University of California San Diego

institution 4 mentions

Research

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Projects

Hydrogen Storage Materials Research

Development of new ceramic materials for hydrogen storage using combustion synthesis, combining barium hexaboride, calcium hexaboride, and strontium. The project aims to create efficient and safe hydrogen storage solutions.

under construction 1 mention

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Products

Artificial trees made of nanotubes and nanomaterials designed to absorb sunlight, water, and CO2 to produce hydrogen gas.

Ceramic hexaboride hydrogen storage materials

New ceramic materials composed of barium hexaboride, calcium hexaboride, and strontium, designed to store and release hydrogen efficiently. Manufactured using combustion synthesis at lower cost and faster production times than traditional methods.

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Research studies

Nanotrees for hydrogen production

Development of new ceramic materials for hydrogen storage

Micromotor-catalyzed hydrogen production

Research studies

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Often mentioned with · Technologies

Hydrogen Fuel Cells

Electrochemical devices that convert hydrogen and oxygen into electricity to power electric motors in aircraft.

Technological advances in nanotechnology are making the production of hydrogen fuel cells more viable.

Sodium Borohydride

A chemical compound primarily used for producing sodium dithionite (a bleaching agent), but which researchers have repurposed for hydrogen storage.

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Often mentioned with · Locations

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Often mentioned with · Projects

Hydrogen Storage Materials Research

Development of new ceramic materials for hydrogen storage using combustion synthesis, combining barium hexaboride, calcium hexaboride, and strontium. The project aims to create efficient and safe hydrogen storage solutions.

under construction 1 mention

Beijing 2022 Winter Olympics Carbon-Neutral Initiative

An effort to make the 2022 Winter Olympics in Beijing the first carbon-neutral Olympic Games in history by deploying renewable energy, alternative transportation, energy efficiency, and new refrigeration technologies.

under construction 1 mention

Zhangjiakou Renewable Energy Supply

Solar and wind energy generation in the Zhangjiakou region, approximately 100 miles northwest of Beijing, to supply renewable electricity to the 2022 Winter Olympics.

operational 1 mention

Often mentioned with · Facilities

Beijing Olympic Venues

Zhangjiakou Solar and Wind Energy Facilities

Often mentioned with · Products

Ceramic hexaboride hydrogen storage materials

New ceramic materials composed of barium hexaboride, calcium hexaboride, and strontium, designed to store and release hydrogen efficiently. Manufactured using combustion synthesis at lower cost and faster production times than traditional methods.

artificial leaf

The world's first artificial leaf, capable of perfectly replicating photosynthesis to produce electricity and hydrogen gas by absorbing sunlight.

Artificial trees made of nanotubes and nanomaterials designed to absorb sunlight, water, and CO2 to produce hydrogen gas.

Often mentioned with · People

Michael Davidson

United States 1 mention

China 1 mention

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Often mentioned with · Research studies

Development of new ceramic materials for hydrogen storage

Artificial leaf

China's renewable energy infrastructure and electricity-dispatch challenges

Research studies

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In the news (4)

China will try to achieve the first carbon-neutral Olympics

4 years 5 months ago

Institution where Michael Davidson is based; provides expert commentary on China's renewable energy challenges.

Research team finds new way to affordably produce hydrogen fuel

11 years 1 month ago

Researchers from this institution have successfully used micromotors to catalyze a reaction that produced pure hydrogen from a salt solution.

New hydrogen storage research leads to development of promising materials

12 years 2 months ago

UCSD engineers developed new ceramic materials for hydrogen storage. The research is led by Professor Olivia Graeve from the Jacobs School of Engineering.

California researchers use nanotechnology to make nanotrees

14 years 3 months ago

Engineers from this university are experimenting with nanotechnology to create artificial trees that mimic plants.

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