No passwords, no registration, no paywalls, no popups, no AI

As an Amazon Associate & eBay Partner we earn from affil links

Home /
T.O.C.
Fun
FAQs
Good
Books
Ref.
Libr.
SITE
NEWS
Help
Wanted
Current
Q&A's
Site 🔍
Search
finishing.com -- The Home Page of the Finishing Industry Search our quarter-million Q&As

Home of the finishing HOTLINE since 1989

-----

Porous inert electrodes



I want to run an electroosmotic flow through powdered resin of 35-50 micron particle size. Can I support my resin between two inert electrodes which have a pore size smaller than this? These inert electrodes should come in the form a disc and resins can be compressed between the two electrodes. Water will flow through the electrode-resin-electrode configuration.

Where can I get such and electrode? Is porous carbon electrode suited? Can they support 0.1-0.5 Amps current?

Please suggest

Prakhar Prakash
Postdoc - State College, Pennsylvania, USA
2005



Carbon can corrode. It probably won't endure 0.5 amps in a 1 inch disc. Do you really want that much electrolysis happening right in your stream?
It makes a little more sense to me to try to separate the powder-support function from the electrode function.
Purchase any thin micro-porous filter disc, support it with a thicker disc with large pores, and support that with glass frit disc. All non-conductive. have nont-necessarily porous electrodes farther downstream or off in some side-branch.

Jim Swenson
- Los Angeles, California, USA
2005



Jim,
I agree that the resin-support function can be separated from the electrode system. But I expect huge voltage loss if the resin is supported on a polymer frit. The electrodes need to be sitting behind the resin for effective voltage utilization.
What thickness of the carbon electrode you think will withstand a current of 0.5-0.75Amps.

Prakhar Prakash
- State College, Pennsylvania
2005


Sorry! Finishing.com is temporarily Read-Only.
Ted Mooney is retiring but I have several offers to take it over.
We're working hard to make sure we find it the best new home.





Disclaimer: It's not possible to fully diagnose a finishing problem or the hazards of an operation via these pages. All information presented is for general reference and does not represent a professional opinion nor the policy of an author's employer. The internet is largely anonymous & unvetted; some names may be fictitious and some recommendations might be harmful.

If you are seeking a product or service related to metal finishing, please check these Directories:

Finishing
Jobshops
Capital
Equipment
Chemicals &
Consumables
Consult'g,
& Software


About/Contact  -  Privacy Policy  -  ©1995-2026 finishing.com, Pine Beach, New Jersey, USA  -  about "affil links"