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Matt-Chlor has been providing Chlorination/Disinfection services for over thirty years. Chlorination/Disinfection is a process in which chlorine is added to water to kill pathogenic organisms such as bacteria, viruses, fungi, etc. It is a necessary and critical procedure required by local and national government agencies to ensure safe water is supplied to consumers which protects the safety and health of the public.
- Chlorinating Gas Waterline Disinfection
- Chlorination/Disinfection of Water Pipelines from 2"-96"+
- Chlorination/Disinfection of Potable Plumbing Water Systems within Commercial Buildings including Medical Facilities & Hospitals
- Chlorination/Disinfection of Water Storage Facilities; Reservoirs, Towers, & Tanks
- Chlorination/Disinfection of Wells
- Final Flushing
- Water Sample Collection & Bacteriological Laboratory Testing & Reports
- pH Controlling of Discharged Water
- Hydrostatic Pressure Testing
- Fire Hydrant Flow Testing
Providing the Best Service:
Trained, Experienced, Certified Technicians: Our technicians have received extensive training, have substantial experience and comprehensive knowledge, and are certified Water Treatment Operators who have mastered the required chlorination/disinfection skills such as:
- Operating metering pumps and other equipment.
- Calculating and monitoring chlorine dosage amounts, chlorine residuals, holding times, etc.
- Application of appropriate and required safety practices to protect workers and the public.
- Equipped to handle emergencies.
Always Available - Any Time, Any Where: Technicians are available 24 hours a day/7 days a week for any destination.
Prompt and Efficient: Everyone at Matt-Chlor appreciates that time is of the essence and that customers must meet the community needs by quickly restoring water services and that contractors must meet job deadlines.
Regulation Compliance: Our technicians strictly follow all applicable and required rules and regulations such as: AWWA Disinfection Guidelines, OSHA and DOT Regulations for handling and transporting hazardous chemicals, and use only NSF/ANSI Certified Chemicals, etc.
Licensed Contractor: We are a licensed contractor #724035 and bonded.
Insurance: Matt-Chlor is completely insured with commercial liability insurance, automobile insurance, and workers' compensation insurance.
Humans have always needed the ability to store potable water before it is distributed. Today, such facilities come in various forms and sizes such as:
Each one provides storage of disinfected water before it is distributed for domestic use, emergency use such as fire fighting, commercial water and wastewater use, and industrial water and wastewater use. When contamination occurs, a water storage facility must be chlorinated/disinfected. Chlorination/disinfection is required:
- Prior to a newly constructed water storage facility being put into service
- Prior to using an existing water storage facility that has been entered into for inspection or maintenance
- When a reservoir has tested positive for coliform bacteria
Water from private wells provides safe water for about 40 million Americans each day. A contaminated water well sample does not necessarily mean that the whole aquifer is contaminated but contaminated aquifers are usually difficult to clean up to drinking water standards. When contamination does occur, the well must be chlorinated/disinfected by using a process which injects a chlorine solution to kill bacteria and microorganisms into the well casing, the pump and associated piping, the gravel pack, and the immediate area of the aquifer around the casing. In addition, water samples must be collected and processed for verification of satisfactory bacteriological quality of water.
Wells are chlorinated/disinfectd:
- Prior to using a new well for potable water service
- Prior to using an existing well that may have been contaminated during maintenance, service, construction, flood, etc.
- When a well has tested positive for coliform bacteria
Disposing of heavily chlorinated water into the environment such as storm drains or waterways can cause damage and is regulated. De-chlorination is a process of partially or totally removing chlorine from the water by adding chemicals to the discharged water to neutralize the chlorine.
After the heavily chlorinated water has remained in the water mains for the required amount of retention time, the chlorinated water must be removed from the pipelines. All main fittings, valves and branches must be flushed. Regulations require that the chlorine residual levels leaving the water main are no higher than the normal level in the water distribution system or that is acceptable for domestic use.
The bacteriological testing of water is critical as it determines the presence of waterborne pathogens and human waste in water. The water sample is tested for coliform bacteria which is present in human feces (fecal coliform bacteria) and in soil contaminated by human waste (nonfecal coliform). Total coliform is a group made of the fecal coliforms and the nonfecal coliforms. At times, a heterotrophic or standard plate count (HPC) test is required which tests the total count of almost all types of bacteria in the water sample. The testing process begins by properly collecting water samples using laboratory provided sterile bottles. It is critical that contamination is avoided. The number of samples and the location of the grab(s) vary. There are four testing techniques; the most common is the presence-absence technique. Only laboratories that are certified by the EPA or the state can be used for analyzing drinking water sample compliance.
pH is the measurement of acidity in water and is normally affected by factors such as chlorine, carbon dioxide, mineral acids, and heavy metal salts. In general, the lower the pH, the higher the acidity, and the higher the rate of corrosion. At times, chlorinated water remains stationary for a period of time in the water mains which can affect the pH, either making it too high or too low, which can stress and kill aquatic organisms and fish if released into the environment untreated. The pH must be adjusted by mixing chemicals to the discharged water to protect the environment from such damage. This process is called pH neutralization.
Hydrostatic testing of pipelines is a test method to find leaks and to test the strength of the pipelines by pressuring them beyond their maximum operating pressure. The purpose of testing is to eliminate any defect that might threaten its ability to sustain its maximum operating pressure. After a test, a pipeline can be expected to safely contain its intended operating pressure.
Fire hydrants are an integral part of all water supply distribution systems. Regular testing of fire hydrants is necessary to guarantee they are capable of delivering water at the proper flow rate and pressure in the event of an emergency. Water main and hydrant flow capabilities impact important decisions that affect public safety. Regular fire hydrant flow testing can reveal problems with the valves. Such problems arise because a water system is always being affected by improvements, deterioration, changes in usage, and even water district maintenance activities.