AMS

Moving and treating water and wastewater are energy-intensive processes that result in considerable greenhouse gas emissions and ultimately contribute to climate change. Reducing greenhouse gas emissions is key to preventing the detrimental effects of climate change on the environment, water availability and human health. Improving energy efficiency is an essential part of keeping carbon emissions under control; spurring continuous upgrades to water and wastewater treatment processes that reduce the amount of energy, chemicals and other resources used. By investing in online and predictive analytical solutions, along with advanced intelligent treatment solutions, the global water treatment industry can achieve cost efficiency and carbon neutrality.

Rick Bacon, CEO of AMS, provides an in-depth review of the lessons learned from 2021 and outlook for AMS in 2022 and beyond. AMS has developed disruptive solutions to address several of the pressing problems facing the global industrial and municipal water treatment industry while actively supporting the drive to net-zero-carbon. Through a technology platform of advanced solutions to analyze and treat trace metal and inorganic contaminants, AMS helps enterprises to meet stringent regulatory standards aimed at protecting human health and the environment in as carbon neutral a way as possible.

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 pilot with Los Banos provided confirmation of 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.

The Global Industry Standard on Tailings Management, published in August 2020 by The Global Tailings Review, provides a framework for safe tailings facility management while affording Operators flexibility as to how best to achieve this goal. The Standard strives to achieve the ultimate goal of zero harm to people and the environment with zero tolerance for human fatality.

Rick Bacon, CEO of AMS, provides an in-depth review of lessons learned from the past year and outlook for AMS in 2021 and beyond.

To meet the goals for safe drinking water and sustainability in the most cost-effective manner, there is an urgent need for the water industry to accelerate the validation and adoption of technology innovations. The adoption of real-time, water quality analyzers at water hubs is poised to change the game of technology acceptance in the water quality sector.

AMS is committed to bringing intelligent water remediation solutions that can be fully controlled, monitored and optimized remotely, while ensuring that these systems are more accessible to a wider sector of the population through affordable financial models. As such, AMS has offered an official response to a white paper — “Economic Feasibility Analysis in Consideration of a Hexavalent Chromium MCL” — published by the California State Water Board (SWB), who is engaged in a process of consultation to determine at what level the regulatory limit for Cr(VI) should be set. AMS’ position on Cr(VI) regulation and comments to SWB are summarized in this technical brief.

Lead contamination in drinking water presents a serious threat to human health. While utilities monitor for lead by sampling infrequently only a small number of domestic points of use, these traditional lead monitoring programs lack the ability to measure the presence of all forms of lead; capture unpredictable changes in water quality that result in lead corrosion; and report the contamination risk before the water is delivered to the customer. MetalGuard™ Lead Alert!™ from AMS is designed to offer communities real-time, continuous and dynamic water quality assessment of the presence of total lead in buildings or zones exposed to events that are the cause of acute lead contamination to reduce the risk of exposure.

Tin has been an abundant source of helpful chemistry throughout history and continues to be so today. From the dawning of the bronze age to its affordable use in water treatment, the properties of tin have lent themselves to being effectively utilized for modern applications. This report highlights tin’s pivotal role in human innovation. It discusses a novel method that introduces tin as stannous ions for water treatment to provide a safer and more efficient option when green practices are in desperate need and in high demand.