On-Site COD Real Time Measurement: Ontario Food and Beverage Facilities – Pilot Project MANTECH’s PeCOD® unit, installed in three food and beverage facilities to explore the feasibility of [...]
The presentation discusses why NOM is a critical target for drinking water biofiltration. It then discusses the functions of the Photoelectrochemical COD (PeCOD) analyzer, and discusses its [...]
Application of Photoelectrochemical Chemical Oxygen Demand to Drinking Water The Department of Civil & Resources Engineering at Dalhousie University completed a study investigating the [...]
This presentation discusses why natural organic matter (NOM) is a critical target for drinking water, what chemical oxygen demand (COD) in drinking water is, what chemical oxygen demand is, and [...]
This presentation gives an introduction to the parent research of the project. It gives a background and drivers for biostability measurement. It discusses the fundamentals of the PeCOD analyses [...]
Chemical oxygen demand (COD) is a measure of the oxygen requirement of the oxidizable component of organic matter by a strong chemical oxidant. The test is most widely used in measuring waste [...]
What is the challenge with the dichromate COD approach and why is an alternative method required? Outlined in red – A pillar stained by dichromate digestion. Laboratory staff have known for a [...]
What is Biochemical Oxygen Demand (BOD)? Biochemical Oxygen Demand (BOD), also often referred to as biological oxygen demand, is a test performed to measure the potential of wastewater and other [...]
Environmental Science & Engineering Article- Industrial wastewater treatment plant adopts new BOD determination technology
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Clean Harbors is a provider of environmental, energy and industrial services, including hazardous waste disposal for companies, including Fortune 500 companies, small waste generators and [...]
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 [...]