Get All the Hot Water You Need with a Tankless Water Heater!

Quick Answer: A condensate neutralizer protects plumbing from acidic water heater condensate. It uses materials like limestone or marble to neutralize the acid before it goes into the pipes. Regular checks and replacement keep it working well, preventing corrosion and damage.
In-Depth Answer: A water heater condensate neutralizer is a device used to treat and neutralize the acidic condensate produced by high-efficiency gas-fired water heaters. These water heaters extract heat from the combustion gases, which results in the formation of acidic condensate as a byproduct.
The condensate produced by these water heaters is typically acidic, with a pH level below 7, due to the presence of sulfur compounds in the combustion gases. If this acidic condensate is discharged directly into the plumbing system, it can cause corrosion and damage to the pipes, fixtures, and wastewater treatment systems.
A condensate neutralizer is designed to counteract the acidity of the condensate before it is discharged into the plumbing system or wastewater drain. It typically consists of a canister filled with a neutralizing media, such as limestone chips or marble, which is alkaline in nature.
When the acidic condensate flows through the neutralizer, the neutralizing media reacts with the acid, raising the pH level and reducing the acidity. This process helps to protect the plumbing system from corrosion and prevents damage to the wastewater treatment infrastructure.
The neutralizer should be regularly inspected and replaced as needed to ensure its effectiveness. The frequency of replacement depends on the water heater's usage and the amount of condensate produced. It is important to follow the manufacturer's instructions for maintenance and replacement to ensure the proper functioning of the condensate neutralizer.
Overall, a water heater condensate neutralizer plays a crucial role in maintaining the integrity of the plumbing system and protecting it from the corrosive effects of acidic condensate produced by high-efficiency gas-fired water heaters.

The higher the altitude, the less oxygen there is in the air. The less oxygen in the air, the harder a water heater needs to work to burn fuel. As a result, water heaters at high altitudes require more fuel (BTUs) to operate than those at lower altitudes. Add to this our extra chilly groundwater and again water heaters have to work twice as hard to raise the temperature of the water. The same water heater that can produce enough hot water to run 3 showers simultaneously in Denver can run 7 showers simultaneously in Miami and Los Angeles!

Absolutely! Tankless water heaters provide much more efficient hot water than traditional tank water heaters and come with a longer expected lifespan. High-efficiency models are eligible for utility rebates and tax credits, and, you can expect to save hundreds of dollars a year on energy bills. (Plus, you'll never have to worry about running out of hot water again!)

Before upgrading from a traditional tank water heater to a tankless water heater, your installer will determine if your water, ventilation, gas supply, and electrical power are sufficient to support the new system. Additionally, you want to consider the amount of hot water that will be needed in order to size a tankless heater properly. In the Denver metro area, we need to take altitude and cold groundwater into consideration to properly size a tankless water heater.

A tankless water heater can be installed in almost any location as long as it has access to the gas or electric power source and a dedicated cold water supply line. In the Denver metro area, tankless water heaters are most frequently installed indoors where they are protected from snow, ice, and freezing temperatures. Our installation team will make sure that the space where your water heater is installed has plenty of ventilation, proper drainage, and an appropriate temperature range.