Autonomous Tow Vessels for Offshore Macroalgae Farming
Woods Hole, MA | ARPA-E MARINER | Marine
Designed and developed Drone Tug, a low-cost, uncrewed towing vessel optimized for slow-speed, high-efficiency transport in ocean farming. The craft achieves seven times the towing power of conventional multi-purpose propulsion systems.
View project sourceDevelopment of Scalable Coastal and Offshore Macroalgal Farming
Alaska | ARPA-E MARINER | Government
Developed highly efficient, integrated seaweed farm designs and replicable model systems in Alaska for sugar kelp production, utilizing displacement variable spar buoys and catenary arrays.
View project sourceDevelopment of Techniques for Tropical Seaweed Cultivation and Harvesting
Caribbean Sea | ARPA-E MARINER | Marine
Designed a single-module catenary system and deployed variable displacement spar buoys to support tropical seaweed cultivation and year-round biomass production in the Caribbean Sea.
View project sourceBull Kelp Farming in Humboldt Bay
Humboldt Bay, CA | Greenwave & Cal Poly Humboldt | Marine
Designed and installed multi-line cultivation systems to culture nereocystis in challenging tidal environments, supporting natural habitat restoration efforts.
View project sourceMechanization of OysterGro Cage Flipping
Damariscotta River, ME | Mook Sea Farm | Marine
Designed and manufactured a custom, powered cage-flipping system mounted between workboat hulls to automate biofouling control and eliminate manual physical labor on parallel oyster lines.
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