Drexel University’s College of Engineering

institution 2 mentions

education

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Research studies

Development of an electrochemical flow capacitor

Research studies

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Often mentioned with · Technologies

Titania nanorods

Nanoscale structures of titanium dioxide that form the core component of the new photo-catalyst, designed to absorb sunlight.

Supercapacitors

Electrochemical capacitors capable of storing massive electrical charges and discharging energy much faster than batteries.

Electrochemical flow capacitor

An electrochemical storage system that combines the principles of flow batteries and supercapacitors to store and release energy quickly.

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Often mentioned with · Projects

Photo-catalyst for Sustainable Hydrogen Production

A collaborative research project to develop a new photo-catalyst capable of producing hydrogen from biomass-derived products using solar energy. The catalyst uses titania nanorods to absorb sunlight and accelerate the electrolysis process.

announced 1 mention

Often mentioned with · Products

Photo-catalyst (titania nanorods)

A new photo-catalyst comprised of titania nanorods designed to absorb sunlight and generate electricity to power the electrolysis process for hydrogen production from biomass-derived products.

Often mentioned with · Research studies

Development of Photo-catalyst for Sustainable Hydrogen Production

Development of an electrochemical flow capacitor

In the news (2)

Researchers make a breakthrough in sustainable hydrogen fuel production

10 years 2 months ago

Collaborated with Penn State on the development of the innovative photo-catalyst for hydrogen production.

Energy storage system could solve energy efficiency problems

13 years 11 months ago

A team of researchers from Drexel University’s College of Engineering in Pennsylvania developed a new method to store large amounts of electrical power.

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