AMS

Aqua Metrology Systems

Whitepapers

The AMS Whitepapers Center offers in-depth reports on innovative real-time analytical and remediation solutions to predict, control and treat regulated contaminants in drinking water, process water and wastewater. Register to download these informative reports.

Los Banos, Calif. SafeGuard™ H2O Cr(VI) Treatment System Pilot Report

A new report from AMS details results from a SafeGuard™ H2O intelligent Cr(VI) treatment system pilot study at Los Banos, Calif. The pilot demonstrated the system’s ability to effectively and affordably convert Cr(VI) into Cr(III) to non-detect level in unchlorinated well water.

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SafeGuard™ H2O Mercury Remediation System Bench Test Report

This report summarizes the successful demonstration of the innovative SafeGuard™ H2O intelligent Hg(II) remediation system in a bench test study to remove ionic mercury in power plant wastewater. This novel technology generates a stannous ion reagent in-situ via an electrolytic process, providing a cost-effective alternative to highly challenging and expensive existing mercury treatment process.

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SafeGuard™ H2O Online Cr(VI) Treatment System Pilot Report

This report summarizes the successful demonstration of the innovative SafeGuard™ H2O intelligent Cr(VI) treatment at the City of Los Banos in California. This novel technology generates a stannous ion reagent in-situ via an electrolytic process and also features an online Cr(VI) monitoring analyzer to ensure remediation of Cr(VI) to below 10 ppb. The technology provides an economical and reliable treatment for water systems affected by contamination from Cr(VI), a known carcinogen.

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Stannous – Literature Review

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

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