Details

Project TitleCarbon Nanoparticle for Energy Storage
Track Code2013-141
Short Description

Design of a carbon-based high charge density nanostructure (HDN) for energy storage

#materials #cnt #energy #nanotechnology #nanoparticles

Abstract

Advances in the development of renewable energy sources and their storage have propelled efforts to design and fabricate ever higher charge density nanostructures (HDNs) that are cost-effective and safe. An optimal HDN would have a high surface area, many sub-nanochannels through which charged species could access the internal surfaces and favorable surface reactivity. Northwestern University researchers rose to this challenge by designing and generating spherical, carbon-based HDNs. These cost-effective nanoparticles functioned as supercapacitors with a very high power density when assembled into dense films. When coupled with electro-spraying for film formation these carbon nanoparticles could be a great option for production of supercapacitors. 

 
Tagsenergy, MATERIALS: CNT, nanotechnology: nanoparticles
 
Posted DateJan 20, 2015 10:53 AM

Inventor(s)

Robert Chang

Donald Buchholtz

Byounghong Lee

Applications

  • Solar cells
  • Supercapacitors
  • Fuel cells
  • Batteries
  • Remote energy storage

Advantages

  • Inexpensive
  • Safe
  • Simple to apply compared to current alternatives

Publications

IP Status

US patent application has been filed.

Marketing Contact

Sarah Kamper, PhD

Invention Associate

(p) 847-491-5095

(e) sarah.kamper@northwestern.edu