amount of energy possible. When you consider that according to the US Energy Information Administration, space heating accounts for 42% of residential energy use, that’s a big deal. According to the EPA, homes with dual-source heat pumps can cut their winter heating bills by as much as two-thirds.

It also guarantees that your home will be comfortable all winter long. Owners of heat pumps often complain of a drafty feeling when the temperature outside drops significantly. This is because heat pumps only produce air that’s between 100 and 115 degrees Fahrenheit. While that’s enough to heat your home, it’s close enough to your body temperature that it may not feel very warm. A dual-source heat pump, by contrast, switches to its gas burner in cold weather, which eliminates that problem. In that mode, a dual-source heat pump works exactly like a conventional gas furnace, churning out hot air that’s 140 degrees Fahrenheit or more.

Dual-Source Heat Pump Considerations

Dual-source heat pumps make a great option for the majority of homes here in Washington. However, there are some things you should consider before choosing one. The first is whether or not your home already has a natural gas supply line. If it doesn’t, putting one in can substantially add to your installation costs. In that situation, the cost advantage enjoyed by dual-source heat pumps versus cold-climate heat pumps evaporates quickly.

The same is true if your home currently has a boiler or other hot water-based heating system. Dual-source heat pumps rely on in-wall ductwork to carry warm air throughout your home. Retrofitting your home to include that ductwork can be both prohibitively expensive and disruptive. However, you can still take advantage of the efficiency of a heat pump in the form of a ductless mini-split system, provided that you install one rated for use in cold climates.

The Dual-Source Heat Pump Specialists

If you believe that a dual-source heat pump is a good option for your home, Level 9 Heating & Cooling can help. We’ve served the local area since 1975, offering top-quality HVAC installation, HVAC maintenance, and HVAC repair services. That includes selling and installing the latest in dual-source heat pump systems. We also offer plumbing services, indoor air quality services, geothermal HVAC systems, and commercial HVAC services. Plus, we have deep roots in the community, where our employees donate their skills, money, and time to a variety of worthwhile organizations. We’re also Better Business Bureau accredited with an A+ rating, so you can always count on our excellent customer service, fair prices, and quality workmanship.

If you’re interested in how a dual-source heat pump can provide an efficient heating solution for your Washington home, contact Level 9 Heating & Cooling today!

Furnace in St. Louis, MO Furnace in St. Louis, MO

Choosing Between a Gas or Electric Furnace

Written by Kevin on . Posted in Heating. No Comments on Choosing Between a Gas or Electric Furnace

When it comes time to choose the right home heating system, you have two options: gas or electricity. They both can keep your home warm in the winter months. However, each choice has its own set of benefits and disadvantages. Here is everything you need to know to find the one that meets your needs.

Differences Between Gas and Electric Furnaces

Gas and electric furnaces work in different ways to heat your home. Gas furnaces have been a popular choice for homeowners. Many people choose them because they are efficient. Plus, natural gas is less expensive than electricity. These furnaces use the combustion process to generate a lot of heat quickly. They are ideal for use in colder climates or homes with large living spaces. Along with that, gas furnaces are also easy to install and maintain. Most of the time, you only need an annual inspection and tune-ups to keep them running optimally.

On the other hand, electric furnaces are gaining in popularity. They are seen as an environmentally friendly option for heating homes. They do not produce emissions, so they are a cleaner choice than gas furnaces.

Additionally, electric furnaces are less expensive than gas furnaces. You will not need to have a dedicated gas line or storage tank. However, they do tend to be less efficient than gas furnaces. If you live in a colder climate, stick with a gas furnace.

Which One Uses the More Efficient Process?

Gas furnaces use a combustion process. When the thermostat signals the need for heat, the gas furnace ignites and heats the air. All that warm air is circulated throughout the home. A gas furnace can get warmer temperatures in a shorter timeframe than an electrical unit. While you may think the combustion process will make a lot of noise, that is not true. These furnaces operate more quietly than other options.

Electric furnaces use electricity to generate heat through a resistance process. This method is also efficient. However, you could experience some energy loss due to the conversion process. Electric furnaces also take a bit longer to reach the desired temperature.

While gas furnaces may have higher upfront costs, they can result in lower energy bills and provide more consistent and reliable heat during extreme weather conditions. Electric furnaces may be more affordable in the short term, but their energy consumption can increase over time.

Which One Is Less Costly to Install?

Another consideration is the installation costs. Gas furnaces have a higher upfront price. You will need a gas line, combustion chamber, and venting system.

With an electric furnace, there are no extensive requirements. They do not need all that extra infrastructure. Most of the time, they are easy to install. Electrical furnaces are a budget-friendly option for homeowners who don’t want to deal with expensive upfront costs.

While electric furnaces may have a lower upfront cost, they may cost more in the long run because of their higher operating costs. Electric furnaces consume more energy than gas furnaces. As a result, you will have higher monthly energy bills over time.

What Is the Greener Option?

Natural gas or propane combustion in gas furnaces is a source of carbon dioxide (CO2) emissions. These pollutants have been linked to air pollution that could cause issues resulting in climate change. While modern gas furnaces are designed to emit fewer pollutants than older models, they still create greenhouse gas emissions.

Electric furnaces are often considered more environmentally friendly. They do not produce emissions. However, you need electricity to power the furnace. Sometimes, those sources may not be considered “green” if they use fossil fuels. Fortunately, some regions use electricity from renewable sources such as solar or wind. If that is the case with your home or community, the furnace’s environmental impact can be reduced.

Additionally, electric furnaces have a longer lifespan than gas furnaces and require less maintenance. With that, you will not have to worry about parts or old units filling up landfills and creating more waste.

What About Maintenance Costs?

Since gas furnaces use natural gas, you will want to have regular maintenance performed on them. During this time, the technician will inspect the combustion chamber and look for any signs of cracks or other damage. A cracked combustion chamber is inefficient and can cause a carbon monoxide leak in your home. Every winter, this odorless gas kills numerous people.

However, the combustion chamber is not the only place where leaks can happen. The technician will take the time to inspect the entire system. Without these checks, gas could leak into your home and create a fire hazard.

Along with that, gas furnaces need the proper ventilation to remove gas fumes from the home. You never want to have a buildup of toxic gases. If there are any problems, the technician can quickly and safely fix these issues.

Electric furnaces do not have these stringent maintenance needs. Since there are no combustion components, there are fewer parts for a technician to inspect. However, that does not mean you don’t need an annual inspection. You still want to make sure all the heating components and elements are working at full performance.

Which Furnace Takes Up More Space?

Gas furnaces are known for their small and compact design. They are a great option for those with limited utility space. This advantage can help homeowners who need to optimize space utilization or have confined utility areas. You can use gas furnaces in almost any home layout.

Electric furnaces may require a larger installation area. Their design and electrical components often demand more space. You might not be able to fit this furnace in a small utility closet. However, size does depend on the manufacturer. You may be able to find one that can accommodate your smaller space needs.

Which One Is More Reliable During a Storm or Emergency?

Gas furnaces require a constant supply of natural gas to operate. While they are dependable, you may be stuck without heat during power outages or gas shortages. In emergencies, power disruptions can impact the operation of gas furnaces. However, many modern gas furnaces have electronic ignition systems that do not rely on a constant pilot light.

Electric furnaces are equipped to handle emergencies. They are not dependent on a continuous gas supply, making them more reliable during power outages. However, they are still susceptible to electrical grid failures. Homeowners living in areas prone to prolonged power outages should consider backup power solutions such as generators or battery backups to ensure the uninterrupted operation of electric furnaces during emergencies.

Whether you want a new gas or electric furnace, Level 9 Heating & Cooling can help. We also offer repair, installation, and maintenance services for heating and cooling systems for both commercial and residential properties. Our team also provides plumbing services in the area. We are proud recipients of the Expertise.com award for our exceptional HVAC services in St. Louis. We also believe in giving back to our local community. If you would like to learn more about the differences between gas and electric furnaces, contact Level 9 Heating & Cooling today.

Geothermal heating in St Louis, MO Geothermal heating in St Louis, MO

Top 10 Reasons to Consider Geothermal Heating

Written by Kevin on . Posted in Heating. No Comments on Top 10 Reasons to Consider Geothermal Heating

While St. Louis winters can be quite chilly above ground, it’s a different story underneath your feet. Deep underground, the temperatures stay fairly warm throughout the year. If you can access that warmth, you can use it to heat your home. That’s the concept behind geothermal heating, an approach to home comfort that offers multiple benefits.

1. Energy Efficiency

Geothermal receives praise for the incredible energy efficiency it provides. This method of heating relies on heat pump technology. As a whole, heat pumps are efficient heating systems. They warm a home by moving warmth from the outdoors into your home.

Many heat pumps draw heat from the outdoor air. Geothermal heat pumps are even more energy efficient than those that source heat from the air. That’s because the temperature underground stays pretty consistent no matter the season. Even on 10-degree days, it may still be about 50 degrees Fahrenheit down deep in the soil.

Unlike furnaces, geothermal pumps don’t have to generate heat. Rather, they simply transfer the underground heat that already exists into your home. As a result, geothermal heating systems are significantly more energy efficient than even the most highly rated furnaces.

2. Lower Operational Costs

The more efficient an appliance is, the less power it requires for operation. An energy-efficient geothermal heat pump requires no natural gas and only a small amount of electricity. Lower energy use leads to reduced utility bills.

The savings that you see in your fuel bills can help you recoup the cost of installing a geothermal system. You may find that it doesn’t take too long to offset your initial investment cost.

3. Environmentally Friendly

Energy efficiency has environmental benefits as well as financial ones. When you choose an efficient heating system, you can feel satisfied that you’re doing your part to protect the planet.

In addition, since geothermal heat pumps run on electricity rather than natural gas, they don’t require the burning of fossil fuels. They allow you to heat your house without producing large amounts of carbon emissions that may contribute to global warming.

4. Multi-functionality

Geothermal heat pumps are invaluable for heating a home in the winter, but that’s not all they can do. Heat pumps can cool your home as well. You can use your geothermal system in place of a traditional air conditioner. Your energy-efficient HVAC operation can, therefore, continue throughout the year.

A heat pump’s cooling mode is the opposite of its heating mode. Instead of moving heat from outside to inside, the appliance draws excess heat out of the indoor air and transfers it underground. Doing so cools down your house so that you will stay comfortable even on the hottest days.

Not only that, but the unit can also heat water. Instead of delivering the reclaimed heat into the ground, a geothermal system can use a desuperheater auxiliary heat exchanger to divert the heat to your hot water tank for your laundry and showers. This hot-water capability works during all seasons.

5. Improved Comfort

When you run a gas furnace, it operates in cycles. For a few minutes, it puts a heavy blast of heated air into your rooms. Then, the unit shuts off again until the thermostat drops low enough to kick on another round of heating. You may start to get a little chilly whenever the furnace is in its rest mode. Geothermal units put out warm air in a more consistent fashion. Many homeowners find that approach to heating preferable.

In addition, furnaces have a reputation for producing dry air that can cause respiratory troubles and skin irritation. Heat pumps don’t have the same drying effect. When you use a geothermal system, your nose, throat and hands may feel the difference.

6. Space Savings

With an HVAC setup that includes a furnace and an air conditioner, there are multiple parts involved. Outdoors, you have a compressor. Plus, both a furnace unit and an air conditioning unit sit indoors. Altogether, those components can take up a lot of space.

Geothermal systems don’t require as much floor space. There’s no outdoor unit and only one indoor component, the heat pump. The system also includes ground loops, but since those are buried outside, you won’t ever see them.

7. Reduced Noises

Running a traditional furnace can be a bit noisy. While a furnace that’s in proper working order shouldn’t be overly loud, you are still likely to notice whenever it kicks on and off. Geothermal heat pumps are much quieter.

Also, there is no outdoor compressor as there is with a traditional air conditioner. You will be able to enjoy quiet summer evenings in your backyard without the interruption of the AC’s loud hum.

8. Safe Heating

With a traditional furnace, there’s always a risk of carbon monoxide poisoning. The combustion process produces this dangerous gas. If there’s a problem with your furnace, the carbon monoxide could leak into your house.

You won’t have to worry about that with geothermal heating. Since this type of system doesn’t rely on combustion to produce heat, there’s no carbon monoxide involved.

9. Tax Credits

Because of geothermal heating’s benefits, there are often incentives to install this type of system. You may be eligible for a tax credit if you decide to invest in geothermal. This can help you recoup the costs of installation even more quickly than you would otherwise.

The availability of tax credits may vary from year to year and depending on where you live. You can ask your geothermal professional whether any tax incentives are currently available in your area.

10. Impressive Life Span

Unlike an air conditioner compressor that sits outside throughout the year, geothermal heat pumps are protected from the elements. That means that they usually last longer than traditional heating and cooling systems.

In general, air conditioners are often good for 15 years. You may get closer to 20 years out of a standard furnace. A geothermal system, on the other hand, can last for years longer. The looping system, which is the underground portion of the system, may stay in proper working order for 50 years. The heat pump portion may need to be replaced after 20 or 25 years.

Considering that many people have their geothermal systems running for the majority of the year — in both summer and winter — that’s an impressively long life span!

Level 9 Heating & Cooling is your source for heating and cooling services in the Washington and St. Louis areas. We are experts in geothermal heating, and we’re also well-versed in caring for traditional air conditioners and furnaces. Our team specializes in both residential and commercial HVAC. You can count on us for indoor air quality and plumbing care as well. We’ve been serving the area for nearly five decades and look forward to becoming your trusted source for HVAC and plumbing expertise.

Reach out to Level 9 Heating & Cooling today to learn more about geothermal heating in St. Louis!

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