The disinfection process of any water supply includes killing harmful bacteria that are present in the water supply. The disinfection process allows the water to become safe for use in both drinking and cooking. This prevents large amounts of the population from getting sick due to the water supply. Bacteria can cause everything from disease to unpleasant odors and taste in the water supply.
What Causes Contamination?
If wells or plumbing are open to environmental exposure during the repair or construction process, that can cause harmful bacteria to enter the water supply. If any parts of the water supply containers are damaged then the entire water supply also risks becoming contaminated.
Water supplies should be tested often in order to check if they have been damaged or contaminated. Testing is especially important after any work has been done near and around the water supply sources and piping. If contamination is caught early, it can prevent the buildup of more harmful bacteria. Even simple taste and odor problems should be diagnosed early on.
The dechlorination process is vital to the return of a clean water supply. After the pipes to the water supply have been cleaned and treated, the water will be brought to the proper level of chlorination. Then, the water supply must be dechlorinated. This is important for bringing the water supply to safe levels of chlorination so it can be used for drinking and cooking by the population once again.
Matt Chlor is the nation’s source for clean water. From construction sites to city water supplies, we have experience in just about every kind of water treatment there is. The country trusts us with clean water. Contact us today to get more information on our water chlorination and disinfection services.
When new structures are put up and connected to water lines, there’s one important task that must be completed after everything is constructed. That task is the sanitizing of the water lines. New plumbing in residential buildings and commercial buildings as well as distribution systems should be sanitized to kill bacteria that has built up during the construction process. Often, the most effective method in sanitizing these lines is that of shock chlorination. This process helps to eliminate mold, algae, slime, and other types of bacteria.
The Threat Of Excessive Bacterial Growth
When bacteria grows excessively along the walls of any type of drinking water distribution systems, it creates a major concern for public health and well-being. Within the biofilm is nutrients, microbes, and other dangerous pathogens. This creates a layer of an unhealthy coating that leaks into the water supply.
How Can Bio-film start In New Water Distribution Systems?
The presence of dirt, construction materials, and human bacteria is what starts the growth of a bio-film in a water distribution system. The environment essentially introduces these types of bacteria into the water supply. Repairs or regular maintenance that are done to the water line or system can also be the cause of bio-film.
The Process Of Sanitizing
Shock- chlorination has three main phases:
Inactivating the disease causing bacteria
Cleaning the equipment and piping to rid it from dirt and debris
Preventing bio-film from building up
These are just some of the advantages to the process of shock chlorination. The treatments include an even distribution of chlorine throughout the water system and piping. Then, the water will be tested to verify levels of chlorination and that the bacteria has been properly treated.
Matt Chlor is a trusted source throughout the United States that provides water treatment to both new and existing pipelines and distribution systems. Use our services to ensure that you’re providing clean water right from the source.
When it comes to the chlorination and dechlorination of water lines, it’s important to discharge the water that’s present in a line safely. If these simple processes aren’t properly executed, the cleaning of a system will take much longer.
Water line chlorination consists of finding the right amount of chlorine that’s essential to disinfecting the water line. Any water that has been exposed to backflow will be sanitized in this way. The chlorination solution is left in the water line for a determined period of time in order to ensure complete decontamination.
Once the chlorination process is complete, the system must be flushed out in order to neutralize the pH levels of the water. During the dechlorination process, one concern is the runoff of chemicals from the water Every precaution will be taken during this time to minimize any ill environmental effects that the chlorination process may have on the surroundings of the water line.
While the chlorination and dechlorination process seems simple, it is the heart of the disinfection process of water lines. Testing often and catching any contaminants early on are a big part of keeping water lines safe, clean and healthy.
You can trust MattChlor to keep water lines across the nation disinfected and clean. We offer a variety of methods and services for water disinfection and treatments. We’ll even provide portable water disinfection treatment trailers to make accessing water lines simple. Contact us today for more information on our services.
The remedy for Legionella after an outbreak has occurred in a water tank is a complicated one. It may take several treatments of the water before successful levels are achieved. The problem with Legionella is that there are no definitive, permanent solutions. The goal of treatment is in reducing and controlling the biofilm and bacteria buildup.
The first step in preventing Legionella is the assurance of proper design, maintenance, and temperatures of potable water systems. It’s important that the water stays above 135 degrees on the hot temperature flow and below 68 degrees on the low temperature flow for the prevention of Legionella.
This is where the water is heated to 157 degrees and the temperature is maintained in the tank for around 3 hours. Then, the hot water is flushed from the system, and it is returned to normal operating conditions. Occasionally, this treatment alone works. Systems with low capacity are better off being treated directly using chlorination methods.
Chlorination and Draining
Using this method, first, the hot water tank must be drained. Next, the tank must be completely cleaned out, removing all deposits. Next, the tank needs to be wet vacuumed. It can then be filled with fresh, clean water. Finally, the tank must be “soaked” with a certain level of chlorine for around 16 hours. Lastly, the chlorinated water is flushed from the system. The tank can then be refilled with appropriate levels of chlorinated water.
When you’re facing a case of Legionella, or any type of contaminated water tank unit, contact MattChlor, the water disinfection specialists. We have offices from California to North Carolina and service all 50 states. At Matt Chlor, we say that every last drop counts!