Lithium hydradation plant (Chemical)
Lithium hydradation plant (Chemical)
(OP)
Hello to everybody, Iam new in this forum
I would need where begin for information for buying elements for a metal hydration plant (lithium).
I am not chemist, so I would need only how much it can cost for budget purpose. I only know that Lithium and Hydrogen are difficult and dangerous to manage.
Where can I found electrical characteristics of HLi ?
I would need where begin for information for buying elements for a metal hydration plant (lithium).
I am not chemist, so I would need only how much it can cost for budget purpose. I only know that Lithium and Hydrogen are difficult and dangerous to manage.
Where can I found electrical characteristics of HLi ?





RE: Lithium hydradation plant (Chemical)
Hydration: Li(s) + H2O(liq) ? LiOH(s) + 1/2 H2(g) + heat, 199.1 kJ/mol*
Hydriding: Li(s) + 1/2 H2(g) --> LiH(s) + heat, 90.5 kJ/mol
Thermodynamic data from CRC Handbook of Chemistry & Physics, 79th Edn. (1998).
*Dell & Sony may have some recent experimental data on this.
RE: Lithium hydradation plant (Chemical)
RE: Lithium hydradation plant (Chemical)
2 LiOH --> Li2O + H2
Re safety: LiOH is highly alkaline and readily absorbs water to form a corrosive solution (high pH) which has an exothermic reaction with metals like Al (cause of the battery fires).
Have you verified that you do not want to hydrate (react with H2O) but actually want to hydride (react with H2)?
RE: Lithium hydradation plant (Chemical)
After that we would to melt it and mechanize in the appropiate inert atmosphere.
I am not chemist but I have to write a preliminary project budget, then when the project where approved we will look for some chemists.
How much do you think it can cost the necesary laboratory equipment?
We do not need big cuantities of HLi6 (one or two kilograms)
RE: Lithium hydradation plant (Chemical)
R. Weil & A. W. Lawson, J. Chem. Phys., vol. 37, p. 2730-2731 (1962) [reported a high-pressure phase transformation in LiH]
or
“Melting of lithium hydride under pressure”,
T. Ogitsu, E. Schwegler, F. Gygi and G. Galli,
Phys. Rev. Lett. vol. 91, 175502(page no.?) (2003).
Results of the latter are shown in http
RE: Lithium hydradation plant (Chemical)
The 1st page of this article is on-line at h
Fused silica glass was used as containers.
RE: Lithium hydradation plant (Chemical)
Translation of: 'Teplofizicheskie svoi?stva gidrida, dei?terida, tritida litii?a? i ikh rastvorov s litiem.' (1983)
by É. É. Shpil'rain et al.
Hardcover: 236 pages
Publisher: Springer-Verlag New York, Inc (January 1987)
ISBN: 0883185326
Library of Congress CALL NUMBER: QC176.8.T4 T4613 1987
Dewey No.: 620.1/98 19
RE: Lithium hydradation plant (Chemical)
RE: Lithium hydradation plant (Chemical)
It is much greater than Li one that is about 92 nanoohms·m
Where can I found the electrical characteristics of HLi and Li under pressure and temperature? (LiH decomposes at high temperatures and 1 atmosphere)
RE: Lithium hydradation plant (Chemical)
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