AMS and BIOBOX announce their partnership which brings to United States BIOBOX’s containerized biological treatment system for nitrate removal from groundwater and wastewater. The partnership will offer a fully automated, turnkey “intelligent nitrate treatment system” by integrating AMS’ online Instran™ nitrate analyzer that provides continuous, real-time control of the system performance

The online THM-100™ monitor provides utilities with continuous high frequency THM and THM formation potential (THM-FP) data in real time. With the help of the THM-100™, utilities can design cost-effective THM treatment systems, optimize their water or wastewater treatment process and reduce related expenses while ensuring compliance with regulatory standards for THMs.

The Pima County Regional Wastewater Reclamation Department in Arizona, is using the THM-100™ online THM analyzer to continuously, accurately and reliability monitor THM values in real-time at its Tres Rios Water Reclamation Facility.

AMS CEO Rick Bacon and Sr. Product Manager Vladimir Dozortsev, Ph.D., discuss the SafeGuard™ H2O in-situ reagent generation technology, which is designed to effectively and economically treat a wide range of contaminants found in drinking water and wastewater, including phosphate. SafeGuard™ H2O offers facilities an affordable, non-hazardous and environmentally sustainable solution to address trace metal and inorganic contaminants. Watch now to learn more about the SafeGuard™ H2O in-situ reagent generation process and its operational advantages over bulk chemical and electrocoagulation.

Looking to achieve phosphate removal without any of the process limitations found in bulk chemicals or electrocoagulation? Watch AMS CEO Rick Bacon’s insightful presentation on AMS’ SafeGuard™ H2O in-situ reagent generation technology which offers a disruptive innovation for facilities looking to manage phosphate in a cost-effective, environmentally sustainable and carbon neutral manner.

SafeGuard™ H2O is a fully automated in-situ ferrous/ferric generation system that provides utilities, large to small, with an affordable, non-hazardous and environmentally sustainable solution for phosphate removal. On-site reagent generation delivers 60% cost savings and rapid ROI. This novel technology, poised to displace toxic bulk chemicals, uses a certified iron precursor and an in-situ electrolytic generator to create a ferrous/ferric reagent onsite and on demand. The SafeGuard H2O process is simple, effective and sustainable.

The Instran® nitrate analyzer provides rapid, real-time, multi-stream reliable analysis of nitrate in both drinking water and wastewater treatment plants. The online analyzer provides high frequency data on nitrate levels in nine minutes with sensitivity down to 0.01 ppm.

The Instran® free ammonia analyzer provides rapid, real-time, multi-stream reliable analysis of free ammonia in both drinking water and wastewater treatment plants. The online analyzer provides high frequency data on free ammonia levels in nine minutes with sensitivity down to 0.01 ppm.

In this episode of AMS Talks, Value of Data series, Rick Bacon, CEO of AMS, and Bryan Galvin, President of B&V Enterprises, discuss the challenges and opportunities in managing trihalomethanes (THMs) in drinking water systems and the role of real-time and predicative THM data in designing and operating a highly effective and cost-efficient aeration system. Learn about the operational and process benefits that can be achieved by implementing real-time online THM monitors, such as the AMS online THM-100™ analyzer, into your disinfection byproduct mitigation strategy.

A research project collaboration between the Water and Energy Technology Center at the University of Massachusetts in Amherst, Ma., and AMS tested a novel method for near real-time analysis of disinfection byproduct precursors and natural organic matter properties in water supplies. AMS’ online THM and THM Formation Potential monitoring technology was shown to be a viable method to accurately predict THM precursor content and network THM levels. The collaboration was funded by the Massachusetts Clean Energy Center.