2007, Volume 10, Issue 19+20
Research Concerning the Optimization of Isotopic Exchange Process in the Pilot Plant for Tritium and Deuterium Separation
National Institute of R&D for Cryogenics and Isotopes Technologies - ICIT Rm. Valcea Code 240050, Uzinei Street no.4, CP7 Raureni, Valcea, Romania
*Corresponding author: Sorin Gherghinescu, e-mail: email@example.comPublished: October 2007
The present work has the purpose to determine the flow behavior of both phases, gaseous and liquid, of the hydrogen isotopes in order to obtain a better separation factor between hydrogen and water, aD/T, in the D2-DTO large scale isotopic exchange column.
Seeing that direct determination of the fractions of the hydrogen isotopic species is difficult and rather imprecise, the numerical estimation method with high precision is strongly required.
Therefore we shall use series of isotope exchange process characteristic equations to obtain the precise results needed in the design process for the achievement of the operating data target.
A special attention will have the two first weight reactions in the isotopic exchange process:
D2(g) + DTO(v) ⇔ DT(g) + D2O(v)
DTO(l) + D2O(v) ⇔ DTO(v) + D2O(l)
Separation factor, hydrogen isotopic species, isotopic exchange column.
Tag search Separation factor hydrogen isotopic species isotopic exchange column