The University of Southampton has struck a licensing agreement with ecoSUB Robotics, enabling the introduction of an advanced underwater sampler to the market.
Developed by researchers at the University in partnership with engineers from ecoSUB Robotics, this sampler is designed to facilitate autonomous collection of water samples, even at depths reaching 2,500 meters.
This versatile system, available in varied configurations, can be seamlessly integrated with any of ecoSUB’s autonomous underwater vehicles (AUVs). The novel capability empowers marine researchers, environmental agencies, and others with the unprecedented ability to gather water samples independently and, when necessary, at significant depths, substantially expanding the scope of underwater exploration and analysis.
Traditional underwater data collection has heavily relied on sensors, which often face limitations in detecting specific water parameters such as DNA, RNA, and heavy metals. The new sampler overcomes this constraint, enabling users to capture physical water samples for laboratory analysis. This development allows researchers to assess parameters currently inaccessible through standard sensor technology, providing a richer and more detailed understanding of underwater environments.
Dr. Adrian Nightingale, of the University of Southampton, said; “Our collaboration with ecoSUB Robotics has been instrumental in bringing this advanced sampler to market. This is a significant step forward for marine science, as it provides a practical and scalable new solution for water sampling at depth and inhospitable environments.”
Terry Sloane, Managing Director at ecoSUB Robotics, added; “The water sampler is a welcome addition to our ecoSUB vehicles, increasing their functionality for a wider range of underwater data collection missions. With this tool, we can support our customers in gathering critical data in ways that were previously not possible. This partnership reinforces our commitment to providing cutting-edge, robust, and versatile AUV solutions. The unique ability of ecoSUB to dive vertically presents researchers with a new way of obtaining water column data using a combination of traditional sensors as well as water samples.”
The sampler opens new avenues for applications including environmental monitoring, marine biogeochemistry, oceanography, and offshore operations, where detailed water quality data is essential. In addition to providing this tool for the ecoSUB fleet, ecoSUB Robotics aims to continue its collaboration with the University of Southampton on future technologies that push the boundaries of what’s possible in autonomous underwater exploration.
This collaboration underlines the University of Southampton and ecoSUB Robotics’ shared commitment to advancing technology and addressing critical challenges in marine science and industry. With this innovative water sampler, users worldwide can now access a deeper understanding of underwater environments.
