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Custom Comfort Plumbing, Heating, & Cooling LLC

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Go Green With Geothermal Heating and Cooling

Home|Archives forRadiant Heating

Do you wish you could heat and cool your home with a single system, all while doing less harm to the environment? Geothermal heat pumps, which are heating and cooling systems that function by exchanging heat between your home and the earth below your yard, are becoming more popular among homeowners. Read on to learn more about these energy-efficient, eco-friendly heating and cooling systems and their benefits.

What Are Geothermal Heat Pumps and How Do They Work?

Geothermal heat pumps are devices that can function both as heaters and air conditioners. You can switch them from heating to cooling mode with the flip of a switch. Connected to the heat pump are a series of large pipes or coils, which stretch through the soil about six feet beneath the earth’s surface. These pipes are filled with water.

Geothermal heat pumps are effective because the soil below ground remains a pretty consistent temperature year-round. In the winter, the water within the below-ground pipes pick up heat and carries that heat into the heat pump, which is located inside the home. In the heat pump, that heat is concentrated and then used to warm air that’s circulated through your ducts.

In the summer, the heat pump picks up heat from within your home and transfers it to the water. The water is then circulated through the below-ground pipes, discharging the heat into to the cool soil. As heat is continually carried out of your home, it remains cool and comfortable in spite of high outdoor temperatures.

Why Is a Geothermal Heat Pump a Good Choice?

Geothermal heat pumps are easiest to install in new builds, but they can be added to existing homes as long as your home is positioned in an area where the pipes can safely be installed below ground. These systems offer many benefits, including the following.

Lower Energy Bills

According to one estimate, the average homeowner saves between 25% and 50% on their heating and cooling bills when they switch from a conventional HVAC system to a geothermal heat pump. Geothermal heat pumps use electricity rather than natural gas, so installing one might allow you to cancel your natural gas service if you don’t have any other gas appliances.

Costs vary, but as a rough estimate, you can expect to pay about $1 per day to heat or cool the average 2,000-square-foot home with a geothermal heat pump.

Environmental Benefits

Geothermal heat pumps benefit the environment in a number of ways. First off, they do not burn any fossil fuels as a traditional furnace does, so you’re not releasing any carbon dioxide or other greenhouse gases into the air. Heat pumps do require electricity—which is sometimes generated by burning fossil fuels—but with several states turning more and more towards greener power, this is becoming less of a concern.

The heat below ground is seen as an unlimited resource. You don’t need to make any changes to a landscape to harness this underground heat as you might to obtain fossil fuels for conventional HVAC systems. This is one reason why geothermal heating is acknowledged by the EPA as being the most environmentally friendly heating and cooling option available.

Zero Carbon Monoxide Emissions

With any heating system that burns fuel, there is always a risk of carbon monoxide poisoning. Carbon monoxide is an odorless gas that’s released whenever fuel is burned. It can cause headaches, nausea, confusion, and even death. Hundreds die each year from carbon monoxide poisoning in the United States. Since geothermal systems don’t burn fuel, they do not release carbon monoxide—so you don’t have to worry about this risk.

Quiet Operation

Traditional air conditioning compressors can be pretty noisy, especially when you’re near them outside. Geothermal heat pumps, however, operate very quietly in the summer and the winter. You don’t have to worry about the roar of your air conditioner getting in the way of your picnic or outdoor gathering.

Hot Water Production

Many geothermal heat pump systems are set up to also provide hot water to your home. You don’t need to have a separate hot water heater. This helps negate some of the increased cost of installing a geothermal system rather than a conventional HVAC system. It also means you have fewer appliances to maintain and more space in your basement.

Long Life Span

Most geothermal heat pumps are expected to last at least 25 years, and the exchange pipes can last 50 years or more. This is longer than the average life expectancy for a furnace or air conditioner, which is about 15 years. So, when you choose a geothermal heat pump, you won’t have to worry about replacing it as soon.

With a single geothermal heat pump, you can reduce your environmental impact, enjoy a quieter and safer home, and minimize the need for repairs and replacements. If you think geothermal heating and cooling may work well in your home, get in touch with Custom Comfort today for an estimate.

Filed Under: Radiant Heating

7 A/C Maintenance Tasks to Tackle Before Summer

With winter nearly over, it’s only a matter of time before you start thinking about putting your air conditioner back into service. However, putting your A/C system back to work isn’t as simple as turning it on and hoping for the best. It’s a good idea to take care of the following maintenance tasks before you start using your A/C system for the summer.

Uncover and Clean the Outdoor Condenser Unit

If you’ve had the outdoor portion of your central A/C system under wraps this winter, now is a good time to uncover it. Once the covers are off, it’s a good idea to check the unit for any damage or debris—especially damage potentially caused by rodents. 

The outdoor condenser unit draws air from the bottom of the unit, which means this area has to be kept free of stray leaves, branches, and other debris. After your cursory inspection, carefully remove debris and stray vegetation from within and around the base of the outdoor unit.

If you see large amounts of dirt and grime on the condenser coil, you may need to rinse it off with your garden hose. Carefully and thoroughly hose down the condenser coil, making sure to avoid direct contact with any electrical components. To remove stubborn grime, spray the coil with a mix of mild detergent and warm water and use a soft-bristle brush to gently scrub down the unit. Afterwards, use your garden hose to rinse the solution and allow the coil to air dry.

Check the Outdoor Suction Line’s Insulation

Insulation around the outdoor condenser unit’s suction line can become worn or damaged due to natural rot, rodent damage or water intrusion. When checking your outdoor condenser unit, you should make sure this insulation remains intact. If it isn’t, then you should replace it with the appropriate size and type of insulation for the suction line.

Clean the Evaporator Coil

Like the condenser coil, the evaporator coil needs occasional cleaning due to dust, grime, and debris accumulation. Such buildup can prevent your A/C system from operating properly, resulting in a loss of cooling performance and energy efficiency.

To clean the evaporator coil, you should use a spray bottle filled with a mild detergent and warm water. Use a soft-bristle brush to carefully clean the evaporator coil without damaging any of its delicate fins. When you’re finished, use another spray bottle filled with warm water to rinse the coil and allow it to air dry.

Check the Condensate Drainage System

In addition to cleaning your evaporator coil, you should also take a look at the condensate drip tray located directly below the coil and the drainage system directly attached to it. First, make sure the drip tray itself is not damaged or worn in any way. If you see any cracks, pinholes, or areas with severe rust or corrosion, you may need to replace the entire tray.

Next, make sure the drainage line is free of any clogs or obstructions that could cause condensate to back up and overflow the drip tray. If necessary, use a small drainage snake to break up tough, large clogs. Afterwards, disinfect the drain line by pouring a half-cup of white vinegar down the condensate drain. You can also use household bleach to disinfect the drain line, although vinegar offers a safer yet effective alternative.

Check and Change Your Air Filter

It’s easy to forget about changing your air conditioner’s air filter, especially since it seems like such a small part of your A/C system. However, your air filter plays a pretty big role in preventing common airborne pollutants, including pollen, pet dander, carpet fibers, and certain viruses and bacteria, from circulating throughout your home. You should check and change your air filter at least once every three months, unless otherwise specified by your A/C system manufacturer.

Check and Lubricate the Blower Fan Assembly

Lubricating your blower fan motor on a regular basis can help prevent excessive wear and tear and keep your A/C system operating with as little noise as possible. Proper lubrication also increases your blower fan motor’s life expectancy, resulting in lower maintenance costs over the life of the A/C system.

You should also take the time to carefully inspect the blower fan itself. Carefully check each blade for dents, deformation, or corrosion-induced pitting. Watch for severe rust, as this could cause the fan to fail during operation. Also make sure the wiring for the blower fan motor is intact, with no signs of fraying or heat damage.

Inspect Your Ductwork

Hidden ductwork problems can make it difficult to circulate cool, conditioned air throughout your home. A damaged or incorrectly installed portion of duct can divert conditioned air into normally unconditioned spaces, resulting in unexpected temperature swings and poor overall cooling performance.

It’s always a good idea to inspect as much of your ductwork as possible. Be on the lookout for obvious signs of damage or neglect, including any rips or tears in soft ductwork, rust, and corrosion on metal ducts and portions with failed or missing tape or mastic. For portions of your ductwork that are normally inaccessible to you, you can have your HVAC technician perform an inspection of your ductwork in these hidden areas.

Proactive air conditioner maintenance is essential if you want your system to perform at its best throughout the summer. Contact us through our online form to schedule your next A/C maintenance or if you have any questions about your A/C system.

Filed Under: Radiant Heating

Also servicing Park City, Kasville , Salt Lake City, and surrounding areas.

Custom Comfort Plumbing, Heating & Cooling LLC has been serving the Utah, Idaho, Wyoming area for the last 11 years. We are a premier provider of high-end custom plumbing, HVAC, and comfort systems. Whether you need custom remodeling, new construction, our maintenance services, our technicians and service department are ready to help.

Our services include plumbing, HVAC, radiant heating (infloor heat), snow melt systems, steam boilers, geothermal, solar, radon mitigation, indoor air quality, and consulting. Please take a look at our work, then contact us for a free consultation and see what Custom Comfort can do for you.

We provide service to Utah, with clients in Salt Lake City, Park City, Ogden, Layton, Farmington, Davis County, Salt Lake County, Weber County, and Utah County. We also travel to Idaho and Wyoming. Call us today and get to know the Custom Comfort difference.

Filed Under: Radiant Heating

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1101 West 850 North
Centerville, UT 84014
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