Low temp distillation of metals

AI Thread Summary
Employing fractional distillation methods on mixtures of metallic elements with low boiling points, such as mercury (Hg) and zinc (Zn), may not be effective due to their similar group properties. While liquid metal distillation could be feasible in limited cases, such as with bismuth-lead (Bi-Pb), the practicality remains uncertain. The primary focus of the discussion revolves around removing impurities for refining steel scrap rather than direct distillation of these metals. References to vacuum distillation and specific studies highlight ongoing research in this area. Overall, the effectiveness of fractional distillation for these metals is questioned, emphasizing the need for alternative methods.
jim mcnamara
Mentor
Messages
4,789
Reaction score
3,852
Is practical to employ fractional distillation methods on a mixture of two metallic elements with low BP - for example Hg and Zn?

And no, I'm not trying to do this.
 
Engineering news on Phys.org
Zn and Hg are in the same group, so they may not be effective.

Liquid metal and distillation may be possible in a few limited cases.

It might be possible with Bi-Pb, but I don't remember.


This is more to do with removing impurities for refining steel scrap.
Vacuum distillation of liquid metals: Part II. Photographic study
http://www.springerlink.com/content/e75w60378925j762/


SEPARATION OF $sup 210$Po FROM BISMUTH BY LIQUID METAL DISTILLATION.
http://www.osti.gov/energycitations/product.biblio.jsp?osti_id=4091492

See if this works -
Fractional Distillation

I also know that certain pyrometallurgical techniques have been proprosed for metal fuel used in the integral fast reactor (IFR), but offhand I don't recall the process.
 
Back
Top