UV-C Lights to Minimize Biofouling
Mariscope Meerestechnik founder, Christian Haag, describes how UV-C lights successfully minimized biofouling on lit areas in a Patagonia fish farm experiment.
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Shifts Project Launches to Study Distributional Shift for Decarbonization
DeepSea Technologies, an Al-led maritime technology company and energy efficiency expert, has partnered with other entities in the field of AI to launch the Shifts Project. The international collaboration of academic and industrial researchers is dedicated to studying and solving problems associated with distributional shift for real-world impact.
Read moreVideo: Impacts of Biofouling
The World Ocean Council (WOC), the lead GloFouling project partner for engaging the wider ocean business and investment community, invites interested parties to view the animation produced by the GEF-UNDP-IMO/WOC GloFouling Partnerships on tackling biofouling, invasive species and CO2 emissions worldwide. This animation is designed to raise awareness about two main issues: invasive aquatic species introduced through biofouling, and biofouling
Read moreBiofouling UV Light with Lens Optics
Biofouling is a major problem for technical equipment that has to remain operational underwater for long periods of time. Crusts of mussels and barnacles usually cause mechanical problems, but even thin biofilms of algae and bacteria can damage sensitive surfaces and measuring equipment, as well as interfere seriously with measurements. After about three years of development, an antifouling device designed at the IOW has now
Read moreBiocide Mapping Technology Traces Chemicals in O&G Operations
LUX Assure, a specialist chemical monitoring and management solutions to the oil and gas industry, has launched TraxBio, a biocide mapping technology. TraxBio maps biocidal surfactants in oil and gas systems using the chemicals’ propensity to form micelles, or clusters of the biocide. Certain biocides contain some level of micelle-forming surfactants; usually quaternary amines to disrupt biofilms on pipe surfaces.
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