
Online COD monitoring of wastewater effluent in a dairy
Ensuring compliance with any COD discharge consents is an important part of a manufacturers monitoring regime, in this case study, the dairy went further and reduced product loss.
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Ensuring compliance with any COD discharge consents is an important part of a manufacturers monitoring regime, in this case study, the dairy went further and reduced product loss.

Ensuring discharge compliance for COD, BOD and ammonia can lead to multiple instruments being required and maintained, increasing the complexity for operators. A complete effluent water quality station can be created using s::can sensors.

NOM characterisation using multiple UV wavelengths enables effective organics removal and ensures low filtered water turbidity.

By utilising the s::can UV spectro::lyser, aquaculture producers using RAS can maximise productivity.

Automated cleaning of s::can sensors minimises maintenance and ensures high-quality data.

Using an online COD monitor and event detection software to identify pollution sources throughout a catchment area.

Using software to enhance the value of sensors installed as a water quality station, enabling the detection of events as well as monitoring specific parameters.

i::scan demonstrates its value in a case study where TOC, UV254 and turbidity are monitored simultaneously.

Since the 2013 report from the Intergovernmental Panel of Climate Change (IPCC), a major effort has been made to understand the migration of carbon from the land to the ocean via the catchment drainage systems in the UK.

There are two general approaches to phosphorus removal in wastewater treatment works. One is to modify activated sludge to maximise phosphorus removal, the second is to use a coagulant such as iron or aluminium, or in some plants, a bit of both might be used.