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Source: Camlab Limited
PeCOD simplifies COD analysis to a single push of a button and eliminates the use of dichromate and mercury, enabling municipal wastewater plant operations staff to conduct COD testing around the clock, with results in just 15 minutes. There is no need to wait for hours or overnight for COD information.
Contact us to learn more about rapid COD analysis for municipal wastewater plants and correlation charts between PeCOD and dichromate based COD approaches.
LAR`s QuickCODlab is a chemical-free working COD analyzer for the determination of the chemical oxygen demand (COD) in water. Due to an innovative injection and oxidation technique, unfiltered water samples incl. particulates will be injected directly via a precision syringe into the oven. Optionally, an Autosampler for up to 60 samples is available. Using the Ultra high temperature combustion method at 1200 °C, all compounds are fully oxidized. As a result, no sample preparation and no chemicals are needed...
The Annacis Wastewater Centre Sustainability Academy has recognized MANTECH for its donation of water analysis and testing equipment, which is being used by the faculty and students of the University of British Columbia (UBC) to conduct wastewater research. Their director, Jeff Carmichael, has praised the speed, safety and accuracy that the PeCOD system offers their researchers. In 2013 Metro Vancouver (MV) and The University of British Columbia (UBC) opened the Annacis Research Centre (ARC) on Annacis Island....
In its ongoing efforts to protect the Cape Cod aquifer from contamination from historical military training activities, the U.S. Environmental Protection Agency (EPA) has issued final cleanup strategies for two contaminated areas at Camp Edwards. EPA, in consultation with the Massachusetts Department of Environmental Protection (Mass DEP), has recently determined the appropriate cleanup approaches for the Small Arms Ranges and for the “J-3” Range. Under EPA’s enforcement orders governing Joint...
Introduction An investigation into alternatives for refractory COD removal in industrial waste waters which is economically attractive and do not produce sludge lead to an evaluation of ozone based advanced oxidation processes. The results of this ozone based AOP pilot study indicate that refractory COD from pre-treated refinery wastewater effluent can effectively be destroyed and is a viable alternative to traditional chemical precipitation removal technologies for COD removal. The pilot study results show...
The aim of this study was to investigate the use of ozone-based advanced oxidation processes for the oxidative destruction of COD in a petrochemical facility. Several AOP experiments were carried out in order to select and optimise the successful treatment option. A LABO3-AOP pilot unit was used where filtered waste water (COD 1250 ppm) was circulated throughout the AOP reactor and ozone & H2O2 injected at various dose rates using Venturi-type injectors. Treated samples were withdrawn from the test unit for...
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