Potable Water Archives - Halogen Systems Inc.

Chlorine Analyzer Comparison – MP5™ vs. Hach CL10

Halogen MP5 More Accurate Than Hach CL10 – San Jose Water The Report Details Background San Jose Water (SJW) required an accurate, low-maintenance sensor for continuous chlorine monitoring. The existing equipment required constant calibration and maintenance, and it suffered deviation at low residual concentrations. Operators decided to trial the Halogen MP5™ against the Hach CLT-10. For the test, SJW deployed a Halogen MP5™ and a Hach CLT10 in a 2.37

Legionella and Cruise Ship Water Monitoring

Cruise Ships Have a Potable Water Problem Legionella is easily introduced and hard to kill in cruise ship potable water systems. The warning letter sent by the FDA to a cruise line operator (Jan 24, 2023) is being treated as a shot across the bow for the entire Cruise Travel industry. Legionella was found in potable water samples within passenger and crew cabin shower heads, galley faucet aerators, potable water

Air Travel & Potable Water Problems – Our Chlorine Analyzer Can Help

Air Travel has a Potable Water Problem Contamination Issues in Onboard Drinking Water are a Cause for Concern “Never drink any water onboard that isn’t in a sealed bottle, do not drink coffee or tea onboard, and do not wash your hands in the bathroom…” 2019 Airline Water Study The Air Travel Industry needs better solutions for potable water quality analysis. Sensors that rely on membranes and reagents plus manual

Halogen MP5™ wet-tap online chlorine sensor, certified fro NSF-61 installations in drinking water pipes.

Online Water Quality Monitoring (OWQM) You Can Count On

Online Water Quality Monitoring (OWQM) You Can Count On The Halogen Systems MP5™ Online Chlorine Analyzer Brings Accurate Readings, Stable Calibrations, and Low Maintenance Halogen’s MP5™ online chlorine analyzer set a new industry standard for continuous online water quality monitoring. The MP5™ is approved for NSF-61 use and measures five parameters simultaneously. By combining a pH analyzer, ORP analyzer, and conductivity analyzer, the unit is able to capture an accurate

Avoid Cultivating Legionella in A Building Hot Water System With The Right Chlorine Analyzer

Domestic Hot Water and Legionella CDC points to consistent monitoring as a valuable tool in the fight against Legionella and other waterborne risks. Halogen’s MP5™ chlorine monitoring sensor provides a good starting point in a low-maintenance solution. Domestic hot water systems in residential buildings and healthcare facilities can introduce risk to residents and so a monitoring solution is a critical component to prevent infections–especially in healthcare facilities, where there are

MP5™ Success Story – Orange County Florida

Successful Remote Monitoring Test Using Cellular Telemetry Option PILOT PROGRAM: ORANGE COUNTY, FLORIDA (OCFL) The Orange County Utilities water system provides reliable service to a growing number of customers in Orange County. In 2021, the utility’s four regional water facilities and eight remote facilities produced 24.2 billion gallons of water for its 451-square-mile service area. In August of that year, they began a pilot program for the Halogen MP5. Preliminary

WE&T Article: Amperometric Sensors Explained

Get educated in the Amperometric Sensor Technology innovation. Learn about the different styles and their relative advantages in a Feature Article of WEF’s (Water Environment Technology) journal in the March 2022 Issue. In this informative feature, Michael Silveri, founder of Halogen Systems Inc. (HSI), explains the technology and how operators use it to save money, time, and water while gaining accuracy and longevity. WEF has kindly allowed us to share

NSF 61 Certification Equivalent

Halogen’s Drinking Water Sensor, the MP5™, is now the only chlorine sensor awarded NSF 61 certification for installation directly in a drinking water line. The MP5™ is a compact sensor that measures free chlorine, pH, Conductivity, and Temperature. No waste stream is required saving tens of thousands of gallons of water per sensor per year. The MP5™ does not use any membrane, reagent, or electrolytes, reducing operating costs and maintenance