

Ocean Engineering Solutions

ThermoTrawl systems use Distributed Temperature Sensing (DTS) fiber optic cable to measure temperature throughout the entire water column in real time. ThermoTrawl’s towed or moored systems use a compact and convenient interface that allows users to track fine-scale dynamic changes in any body of water, making it the new standard in oceanographic temperature profiling.
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​Unlike existing tools, such as satellite surface data, single-point sensors, or manually deployed profilers, OSS ThermoTrawl system continuously measures temperature at 25 cm intervals over 800+ meters, providing instantaneous, actionable thermal insights to fishers, researchers, and maritime stakeholders.
ThermoTrawl’s proven DTS technology has been used by the oil and gas industry for decades, but has remained prohibitively expensive and cumbersome to be widely used for smaller-scale applications; until now.
OSS’s ThermoTrawl family of products (ThermoTrawl/MICRO/CUSTOM) can be scaled for affordability and use on any sized vessel or mooring for:
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Fisheries: Accurately target temperature dependent species depths underway, saving fuel, and reducing bycatch by 10% or more.
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Defense Sector: Support real-time environmental awareness and optimum sensor placement to maximize both passive and active acoustic performance.
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Climate Research: ThermoTrawl's fine resolution data can be used for nuanced climatological baselining, profiling current meandering, meltwater mixing, current strength and position, internal waves, and real-time trend observations.
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Ecology: Marine researchers and policy managers can use ThermoTrawl data to calibrate models, monitor ecosystem shifts, and manage fisheries more dynamically. Moored ThermoTrawl systems can be used in aquaculture to determine infrastructure placement for maximum growth potential and monitoring.
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ThermoTrawl (standard) outfitted for a small research vessel

ThermoTrawl MICRO
CASE STUDIES
Marine Acoustics Inc. - Rhode Island offshore
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Partnered with Marine Acoustics Inc. to collect 172 nutical miles of continuous water profiling data aboard research vessel of opportunity - for case study of acoustic propagation and transmission loss differences.

Rise-Up / Office of Naval Research / University of Alaska Fairbanks - Alaska to Hawaii cruise
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Demonstrated feasibility of ThermoTrawl retrofit on R/V Sikuliaq's 0.322-inch diameter oceanographic wire which sampled from the central Pacific Ocean to Honolulu, Hawaii continuously measuring the upper 200 meters of the water column in real time while underway at transit speeds of 10+ knots.​


NATO Centre for Maritime Research and Experimentation - Mediterranean cruise
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Demonstrated operational capability to NATO CMRE over two weeks in the Mediterranean under the DANCE 25 program, for acoustic and environmental site characterization.

ABOUT OSS
OUR STAFF

​Dr. Antione (Tony) Eliasen
Cofounder & Chief Executive Officer
As a retired Nuclear Submarine Officer and Project Management Professional, he conveys a plethora of experience in ocean operations and engineering. His degrees in Environmental Science and Engineering Management bring his passion for the ocean to bear in an inventive and effective manner. He is focused on bringing high value production to your team and operation.
​tony@oceanstatesensing.com​​​​

​​Brian Amaral
Cofounder & Chief Operating Officer
With advanced degrees in Ocean Engineering, Oceanography and Business, Brian delivers a passionate and imaginative method to every project. His 17+ years of military service has refined his visionary approach to investigating and alleviating the damaging events that affect the ocean. Brian efficiently bridges the gap between scientific research and in-field (or at-sea) implementation.
brian@oceanstatesensing.com​​​​​

Chris Reeves
Project Manager
With degrees in Ecology & Evolutionary Biology and Science Writing, Chris integrates two decades of experience in marine science education, field work, and as a professional mariner, with effective management skills to coordinate operations within a complex dynamic team. ​​

Katie Burrows
Student Intern Rise Up (ONR funded)
​While pursuing her doctorates in Ocean Engineering, Katie brings her background in electrical engineering and distributed sensing as an intern, assisting with technology development, field work, and ocean applications.
katie.burrows@uri.edu​​