Chelsea Technologies Group Ltd
Sensors & systems for freshwater and oceanographic monitoring Chelsea Technologies Group manufactures a range of innovative multi-parameter sensors & systems for monitoring the physical, optical & biological oceanographic & fresh water environments. Sensors are available for in-situ chlorophyll & algae class studies, dye tracing, oil spill monitoring, airport apron pollution runoff studies, water abstraction management and effluent detection as well as primary productivity studies, bloom detection, toxicant detection within domestic water supplies and early detection of contamination events in potable and pre-treated water protection. With nearly 50 years' experience in sensors and systems design, Chelsea's products are used in a diverse range of applications in the marine, environmental, defence, homeland security, industrial process control and life science markets. Contact Justin Dunning (email@example.com, Tel: +44(0)20 8481 9000) today and let me him help you with your particular application.
Mr Justin Dunning
55 Central Avenue
Chelsea's Justin Dunning will be presenting on
Recent academic work on use of UV fluorescence in analysing water quality have identified methods that can be directly applied to detection of effluent within water systems.
Use of fluorescence provides significant improvements to currently used absorption techniques being far more selective and sensitive. This has led to commercial development of such fluorometers that are now being applied to both environmental monitoring requirements as well as informing efficacy of water treatment processes, providing data that correlates with BOD and other parameters.
Chelsea' Justin Dunning will be presenting at the Effluent Treatment Seminar at Sustainability Live. The presentation will be of interest to both Water Process Engineers as well as Environmental Monitoring authorities. An overview on the current status of this technology will be provided with references to current applications, and will conclude with a review of future work to enhance the current data provided.
Justin will also outline the work Chelsea has been doing using UV fluorescence technology for real-time monitoring of effluent and in particular showcasing the new UviLux BOD Indicator.
Chelsea is addressing the challenges of effective monitoring of effluent with the introduction of the new low cost portable UviLux BOD Indicator. Using UV fluorescence, the sensor detects protein which is inherent within sewage and slurry and provides a means of assessing concentrations with unparalleled accuracy and resolution.
The principle behind the measurement is based on excitation of Tryptophan-like fluorescence, within the UV wavelength band. This is a new in-situ sensor which provides an immediate indication of water quality and can be related to standard biological oxygen demand which typically takes 5 days and therefore provides little immediate operational benefit.
Join Justin on 18 April 2013 - 14.05-14.20 at Sustainability Live to learn more about this new technology