Perceptible water quality issues may indicate the presence of a contaminant or other water quality problems. The smell of sulfur or even a chlorine odor may not necessarily indicate that your water is unsafe to drink. If your water smells like rotten eggs, that likely indicates the presence of hydrogen sulfide gas.
This could be due to a problem with your water heater or naturally occurring sulfur bacteria , especially in well water. These issues can produce hydrogen sulfide, which leaves an unpleasant scent wherever it goes. Tap water that contains hydrogen sulfide gas or sulfur bacteria is sometimes referred to as sulfur water.
Hydrogen sulfide gas, which smells like rotten eggs, may occur naturally in well water. Less commonly, it could be due to a direct source of pollution.
Most frequently, however, the smell of sulfur in your water is likely due to the existence of sulfate-reducing bacteria, which produces hydrogen sulfide as a byproduct. Even small amounts of hydrogen sulfide can lead to the smell or taste of sulfur in drinking water. Usually, this emerges because of a combination in your water of both sulfate, which is a naturally occurring element found throughout the environment, and the presence of sulfate-reducing bacteria.
One of the better alternatives to drinking straight from the tap is using a water filter that eradicates harmful contaminants. At Waterlogic, our mission is to deliver fresh, clean water to all offices. Take a look at our product line or request your quote for a water cooler. Hands-free dispensing. Solution: One way you can effectively treat iron bacteria is with a chlorine chemical feed system.
Cause: The most likely cause of a fishy smell in your drinking water comes from naturally occurring organic material that has made its way into your water source. This smell is often an indicator that you may be dealing with elevated levels of chloramines, barium, or cadmium. Chloramines are a compound of chlorine and ammonia and are used to disinfect public water. While necessary to remove harmful contaminants, it can create a strong odor in your water. Barium and cadmium are naturally occurring metals found in natural deposits that can make their way into your water as a result of fertilizer contamination or deteriorating pipes and plumbing.
Though the smell is off-putting, it rarely signifies the presence of harmful bacteria or contaminants. Solution: Removing contaminants from your water supply is most effective with the help of reverse osmosis R. These drinking water systems effectively filter common contaminants like barium and cadmium, along with other organic chemicals that may be contributing to a fishy smell in your drinking water.
Carbon filters also help to improve the odor and taste, leaving you with clean, refreshing water whenever you want. It can be removed by turning off the water, releasing the pressure from the water heater, and unscrewing the plug.
Be sure to plug the hole. Removal of the anode, however, may significantly decrease the life of the water heater. You may wish to consult with a water heater dealer to determine if a replacement anode made of a different material, such as aluminum, can be installed. A replacement anode may provide corrosion protection without contributing to the production of hydrogen sulfide gas. Disinfect and flush the water heater with a chlorine bleach solution.
Chlorination can kill sulfur bacteria. If all bacteria are not destroyed by chlorination, the problem may return within a few weeks. Increase the water heater temperature to degrees Fahrenheit 71 degrees Celsius for several hours. This will destroy the sulfur bacteria. Flushing to remove the dead bacteria after treatment should control the odor problem. How Hydrogen Sulfide Gas is Produced in a Water Heater A water heater can provide an ideal environment for the conversion of sulfate to hydrogen sulfide gas.
If the Problem is in the Well, Plumbing System, or Water Softener Disinfect the well and plumbing system with a strong chlorine solution. If the Problem is in Groundwater Installing home water treatment or drilling a new well in a different formation are both options. The gas is trapped by the carbon until the filter is saturated. Since the carbon filter can remove substances in addition to hydrogen sulfide gas, it is difficult to predict its service life.
Some large carbon filters have been known to last for years, while some small filters may last for only weeks or even days. This type of treatment is often used to treat iron problems in water. The device consists of manganese greensand media, which is sand coated with manganese dioxide. The hydrogen sulfide gas in the water is changed to tiny particles of sulfur as it passes through the filter.
The filter must be periodically regenerated, using potassium permanganate, before the capacity of the greensand is exhausted. Aeration and filtration. Continuous chlorination and filtration. Ozonation and filtration.
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