A sewer excavation project typically starts with locating the damaged section of pipe and marking a safe work area. You can expect equipment on-site, protective barriers, and in some cases temporary limits on sewer use while the repair or replacement is completed. Once the pipe work is finished, the area is backfilled and secured so your property is left safe and stable, with final surface repairs completed based on the site and materials involved.
Trenchless repair can be a great option when a sewer line is damaged but still structurally sound. In the Denver metro area, excavation is typically recommended when the pipe has collapsed, shifted significantly, has severe corrosion, or has damage that can’t be properly repaired from the inside. Excavation allows direct access to remove and replace the failed section so the fix is reliable and helps prevent repeat backups, leaks, and ongoing sewer problems.
You may need a pressure reducing valve if your home has water pressure above 80 psi or if you notice signs like banging pipes, leaking fixtures, frequent plumbing repairs, or appliances wearing out faster than expected. A PRV helps lower water pressure to a safer range, typically between 40 and 60 psi, protecting your plumbing system and appliances from damage.
High water pressure isn’t always obvious, but it can quietly cause damage throughout your home. Many homeowners first notice warning signs like banging pipes when fixtures shut off, recurring leaks at faucets or toilets, or appliances such as washing machines and dishwashers needing repairs sooner than expected. These are often symptoms of pressure that’s higher than your plumbing system was designed to handle.
The most reliable way to know if you need a PRV is to check your water pressure. If your home’s pressure consistently measures above 80 psi, installing a pressure reducing valve is strongly recommended. Excess pressure puts constant stress on pipes, fittings, valves, and appliances, increasing the risk of leaks, burst pipes, and premature equipment failure.
A properly installed PRV regulates incoming water pressure and keeps it within a safer range, usually between 40 and 60 psi. This helps extend the life of your plumbing system, improves fixture performance, and reduces the chance of sudden plumbing emergencies.
For homeowners across the Denver metro area, including those in the southern parts of Denver with easy access from Aurora, Done! Plumbing, Heating, Cooling & Electric can test your water pressure, inspect your system, and explain whether a PRV is needed. Addressing high pressure early helps prevent avoidable damage and gives you peace of mind that your plumbing system is protected long-term.
Floor drains typically connect to your home’s sewer system through a drain pipe that leads into the main waste line. Most floor drains include a P-trap and vent to allow water to flow out while preventing sewer gases from entering the home. In some Denver-area homes, garage or basement floor drains may instead route to a sump pit or approved storm drainage system, depending on local plumbing codes and how the home was built.
Floor drains are designed to safely remove excess water from areas like basements, laundry rooms, utility rooms, and garages. In most homes across the Denver metro area, a floor drain connects to the main sewer line through a network of underground pipes. This allows water to drain away efficiently while keeping wastewater contained within the plumbing system.
To prevent sewer gases from entering the home, floor drains are typically built with a P-trap. The trap holds a small amount of water that acts as a seal between your living space and the sewer system. Floor drains are also vented, which helps maintain proper air pressure so water can flow freely without gurgling or slow drainage.
In some cases, especially in garages or lower-level spaces, a floor drain may not connect directly to the sewer line. Depending on local Denver-area plumbing codes and the age of the home, the drain may route to a sump pit, daylight drain, or an approved storm drainage system instead. This is common in homes where managing groundwater or surface runoff is part of the original design.
Because floor drain configurations vary by location, age of the home, and local code requirements, problems like sewer odors, slow drainage, or backups often require professional inspection to identify where the drain actually leads. For homeowners across the Denver metro, including those in the southern areas with easy access from Aurora, Done! Plumbing, Heating, Cooling & Electric helps trace floor drain connections, confirm proper trapping and venting, and correct issues before they turn into water damage or sewer backups.
The time required to install a new water line depends on several factors, including the length of the water line, the route it must follow, soil conditions, and whether any obstacles such as concrete, landscaping, or existing utilities are present. Some installations are straightforward, while others require additional planning or coordination.
During installation, there may be temporary interruptions to water service and limited access to certain areas of the property. When possible, installation methods are selected and scheduled to reduce disruption and keep essential plumbing functional throughout the process.
Clear communication before and during the project helps set expectations around timing, access needs, and restoration. Once installation is complete, the water line is tested to ensure proper operation before normal use resumes.
A water softener works by filtering out the minerals that cause hard water—mainly calcium and magnesium. Inside the system, water passes through a resin bed that swaps those hard minerals for sodium or potassium ions, which prevents scale buildup in pipes, fixtures, and water heaters. Over time, the softener regenerates by flushing the resin with saltwater to recharge it for continued use. For Littleton homeowners dealing with mineral-heavy water, a properly sized softener can make daily water use easier, reduce spotting and buildup, and extend the life of appliances. Done installs and services water softeners that are tuned for Denver-area conditions, so you get reliable soft water without the hassle.
A water softener can make a noticeable difference in both comfort and long-term home maintenance. By removing hard minerals from your water, softeners help prevent scale buildup inside pipes, water heaters, and appliances, which can improve efficiency and extend equipment life. Many homeowners also notice softer laundry, cleaner dishes, less soap scum, and fewer white spots on fixtures and shower glass. In Littleton, where mineral-rich water is common, installing the right system can reduce repair costs and keep your plumbing running smoothly. Done’s licensed plumbers install and service water softeners designed for Denver-area homes, making it easy to enjoy cleaner, softer water every day.
Many homeowners don’t realize they have hard water until the symptoms start showing up around the house. If you’re seeing chalky white buildup on faucets, cloudy spots on dishes, soap that won’t lather well, or dry skin after showers, hard minerals may be the cause. Hard water can also shorten the life of water heaters, washing machines, and plumbing fixtures by creating scale inside pipes and equipment. In Littleton, mineral-rich water is common, so testing your water hardness is the best way to know for sure. Done’s licensed plumbers can evaluate your home’s water conditions and recommend the right softening solution to protect your plumbing and improve everyday water use.
Tankless water heaters offer continuous hot water, improved efficiency, and a longer system life. For Denver homeowners, they’re a smart upgrade that supports modern lifestyles and growing household needs.
Swamp coolers are commonly installed in windows, on rooftops, or through exterior walls. The location is chosen based on airflow needs, home layout, and the ability to distribute cool air effectively throughout the space.
Installation includes connecting the unit to a water source for the evaporative cooling process and ensuring proper electrical connections. Adequate ventilation is also critical so warm air can exit the home as cooler air is drawn in.
Once installed, the unit is secured to maintain structural integrity and prevent leaks or vibration. The system is then tested to confirm proper airflow, water distribution, and cooling performance.
Proper installation helps maximize cooling efficiency, minimize water use, and prevent issues related to leaks, airflow, or structural damage. Professional installation ensures the system operates safely and effectively.
Done! provides professional swamp cooler installation to ensure proper setup, efficient operation, and reliable cooling performance.
Swamp coolers use a simple evaporative process to cool air, which typically requires less electricity than traditional air conditioning systems. This can lead to lower energy use and reduced cooling costs during warm weather.
Unlike standard air conditioners, swamp coolers add moisture to the air as part of the cooling process. This can improve indoor comfort in dry climates by reducing overly dry indoor conditions.
Swamp coolers draw in fresh outdoor air and circulate it through the home, helping to replace stale indoor air. This continuous airflow can support better indoor air quality by refreshing the air throughout living spaces.
The effectiveness of a swamp cooler depends on factors such as local climate, humidity levels, and home design. A professional assessment helps determine whether a swamp cooler is a practical and efficient option.
Done! can evaluate whether a swamp cooler is a good fit for your home and explain the benefits based on your cooling needs and environment.d help you understand the potential benefits based on your local climate and cooling needs.
Ductless mini-splits use heat pump technology to move heat rather than generate it. In warm weather, they remove heat from indoor air to cool the space. In cooler weather, the system reverses operation to bring heat indoors, providing efficient heating.
Because they can both heat and cool, ductless mini-splits are well suited for year-round comfort. They are commonly used in spaces like additions, basements, garages, or rooms with inconsistent temperatures where traditional ductwork is limited or unavailable.
Mini-splits are designed to deliver targeted comfort with high energy efficiency. Their ability to adjust output based on demand helps maintain consistent temperatures while using less energy than many traditional systems.
Done! can help homeowners choose a ductless mini-split system that provides efficient heating and cooling tailored to their home and comfort needs throughout the year.
