ARPA-E (Advanced Research Projects Agency-Energy)

govUnited States 7 mentions

Energy research and development funding

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Research studies

Development of new technology for floating offshore wind turbines using control co-design (CCD)

ARPA-E studies on subsurface hydrogen potential

Research studies

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Often mentioned with · Technologies

High-temperature superconducting wire

An advanced type of superconducting wire developed by the University of Houston researchers that has shown resilience to magnetic field influences.

Advanced Weathering Enhancement (AWE)

GeoRedox's proprietary technology that stimulates hydrogen production from reduced iron minerals in geological formations by accelerating natural subsurface chemical reactions. It combines advanced drilling techniques with innovative subsurface engineering adapted from the oil and gas industry.

Hydrokinetic tidal energy turbine

A turbine technology that extracts energy directly from tidal currents without requiring dams or barrages, developed as part of the Department of Energy's 2013 tidal energy initiative.

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Often mentioned with · Locations

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Often mentioned with · Projects

Department of Energy 2013 Tidal Energy Initiative

An aggressive U.S. government tidal energy pursuit launched in 2013 that led to the development of a hydrokinetic tidal energy turbine based in New York City.

operational 1 mention

Downdraft Tower

A massive, hollow cylindrical structure designed to generate strong wind currents for activating wind turbines using solar energy and water evaporation. The downdraft is channeled through turbines at the base.

announced 1 mention

ATLANTIS projects

A new ARPA-E program designed to develop new technology for floating offshore wind turbines using the discipline of control co-design (CCD).

announced 1 mention

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Often mentioned with · Facilities

Hydrokinetic tidal energy turbine facility

GeoRedox-Sage Geosystems Field Demonstration Site

Often mentioned with · Products

Advanced Weathering Enhancement (AWE) Technology

A proprietary technology platform for stimulated geologic hydrogen production that accelerates natural hydrogen formation from reduced iron minerals in geological formations. AWE combines advanced drilling techniques with innovative subsurface engineering to enable industrial-scale, ultra-low-cost, carbon-free hydrogen production.

Often mentioned with · People

United States 1 mention

Often mentioned with · Research studies

Development of new materials for solar heat energy storage

ARPA-E studies on subsurface hydrogen potential

Tidal Energy Research for Shallow Waters

Research studies

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In the news (7)

Stimulated Geologic Hydrogen Explained: Inside GeoRedox’s Game-Changing AWE Technology

1 year 3 months ago

U.S. Department of Energy program that has published studies referenced by GeoRedox regarding the potential of stimulated geologic hydrogen production.

Floating wind energy projects to receive multi-million dollar support from the DOE

7 years 4 months ago

ARPA-E is the agency overseeing the new ATLANTIS projects, designed to develop new technology for floating offshore wind turbines.

DOE issues funding for some ambitious hydrogen fuel projects

10 years 7 months ago

ARPA-E identified 41 clean energy projects that are being supported by the Department of Energy's funding.

Research team from Brown University to focus on tidal energy

12 years 3 months ago

The Advanced Research Projects Agency-Energy has provided support for the Brown University tidal energy research project.

Wind energy may benefit from man-made wind

13 years 4 months ago

This branch of the Department of Energy has shown interest in the Downdraft Tower initiative due to its innovative approach to wind energy.

Wind energy transportation problem may soon be solved

13 years 6 months ago

ARPA-E supported the Department of Energy's decision to advance funding for the University of Houston's project ahead of schedule due to promising progress.

Halotechnics develops new materials to make solar thermal energy more viable

14 years 2 months ago

ARPA-E, an alternative energy branch of the Department of Energy, supports Halotechnics' development of solar-thermal technologies and will continue to fund their research.

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