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Naval Research Laboratory

institutionUnited States 4 mentions

Military research and development

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Projects

Zero Power Ballast Control
An autonomous ocean sensor powered by microbial fuel cells that uses bacteria-catalyzed hydrogen production for both electricity generation and buoyancy control. The cylindrical device can surface, dive, and navigate water columns.
under construction 1 mention
Projects
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Products

Zero Power Ballast Control
An autonomous ocean sensor powered by microbial fuel cells. The cylindrical device uses bacteria-catalyzed hydrogen production to generate electricity for sensors and to control buoyancy for diving and surfacing operations.
1 mention
Products
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Research studies

Microbial fuel cells for autonomous ocean sensors
1 mention
Research studies
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Often mentioned with · Technologies

Flexible Power Conversion Modules
Power interfaces enabling system operation on both alternating and direct current.
1 mention
Electrochemical acidification cell
A device used by Navy researchers to collect carbon dioxide and hydrogen gas from seawater.
1 mention
Unmanned Aerial Vehicle (UAV)
An aircraft that can be controlled remotely or fly autonomously, increasingly being powered by alternative energy sources like hydrogen.
1 mention
Technologies
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Often mentioned with · Locations

United States
United States
US 3 mentions
Indo-Pacific operational theaters and domestic testing sites
Indo-Pacific operational theaters and domestic testing sites
US 1 mention
Thailand
Thailand
TH 1 mention

Often mentioned with · Projects

Zero Power Ballast Control
An autonomous ocean sensor powered by microbial fuel cells that uses bacteria-catalyzed hydrogen production for both electricity generation and buoyancy control. The cylindrical device can surface, dive, and navigate water columns.
under construction 1 mention
ScanEagle UAV
A hydrogen-powered unmanned aerial vehicle (UAV) developed by Insitu Inc., which has successfully completed its first flight.
operational 1 mention

Often mentioned with · Products

ScanEagle
A hydrogen-powered unmanned aerial vehicle (UAV) that has successfully completed its first flight.
1 mention
JP-5 fuel stock
The fuel used to power most of the Navy’s surface and underwater fleet, which the Naval Research Laboratory aims to produce from seawater.
1 mention
Zero Power Ballast Control
An autonomous ocean sensor powered by microbial fuel cells. The cylindrical device uses bacteria-catalyzed hydrogen production to generate electricity for sensors and to control buoyancy for diving and surfacing operations.
1 mention

Often mentioned with · Research studies

Hydrogen fuel for UAV propulsion
1 mention
Propulsion module development for hydrogen UAVs
1 mention
Microbial fuel cells for autonomous ocean sensors
1 mention
Research studies
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In the news (4)

Hydrogen Production Goes Tactical: DoD Deploys EHOSS for Energy Autonomy
Involved in technical development and evaluation of EHOSS, leveraging experience in energy systems research[1].
Naval Research Laboratory sets its sights on hydrogen fuel
Scientists from the Naval Research Laboratory are developing a process to produce hydrogen fuel from seawater using carbon dioxide. They have successfully demonstrated methods for collecting carbon dioxide and producing hydrogen gas, with the goal of converting these into JP-5 fuel stock.
Insitu announces successful flight of hydrogen-powered UAV ScanEagle
The Naval Research Laboratory collaborated with Insitu on the ScanEagle project, developing a new propulsion module for the hydrogen-powered UAV.
U.S. Navy tests microbial fuel cells for their new ocean sensor
The Naval Research Laboratory developed the Zero Power Ballast Control device, a cylindrical autonomous ocean sensor powered by microbial fuel cells.

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