Superconducting Polymers - PowerPoint PPT Presentation

1 / 5
About This Presentation
Title:

Superconducting Polymers

Description:

Magnetic levitation for high-speed trains. More efficient electric motors. Reduction of 'line loss' in transmission lines. Computer chips ... – PowerPoint PPT presentation

Number of Views:214
Avg rating:3.0/5.0
Slides: 6
Provided by: gra6187
Category:

less

Transcript and Presenter's Notes

Title: Superconducting Polymers


1
Superconducting Polymers as an Energy /
Conservation Solution
Dr Andrew Grant Department of Chemistry Mount
Allison University Sackville, NB
Kasis Energy
2
Current Status of Superconductor Technology
  • Low temperature (-269ºC, liquid helium)
  • inorganic / ceramic based materials used in
  • superconducting magnets.
  • There is a need for higher temperature
  • (-169ºC, liquid nitrogen) material.
  • Superconducting organic based materials
  • (doped polyacetylene, polythiophene, polyaniline
  • not commercially viable.
  • Is a room temperature superconductor a
    possibility?

Kasis Energy
3
Possible uses of Superconducting Materials
  • Magnetic levitation for high-speed trains
  • More efficient electric motors
  • Reduction of line loss in transmission lines
  • Computer chips
  • More efficient transportation of electricity,
    and
  • more efficient uses of electricity, results in
    energy conservation. Less energy need be
    produced, resulting in green-house gas reduction.
  • ie. development of a room-temperature
    superconductor would result in energy savings
  • a cleaner environment.

Kasis Energy
4
What are we doing at Mount Allison?
  • Research in my lab at MtA has resulted in the
    design of an entirely
  • new class of organic polymer. Modeling studies
    suggest that this polymer
  • should have remarkable conducting properties.
  • This polymer should overcome many of the
    limitations of existing
  • superconducting organic polymers.
  • Kasis Energy Inc is a Mount Allison University
    spin-off company that
  • has been set up to make this polymer a reality,
    and take commercial
  • advantage of any other in-house discoveries in
    the energy arena.
  • We have established collaborations with Prof
    Kashi Ghandi at MtA and
  • the SEM Lab to help characterize any material
    made.

Kasis Energy
5
Thanks to
  • Andrew Paskauskas (formerly of MtA Research and
    Development Office)
  • Anna Sheridan-Jonah, MtA Research and
    Development Office
  • Mount Allison University for financial support.
  • Organizers of this meeting.
  • Shareholders of Kasis Energy.

Kasis Energy
Write a Comment
User Comments (0)
About PowerShow.com