‘Chelsea Technologies Group Ltd’ announces name change to ‘Chelsea Technologies Ltd’ to reflect their broader environmental monitoring technology commitment.Read more
News
Filter by
News
An algal bloom is believed to have killed thousands of Atlantic salmon at a finfish aquaculture site in Scotland, last month. According to a spokesperson for The Scottish Salmon Company, warmer water temperatures over the recent weeks is suspected to have been the cause of the bloom in Loch Fyne, reports the BBC. Read more
Former Sonardyne business development manager aims to further develop Chelsea Technologies as the market leader in environmental sensing technology.Read more
Chelsea Technologies Showcases the new VLux MiniSonde at SWIG 2019. The VLux MiniSonde is a miniature, cost effective, multi-parameter sensor providing robust data collection for either UV or visible fluorescence monitoring. With integrated corrections for multiple environmental parameters, models are suitable for monitoring BTEX, PAH, Tryptophan and Algae.Read more
Chelsea Technologies, a world leader in the design and manufacture of sensors for the maritime sector, and a Sonardyne company, has announced that its Sea Sentry wash water monitoring system for ship exhaust gas cleaning systems has been awarded type approval by DNV-GL. Read more
Visit us on Stand 18 at The Nottingham Belfry Hotel, 25-26 September 2019.Read more
Leading environmental consultants Plancton Andino SpA (Chile) are using a Chelsea FastAct FRRf to monitor red tides as part of the Bivalve Molluscs Health Program Read more
A new robot has been developed in a collaborative project between Blooming Robotics and Technical University Delft for removing cyanobacteria from open waters. Current methods for killing cyanobacteria, such as using hydrogen peroxide, damages the surrounding nature and leaves nutrients available for new blooms.Read more
Scientist around the world are using the Chelsea FastOcean APD (Ambient Plus Dark) Profiling system and Act2 Laboratory based system to improve photosynthesis and GPP measurements. To understand how human activities and global climate change affect marine environments, we need to understand the role of phytoplankton and photosynthesis.Read more
Phycoerythrin is among the most dynamic phytoplankton pigments in the Baltic Sea. While Chlorophyll a provides information on bulk phytoplankton biomass and phycocyanin reflects the distribution of filamentous cyanobactreria, phycoerythrin signal originates mainly from picocyanobacteria, ciliate Mesodinium rubrum, cryptophytes and some dinoflagellates..Read more
LabSTAF provides a highly automated platform for running continuous Fluorescence Light Curves (FLCs), and incorporates new features to greatly improve the accuracy of STAF-based PhytoPP assessment by allowing for much greater precision at low biomass plus correction of spectral errors, baseline fluorescence and the package effect.Read more
Chelsea Technologies supply Idronaut Srl with the new 2000m rated TriLux configured for measurement of Chlorophyll-a, Phycoerythrin and Turbidity for integration to their Ocean Seven series of CTD’s. Read more