Industrial Waste Water PeCOD® Case Study #02 Clean Harbors is an industrial wastewater treatment facility in Guelph, Ontario. The facility utilizes highly refined, chemical precipitation [...]
The main objective of this report was to determine if a correlation exists between PeCOD technology and the dichromate method of estimating Chemical Oxygen Demand (COD). Additional investigations [...]
World Water Article- Nanotechnology provides alternative method for dichromate-based COD analysis
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A new nanotechnology-based approach, introduced by MANTECH of Ontario, Canada to test chemical oxygen demand without the use of dichromate, is the first alternative method adopted by global [...]
Petrochemical Industry PeCOD® Case Study #01 Optimizing process efficiency for petrochemical wastewater monitoring is a key step in achieving sustainable energy. Care must be taken to properly [...]
MANTECH’s PeCOD® Analyzer offers Chemical Oxygen Demand (COD) results in just 15 minutes. The technology is simple to operate and can be used by anyone. Our safe, green chemistry methods [...]
MANTECH’s PeCOD® COD Analyzer is a system that is fact, accurate, and does not use dichromate. By breaking the barrier of exiting COD analysis systems, MANTECH’s PeCOD® COD Analyzer [...]
MANTECH offers BOD reagents that are up to GGA standards. With BOD reagents, there is no broken glass, no pipetting, no contamination, no dilution factor, and low operating costs. The Polyseed [...]
The MANTECH PC-BOD™ system automates the 5-day and 7-day Biochemical Oxygen Demand (BOD) analysis methods approved for regulatory compliance around the world. Some features include: automates [...]
The method shown in the link determines the conductance of water samples. To view the whole method and performance, click the link. Conductivity Application Abstract
This chart gives the reporting limits and calculated detection limits as per US EPA CFR. To view the chart, click the link. Environmental Parameters – Reporting and Method Detection Limits