Disinfection (results 1-20 of 38)

Application Guide: Disinfection Process Control �� Regardless of the type of disinfectant used, analytical testing can help you comply with

Disinfection �� Improve control of your disinfection process Disinfection is a cornerstone of the treatment process, and it comes with a unique set of challenges. Preliminary treatment involves adding oxidants

UV lamps for disinfection in water �� How does UV light treatment work ? UV radiation provides rapid and efficient inactivation of

Other Disinfectants �� Improve control of your disinfection process   The treatment processes for drinking water have changed during the

water. Hach covers all the drinking water testing parameters that you use to analyze and treat incoming raw water, filtration, disinfection and the distribution system. Click on the icons below to learn more

for gas scrubber applications, waste and potable water monitoring, ballast water disinfection monitoring, and recreational water monitoring. Hach has a global support network with locations in Europe, USA

operation—from de-watering to discharge. Featured Applications for the Metals and Mining Industry   Disinfection Monitoring for Health and Safety Disinfection monitoring is a key aspect of environmental management in the mining industry. It helps to protect the environment, ensure

treatment, techniques such as filtration, disinfection, carbon absorption, and other processes are used to remove the remaining organic load

Industry - Drinking Water �� Advanced analytical techniques are available to identify the specific disinfection byproducts formed in the treatment process and the distribution system. These techniques are

Featured Products for Monitoring Chlorine Chlorine Analyzers With a variety of options to choose from, Hach has the Disinfection Analyzers you need for your unique application. Shop Now Colorimeters Hach

ways. Ensure Compliance with Regulations Organic compounds are precursors for disinfection by-products (DBP), which are strictly regulated in the drinking water industry. Measuring TOC makes it possible to

challenging situation. For regulated environments demanding certified disinfection systems, count on our UV engineering acumen paired with our exceptional range of pre-treatment options – all backed by our

effluent total nitrogen limits. Understanding the concentrations of each individually or combined can provide insights into disinfection issues, biological phosphorus problems and increased effluent TSS or turbidity

Chlorination �� Is Chlorination right for you?  For more than 100 years, chlorine has played an essential role in water disinfection. In 1905, chlorination was an effective method in combating the typhoid

may be indicative of nitrification occurring in distribution systems using chloramination for disinfection. A sudden rise or drop in pH could also indicate a distribution system failure or security issue. Find

parameters needed when treated waters are used in blending and only parameters that affect the disinfection process.     Why test when blending source waters?  With analytical testing, you can: Prevent

disinfects drinking water by adding chlorine and ammonia to achieve a residual of monochloramine. Chloramination is favored for disinfection when there is a need to reduce the risk of disinfection byproducts (DBPs) formation and to extend the useful life of residual in the

analytical testing, you can: Optimize coagulation/flocculation treatment Establish a chlorine disinfection strategy Achieve accurate chlorine measurements given known interferences Comply with the EPA Ground Water Rule

, it has a broader exposure to all types of contamination including organic matter responsible for disinfection byproduct formation. With analytical testing, you can: Determine the best disinfection strategy based on your unique source water Control the process in real-time based

significance due to factors such as the Disinfection Byproduct Rules (DBPR) Stage I and II, which require increased monitoring for TOC. The