AMS

Many industries, hospitals, institutions, and buildings are faced with the inevitable task of managing corrosion and biofilm in their cooling and heating systems. With the SafeGuard™ H2O intelligent corrosion management system these facilities can extend their useful life, reduce maintenance expenditures and foster sustainability. SafeGuard H2O is an innovative electrochemical water treatment solution developed by AMS. A non-toxic and environmentally safe stannous reagent is generated on-site using only tin and electricity and is delivered in a tightly controlled dose. This all-in-one reagent acts as both a biofilm and a corrosion inhibitor. The fully integrated and online SafeGuard H2O treatment approach eliminates the pitfalls of conventional corrosion and biofilm management systems and aids in the delivery of an affordable and reliable process.

In this episode of AMS Talks, Rick Bacon, CEO of Aqua Metrology Systems, and Richard Lawson, Director of Southsea STS, discuss the “Value of Data for Corrosion Control.” Lawson addresses the challenges associated with managing corrosion in buildings and the value of data-driven solutions to better manage and control these water systems and ensure compliance.

AMS has been selected to the Advanced Fuel Cycle Programme (AFCP) and Game Changers cross-sector solutions challenge for the treatment of nitrogen oxides (NOx) from nuclear fuel recycling off-gases to minimize the environmental impact of recycling operations. AFCP is led in partnership with the U.K. Department for Business, Energy, and Industrial Strategy (BEIS) and National Nuclear Laboratory (NNL) who are collaborating with leading industrial, academic and research institutions to investigate the role of advanced nuclear fuels and fuel cycles for a Net Zero greenhouse gas emission future. AMS has been awarded funding to complete feasibility studies based on its unique SafeGuard™ H2O fully automated, on-demand, in-situ generator of stannous and tin dioxide. AMS will be demonstrating the power of tin to secure a clean energy future for all.

In the fight to keep water safe and affordable, there is only one technology for the job! SafeGuard™ H2O is a fully automated, on-demand, in-situ generator of stannous (reducing agent) and tin dioxide (adsorbent), coupled with online monitoring capability. SafeGuard H2O removes As, Cr(VI), Cu, Fe, Pb, and Mn from drinking water and As, Cr(VI), Hg & Se from wastewater; acts as corrosion inhibitor for lead pipes and cooling systems; adsorbs SO2, H2S from industrial emissions. Tin and electricity are the only consumables. There are no similar technologies to SafeGuard H2O that integrate a low life-time cost contaminant treatment system with real-time performance controls. With SafeGuard H2O, contaminants have met their match!

Real-time trihalomethane (THM) data from the online analyzer, THM-100™, has helped the City of San Luis Obispo to achieve DBP compliance, optimize its aeration process, and ensure public safety. In 2014 and 2015, the City of San Luis Obispo experienced high THM levels and staff began to research processes and practices that could head-off high THM recurrences. To ensure DBP regulatory compliance, the city chose in-tank aeration to mitigate THMs. While effective in removing THMs, in-tank aeration is a high-energy consumption process. Spending approximately $10K per month on power, San Luis Obispo began searching for an effective solution that would help reduce energy expenses while optimizing the treatment process and making it more cost-efficient. The online THM analyzer from AMS was valuable for aeration treatment system design, establishing continuous real-time THM data as vital assets in meeting regulatory compliance and protecting public health.

A SafeGuard™ H2O intelligent Cr(VI) remediation system demonstration unit with a treatment capacity of 10 gpm was installed with the City of Los Banos, California to evaluate the performance of the technology to treat Cr(VI) to non-detect levels (under 1 ppb) in unchlorinated well water.  SafeGuard H2O is an innovative technology based on a proprietary approach that generates on demand a stannous ion reagent in-situ via an electrolytic process. The demonstration with Los Banos confirmed the technology’s efficacy and third-party validation of the SafeGuard H2O system as a cost-effective alternative to traditional Cr(VI) treatment systems. Results are detailed.

Semiconductor manufacturing is not only highly dependent on large volumes of water that must be treated to ultrapure standards, but the process also generates significant volumes of wastewater that contains heavy metals and toxic solvents. To reduce its environmental impact, the semiconductor industry is actively searching for new ways to optimize water consumption and improve the quality of wastewater effluent. AMS offers innovative online real-time, continuous trace metals monitoring solutions designed to aid the semiconductor industry in optimizing water consumption, improving the quality of wastewater effluent and reducing its environmental impact.

In this episode of AMS Talks Value of Data series, Rick Bacon, CEO of AMS, is joined by Craig Douglas, P.E., General Manager at the Brunswick & Topsham Water District (BTWD) in Maine, who discusses the importance of real-time monitoring water quality for trihalomethanes (THMs) to support the district’s water treatment process. Douglas shares insights about how using the online THM analyzer,  THM-100™, has proven a valuable tool enabling BTWD to optimize operations, better understand treatment processes, resolve THM compliance concerns and validate laboratory performance and results.

In this episode of AMS Talks Value of Data series, Rick Bacon, CEO of AMS, is joined by Gail Heath, Research Professor at the University of Arizona and Chief Operating Officer of Sub Rosa Monitoring, who discusses the importance of real-time monitoring of water quality for trace metals in mine and tailings pond management. Heath shares insights about Sub Rosa Monitoring’s effective and integrated approach for water quality monitoring of ground and surface water contamination at mining sites that enables companies to obtain advance warning of the potential environmental impact of their operations, as well as where he sees the future of online water quality analyzers for mine and tailings pond management.