High-efficiency Model
High-efficiency Model | Toilet Upgrades and Replacements | Plumbing | New Tazewell
Tired of flushing money down the drain? HEP’s licensed plumbers bring the latest high-efficiency models to New Tazewell, swapping out dated fixtures for sleek designs that cut water use by up to 60 %. From compact comfort-height bowls to whisper-quiet dual-flush systems, we match your home with toilets that save resources, lower utility bills, and add a fresh dose of style.
Our team handles every step of your toilet upgrades and replacements—removing the old unit, checking supply lines, installing the new model, and hauling away debris, all in a single visit. With honest, upfront pricing and 24/7 emergency support, HEP makes it simple to upgrade today and start saving on every flush tomorrow.
FAQs
What makes a toilet “high-efficiency,” and why should I upgrade?
Under current EPA WaterSense® guidelines, a high-efficiency toilet (HET) uses no more than 1.28 gallons per flush (GPF)—roughly 20-60 % less water than the 1.6–5 GPF models installed before the mid-1990s. Upgrading cuts water consumption, lowers Claiborne County Utility District bills, reduces strain on septic systems, and helps New Tazewell meet state water-conservation targets. Modern HETs also feature redesigned bowls and larger trapways, so performance is equal to or better than older units.
How much can I save by replacing my old toilet with a high-efficiency model in New Tazewell?
A family of four flushing an older 3.5 GPF toilet about 20 times a day uses roughly 25,500 gallons of water annually. Switching to a 1.28 GPF HET drops usage to about 9,300 gallons—a savings of 16,200 gallons. At the local average combined water/sewer rate of $0.009–$0.011 per gallon, the upgrade can save $145–$180 every year. If you are on a septic tank, you’ll also pump the tank less often, adding another $50-plus in long-term savings.
Will a dual-flush or pressure-assist HET work with my existing plumbing?
In most homes built in and around New Tazewell, yes. Dual-flush gravity units install just like a standard toilet and require only a standard 3⁄8-inch supply line. Pressure-assist models need 35-80 psi of incoming water pressure, which is well within the city’s 45-100 psi distribution range. During our in-home assessment we check shut-off valves, flange height, and venting to confirm compatibility before recommending a model.
Are there rebates or incentives for high-efficiency toilets in New Tazewell?
Tennessee does not currently have a statewide rebate program, but the Claiborne County Utilities Board periodically offers $25–$50 bill credits for WaterSense-labeled toilets; funds are limited and issued on a first-come, first-served basis. We provide the rebate form, model numbers, and proof of purchase so you can apply immediately after installation. Federal tax credits are not available for toilets, but HETs may help meet requirements for whole-home water-efficiency certifications that do qualify.
How long does a professional toilet replacement take, and what should I expect on installation day?
A standard swap-out typically takes 60-90 minutes per fixture, including water shut-off, removal of the old unit, flange inspection, minor repairs, and setting the new toilet with a wax or wax-free seal. Our crew protects your flooring with drop cloths, hauls away and recycles the old porcelain at the Claiborne County transfer station, and tests for leaks before we leave. If your flange is damaged or the supply valve needs replacement, plan on an additional 30-45 minutes.
What maintenance do high-efficiency toilets require after installation?
Care is minimal: 1) Use non-abrasive cleaners to protect the bowl’s glazed coating and efficient rinse channels. 2) Avoid in-tank chlorine tablets; they can degrade flappers and seals designed for low-volume flushing. 3) Every 6-12 months, check the fill-valve screen for sediment common in New Tazewell’s moderately hard water. 4) If you hear the toilet refilling on its own, the water-level seal may need a quick, inexpensive replacement. Following these steps keeps an HET running efficiently for 20-30 years.