With winter in Illinois bringing longer heating seasons and colder indoor temperatures, many households look for practical ways to reduce natural gas usage without sacrificing comfort. The good news: a handful of HVAC adjustments—some quick, some seasonal—can cut waste and help systems run more efficiently.

1) Set the thermostat for steady, efficient heat

Start with how your home is heated day to day. Using a programmable or smart thermostat to keep temperatures steady can reduce unnecessary cycling. Experts commonly recommend setting the thermostat lower while you’re asleep or away, then raising it gradually when you’re home.

For many Illinois homes, small changes—like dropping the thermostat by a few degrees during inactive hours—can add up over months. If your furnace runs often, consider whether overshooting the temperature is causing longer burn cycles.

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Choosing between a salt-free water softener and a traditional softener is less about marketing claims and more about how your specific water behaves. “Hard water” typically contains calcium and magnesium, which can form scale on heaters, pipes, and fixtures. Different technologies target that scale in different ways—affecting results, upkeep, and long-term performance.

Traditional water softeners use an ion-exchange process and generally replace calcium and magnesium with sodium or potassium. Salt-free systems usually refer to water conditioners that do not remove those minerals; instead, they change how scale-forming minerals behave so deposits are less likely to adhere to surfaces.

How they work

A traditional softener relies on resin beads that attract calcium and magnesium ions from water. When the resin becomes saturated, it regenerates using a brine solution made from salt (or sometimes p ... Read more »

Radon is a naturally occurring radioactive gas that can seep into homes from soil and rock. Because it’s invisible and odorless, testing is the only practical way to know whether indoor radon levels are high—and the quality of your result depends heavily on the detector you choose and where you place it.

Start with what you need to measure

Different detectors serve different purposes. Short-term devices can provide a snapshot suitable for faster decisions, while long-term tests are better for capturing seasonal variation and typically give a more representative annual average. Before buying, confirm the detector type, test duration, and whether the product is intended for residential radon measurement.

If you’re doing compliance-oriented testing (for example, prior to mitigation or under a local program), look for detectors that are recognized through established quality assurance schemes and ... Read more »

Smart thermostats promise savings and comfort, but most of their benefits depend on getting the initial setup right. A correct installation, accurate temperature readings, and well-tuned schedules can reduce heating and cooling waste across winter, spring, summer, and fall.

Below is a straightforward setup checklist—followed by what to adjust each season—so your thermostat performs reliably from the first cold snap to the hottest day.

Start with the right placement and compatibility checks

Before you buy or install settings in the app, confirm your HVAC compatibility (heating type, system voltage, and wiring labels). Then place the thermostat where it can measure indoor temperature accurately—away from direct sunlight, drafts, heat sources, and exterior doors. Many issues that look like “software problems” are actually bad sensor locations.

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