Recycle Utah

Nonprofit Summit County, Utah Recycling Center

Energy

Power Down Your Roof Top Heat

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The cost of turning on rooftop heat tape in late fall and running it continuously until spring is easy, but it’s certainly not energy-efficient or cheap. You may be in for a $60+ increase in your monthly electric bill. On the other hand, running a system programmed for optimal operation time will cut that increase, perhaps in half. To install this kind of “part-time” deicing tape system, do some research first, and hire a professional.

  • Learn about the 2 types of heat cable—constant wattage and selfregulating, investigate radiant heat panels, and how to use a thermostat and/or timer effectively.
  • Run the cable loops in such a way that snow and ice on the roof and the gutter edges melts and drains.
  • Turn the system on at the season’s first significant snowfall. Then run it before snow is anticipated to warm up the cables and begin the melting process when the snow falls.
  • Have cable heated when temperatures are between 10 and 34 degrees which is when most ice dams form.
  • Set the system to operate during daylight hours to promote melting using less heat. If it’s necessary, run the system for periods of 24 hours.
  • Control the thermostat of a constant-wattage de-icing system based on real-time weather events using an app. Get serious about running an energy-efficient home rooftop heat tape system. Watch what goes on your roof and in your gutters this winter and plan for a more energy-efficient system next year.

By Bev Harrison

Efficient Home Heating

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As the cold, snowy Park City winter approaches, there are a few things everyone can do to help improve sustainability. When temperatures start to drop, everyone’s thermostat kicks in, heating the house back up to a normal temperature. However, generating this heat requires the use of fossil fuels, emitting carbon into the atmosphere. By consuming less heat, less carbon is released into the atmosphere. The following are some ways to help minimize the energy spent heating your house.

Let the sun in during the daytime. The sun is a free source of heat, and by keeping your blinds open on a Park City winter day, your house can capture some of this heat by taking advantage of the greenhouse effect. Conversely, close your curtains come nighttime. Windows can be a key source of heat loss because they are not as well insulted as walls. By closing your curtains, you can cut down on heat loss and take strain off your furnace. Additionally, you can purchase insulated curtains that decrease heat loss and maximize your windows’ energy efficiency.  

Sealing air leaks and drafts is also a key way to minimize heat loss. Although commonly unnoticed, air leaks can a large source of heat loss, increasing the need for your furnace. Common locations of air leaks include external doors, windows, attics, and basements. The cost of properly sealing these locations will have minimal expense, but the benefits on both your heating bill and the environment are quite impactful.

By Pearson Ehrich

Decarbonizing our Homes

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You’re building a new home and landscaping your yard; would you adorn it with Kentucky Blue Grass? Or mix in some low-water native plants? It’s the same with our homes as we move into the future with ‘electrification’ as the latest buzz.  What exactly is this method of decarbonization?

Residential focus is on heating, cooking appliances, dryers, breaker boxes, solar, electric vehicle chargers and battery storage. Home heat involves replacing gas furnaces and water heaters with electric heat pumps, gas fireplaces with electric versions, gas stoves with induction cooktop/ranges and breaker boxes to accommodate the additional wattage. However, who can afford this necessary transition as we progress into the future, especially since gas is still affordable? To replace our 80 million + appliances in our 120 million U.S. households in the coming decades, equitable federal investment is critical. 

Additionally, decades of research shows that gas stoves can release harmful pollutants and sadly, indoor air emissions from these fossil fuel-burning appliances remain unregulated. Repeated long-term indoor air exposure to our beloved gas stoves can lead to development of respiratory complications and other health issues. 

By Mary Closser

Let the Sun Shine In

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It’s the height of Summer, which means long days and plenty of sunlight. While we’re busy enjoying the warm weather and taking vacations, we don’t always think about lighting in our homes and offices. Turning on lights during the day can add unnecessary energy use and expenses – especially when we have such an abundant source of daylight in the summer.

Be sure to use natural daylighting as much as you can at home and in the office. If you have access to windows and plenty of sunlight, artificial lighting isn’t necessary. Natural lighting is better for health and productivity anyway! If you find your home gets too much by direct sun, you can purchase window shades or screens to reduce heat gain, UV exposure, and glare while still letting in some sunlight. At work, encourage your office to use natural lighting wherever possible.  If you can work remotely, try working outside to get fresh air and boost your mood!

If you need to use artificial lighting, be sure to use it efficiently. Turn the lights off when you’re done in a room – especially if you are the last one at the office! Be sure to switch to LED lights; this is one of the easiest and most effective actions you can take to reduce energy use at home. LEDs use 75% less energy and can last over 15 years longer than incandescent lights while providing the same amount of light or lumens.

By Haylee Neel

A/C Efficiency Tips

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Summer is here, and with Utah’s trend of record-breaking temperatures, it’s bound to be a hot one. The warmer it gets, the more we rely on energy intensive, fossil fuel burning AC units to cool our homes and buildings. It is estimated that up to 6% of all energy use comes from air conditioners alone, releasing around 100 million tons of carbon dioxide into the air each year.

So, what are some ways to limit AC usage and improve overall efficiency to reduce environmental impact? The first thing you can do is think about replacing your older unit with something more energy efficient, which will not only help reduce individual emissions but also significantly lower the cost of your energy bill. Evaporative or swamp coolers, for example, are often more efficient than traditional air conditioners. If your unit isn’t in need of an upgrade, behavioral actions, like keeping the temperature higher on your AC, can also save energy.

If you’re looking for ways to reduce your overall need for air conditioning, improving your home’s insulation and sealing around windows can help keep cool air circulating indoors. Before turning on your AC, try using fans with ice in front of them, or using window “tuning” to improve airflow. Keeping shades and curtains closed or putting in solar screens can further reduce AC usage. The best part about finding ways to be energy efficient is that it’s a win for both the environment and your wallet!

By Olivia Beckstead

Switch to Smart Power Strips

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As peoples’ offices have moved from corporate buildings to their living rooms, power strips have become a household staple. These appliances allow you to power your multiple devices simultaneously, but they can also be responsible for excessive energy use. Phantom loads explain the idea that energy is being used when a device is plugged in, even when powered off. These phantom loads account for 5-10% of the average household’s energy consumption.

People tend to leave their devices plugged in for longer when they use power strips, but is the added convenience worth wasting energy? Though power strips use less energy than direct outlets, there is still a better option. Rather than trying to remember to unplug your devices at every work break, let smart power strips do heavy lifting. These devices sense when an appliance’s power consumption decreases and shuts of the electricity streaming from that specific outlet. Surge detectors and motion detectors are now integrated into some smart power strips to simplify your use even further. These devices typically cost around $30, just a fraction of the potential gain you will see through reduced energy bills over time.

Smart power strips should be in any outlet that powers a device that is responsible for a high degree of phantom loads or multiple devices. Some devices responsible for high energy consumption include televisions, video game consoles, desktop computers, printers, and phone chargers. Avoid lofty energy bills while simultaneously helping the environment by opting for this affordable alternative to conventional power strips.

By Lauren Allen