University of Exeter & Offshore Sensing Collaborating for Better Ocean Observations
Collaborating for Better Ocean Observations
Offshore Sensing and the University of Exeter, a GEORGE project partner, have teamed up to enhance autonomous ocean observations through innovative sensor technology.
Creating cutting-edge solutions through ocean observations
The University of Exeter is collaborating with Offshore Sensing to develop a CO2 flux sensor to integrate seamlessly with Offshore Sensing’s Sailbuoy. This collaboration involves modifying the Sailbuoy to accommodate the new sensor, ensuring optimal performance and precise data collection.
The collaboration aims to create a cutting-edge solution that provides high-resolution, long-term measurements of CO2 fluxes between the ocean and the atmosphere, addressing current gaps in ocean observation. The project pushes the boundaries of autonomous data collection by combining Exeter’s expertise in CO2 measurement with Offshore Sensing’s proven platform.
“Developing new sensor technology is crucial for advancing autonomous ocean observations. These sensors expand the range of unmanned applications and significantly lower operational costs and emissions, making ocean monitoring more efficient and sustainable.” Max Hartvigsen, CEO of Offshore Sensing, states.
Offshore Sensing’s co-owner and close research partner, NORCE, is a technology partner of the Horizon Europe-funded project GEORGE, which develops novel technologies to improve ocean observations.
