Visit Real Tech at WEFTEC 2022 to see how you can measure BOD and COD in seconds!
With these instantaneous process control insights, our clients are seeing a rapid return on investment and experience various benefits, such as:
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PeCOD Saves Western Canada Mill Thousands Through Improved Control of Aeration and Nutrient Usage
Canfor owns and operates the Prince George Pulp Mill in Prince George, British Columbia, Canada. They have been successfully employing the rapid, green and safe peCOD chemical oxygen demand (COD) method for improved effluent process control which has led to significant cost savings for the mill. This year at PaperWeek 2021, Canfor presented the impact PeCOD 10-minute Biochemical Oxygen Demand (BOD) results had during a 4 week COVID related operations curtailment.
PeCOD Protects Brewery Product from Contamination
Food and Beverage companies deliver valuable products to the general public. It is something we cannot live without. To ensue the protection of public health it is important for the companies to deliver a safe product that the consumer trusts. Breaking that trust is costly to their business. Recently a large dairy producer in Canada issued a recall due to a sanitizer contamination in their milk products. https://www.guelphtoday.com/local-news/some-sealtest-milk-recalled-because-it-may-contain-sanitizer-2047446?...
Biochemical Oxygen Demand (BOD) in Water and Wastewater Analysis
Water is one of the most essential building blocks of life on Earth, and it is also one of the most vulnerable resources to impacts from human development. We are intrinsically tied to our natural water systems through our dependence on water for drinking, bathing, washing, etc. coupled with our reliance on modern sanitary sewers to transport waste away from our homes and businesses. However, we often overlook how sensitive these natural systems are to change induced through human impacts, either from drawing...
BOD Analysis in Wastewater Applications
The Biochemical Oxygen Demand (BOD) is a relevant parameter for the assessment of the pollution of sewage. Its fast analyses allows the optimal control of a waste water treatment plant (WWTP). LAR`s BioMonitor is an online BOD analyzer for the determination of the total biochemical oxygen demand. The analyser determines the degradation of nitrogen as well as carbon compounds within minutes. This characterizes a huge advantage against the regulated BOD5 measurement (carbonaceous-BOD), that needs 5 days. Using...
HORIBA Scientific webinar on Simultaneous Fluorescence and Absorbance for Rapid, Reagent-Free Monitoring of Drinking and Waste Water
This web seminar describes the advantages of the simultaneous fluorescence excitation-emission mapping and absorbance spectra (FEEM-Abs) method for analyzing mining water, waste water and drinking water. Highlighted features of the method include the capabilities for rapid (seconds to minutes) and essentially continuous monitoring of membrane-based mining water decontamination, biochemical oxygen demand (BOD) in waste water, and disinfection by-product (DBP) precursors in addition to algal contaminations in...
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