Meet the ever-evolving demands of environmental compliance standards and regulations using Thermo Scientific wet chemical analysis workflows, including Thermo Scientific Aqua Master discrete analyzer systems. Capable of automated soil analysis, drinking water analysis, wastewater and sewage water analysis, these systems are verified to meet United States Environmental Protection Agency (US EPA) requirements outlined in the Safe Drinking Water Act (SDWA) and Clean Water Act (CWA). CWA Methods Update Rule for the Analysis of Effluent 40 CFR part 136 and other regulatory bodies, including the ASTM, ISO, and DIN also recommend wet chemical methods for wastewater analysis.
Traditional water testing involves multiple wet chemical instruments for multiple parameters such as nutrient analysis, pH, conductivity, alkalinity, and hardness. Each test requires a separate sample and often sequential steps that extend the testing process. Additionally, these tests require specialized staff, making traditional routine water testing labor-intensive, time-consuming and inefficient for a laboratory running nutrient, ground water, drinking water, and wastewater analyses.
Consolidated multiparameter discrete analysis offers a high-throughput wet chemical analysis solution to these challenges. Discrete analyzers simultaneously test for up to 20 parameters on a single instrument with a single operator. These automated systems allow laboratories to simplify testing while saving time and cost. All necessary analysis steps are automated, providing true walkaway time for operators.
Gallery and Gallery Plus Aqua Master discrete analyzers include software designed specifically for regulated water and nutrient analysis and have the capacity to perform up to 350 tests per hour.
For routine, comprehensive water analysis, the Thermo Scientific Disc-IC system combines discrete analysis and ion chromatography for the highest flexibility and sample throughput to reduce overall cost per analysis.
Eliminate reagent preparation, save time and reduce errors using Thermo Scientific Gallery system reagents. These reagents can be used for analyses of environmental waters and industrial/process waters.
Gallery Aqua Master discrete analyzers are compliant with US EPA, NELAC, ASTM and other recognized international standards. In particular, these systems support the new NELAC and US EPA-approved enzymatic reduction methods for safer nitrate + nitrite (TON) measurements. This safe enzymatic method allows labs to move away from cadmium reduction coil methods that use hazardous chemicals, improving the safety and cost-per-analysis for TON measurement. Other commonly measured parameters are pH, alkalinity, conductivity, total hardness, orthophosphate, and common contaminants (sulfate, chloride, and ammonia). The tables below summarize US EPA and a variety of other regulatory approved discrete analyzer methods.
Introducing Gallery and Gallery Plus Aqua Master discrete analyzers for complete nutrient analysis of drinking water, wastewater, and soil samples.
Discover how Gallery discrete analyzers offer simultaneous, multi-parameter nutrient analysis for drinking water.
Gallery discrete analyzers are sophisticated discrete photometric systems for the precise and easily adaptable analysis of water and environmental samples.
Learn how the Gallery Aqua Master systems support the NELAC and US EPA-approved enzymatic reduction methods for safer total oxidized nitrogen (TON) measurements.
The Gallery discrete analyzer platform offers laboratories an automated, high-throughput option for regulated testing for orthophosphate in drinking water.
Browse our searchable database of on-demand webinars about environmental analysis using discrete analyzers.
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|Webinar||It Takes a Lot of Water to Turn Oil into Gold|
|Webinar||Rapid Photometric Detection for Environmental Applications|
|Webinar||Automate your wet chemistry analysis|
|Brochure||Solutions to resolve analytical challenges in industrial and waste water processing infographic|
|Brochure||Gallery Discrete Industrial Analyzers with the ECM Module – Automated pH and Conductivity Measurements|
|Brochure||Specification Sheet: Discrete Industrial Analyzer System Reagents for Water/Environmental Samples|
|Brochure||Solution for routine and comprehensive water analysis|
|Application note||Determination of Water Pollutants Using Photometric Analysis|
|Application note||Enzymatic Analysis of Urea from Swimming Pool Waters|
|Case Study||National Laboratory Service Achieves High-throughput Biomarker Testing for SARS-CoV-2 Wastewater Surveillance using Gallery Plus Discrete Analyzers|
|Case Study||Increasing analytical efficiencies in the City of Atlanta|
|Sales Guide||Fast, safe, and easy nutrient analysis of drinking water, wastewater, and soil samples|