“Since 2016, the laboratory of Arauco Pulp and Paper has invested in new pieces of high-tech equipment that will allow us to measure COD (Chemical Oxygen Demand) more accurately and rapidly.” [...]
How does the PeCOD Method compare? There are several common methods to test wastewater and drinking water for organic pollutants, natural and chemical. Chemical Oxygen Demand (COD), Biochemical [...]
PeCOD Directly Correlates to APHA Standard Method 5220 (ISO 6060) A chemical supply company in the pulp and paper industry in the UK has demonstrated the successful correlation between the PeCOD [...]
Click HERE to view the Dalhousie/Cranfield Presentation on PeCOD for NOM Monitoring in Lakes and Rivers At the IWA NOM7 conference hosted in Tokyo, Japan in early October, Dalhousie University [...]
Canada Water Technology Exchange Nankia University of China now has both an L100 and an L50 model of the PeCOD Analyzer, thanks to the Canada Water Technology Exchange (CTWX)! CWTX is a [...]
MANTECH Automated MT Titrator Easily Accommodates Reserve Alkalinity pre-set pH Endpoints and Intelligent Rinsing
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MANTECH’s Dynamic MT-Series Systems can modify titrations to our customer’s own customized end points. Recently, one of MANTECH’s Canadian customers received a software upgrade to create a custom [...]
View this post as a downloadable pdf here. MANTECH is pleased to announce the release of the new T10 Turbidity Meter! This new turbidimeter features the longest-lasting lamps of any turbidity [...]
The University of Alberta has just received an AM73 autosampler and computer upgrade on their MT-100 series Automated Titration System. On September 25, 2019, a new shelf, sampler, and computer [...]
Almost half of the population of Ontario relies on Lake Ontario for their drinking water. Source water from the great lake must be monitored and protected constantly to ensure chemical and [...]
Photoelectrochemical COD (PeCOD) determination occurs by the process of titanium dioxide photocatalysis. COD is analyzed from the current measured when organics are oxidized by OH* radical [...]
