METHOD FOR SEPARATING TRITIATED WATER FROM LIGHT WATER Russian patent published in 2019 - IPC B01D59/08 G21F9/06 

Abstract RU 2683096 C2

FIELD: technological processes.

SUBSTANCE: invention relates to a method for separating tritiated water from light water. Method includes a step of removing tritiated water and heavy water from light water and a step of separating tritiated water from heavy water. Removal of tritiated and heavy water from light water is carried out by adding heavy water to a liquid mixture containing tritiated water and light water, and converting to a gas hydrate consisting essentially of tritiated water and heavy water as a crystal structure. Separation of tritiated water from heavy water occurs through the breakdown of the structure of the gas hydrate containing tritiated water and heavy water, so as to obtain a liquid mixture. Further, the liquid mixture containing tritiated water and heavy water is converted into a gas hydrate containing tritiated water in the crystal structure. Structure of gas hydrate of tritiated water is broken down, so as to collect tritiated water, in that order.

EFFECT: enabling the recycling of heavy water and facilitating a method of separating tritiated water from light water on an industrial scale.

3 cl, 2 dwg, 1 tbl, 2 ex

Similar patents RU2683096C2

Title Year Author Number
METHOD FOR TREATMENT OF RAW WATER, WHICH CONTAINS TRITIUM WATER 2015
  • Manabe Akiesi
  • Okhara Masakhiro
  • Nisiki Esinori
  • Kunimatsu Akira
RU2648263C1
METHOD OF TRITIUM CONCENTRATION FROM CONTAMINATED WATER 2019
  • Sapozhnikov Yurij Aleksandrovich
  • Sapozhnikova Lyubov Dorofeevna
RU2712541C1
WATER TREATMENT SYSTEM USING DEVICE FOR ELECTROLYSIS OF AQUEOUS SOLUTION OF ALKALI AND ALKALINE FUEL CELL 2016
  • Manabe, Akiesi
  • Tsudzii, Fumiya
  • Kato, Akikhiro
RU2718872C2
METHOD FOR SEPARATING TRITIUM FROM WATER CONTAMINATED WITH IT 2020
  • Sapozhnikov Yurij Aleksandrovich
  • Petrov Vladimir Gennadievich
  • Sapozhnikova Lyubov Dorofeevna
RU2767867C1
METHOD FOR ELECTROLYTIC ENRICHMENT OF HEAVY WATER 2014
  • Manabe Akiesi
  • Nisiki Josinori
  • Kunimatsu Akira
RU2656017C2
METHOD AND LINE FOR PRODUCING CONCENTRATED BEVERAGES 0
  • Bakum Eduard Arestarfovich
SU1585321A1
METHOD AND LINE FOR PRODUCTION OF CONCENTRATED DRINKS 0
  • Bakum Eduard Arestarfovich
SU1789550A1
METHOD AND DEVICE FOR PURIFYING AIR FROM GASEOUS TRITIUM AND ITS CONCENTRATION IN CONSTANT WATER VOLUME 2013
  • Spasov Ivajlo Spasov
  • Gijoshev Georgij Stoyanov
  • Krivirov Nikola Petrov
RU2635809C2
METHOD OF WATER PURIFICATION FROM TRITIUM BY MEANS OF CATALYTIC ISOTOPIC EXCHANGE BETWEEN WATER AND HYDROGEN 2008
  • Rozenkevich Mikhail Borisovich
  • Rastunova Irina Leonidovna
  • Prokunin Sergej Viktorovich
RU2380144C1
METHOD FOR PRODUCING HIGHLY TRITIUM-LABELLED GRAPHENE OXIDE 2022
  • Badun Gennadij Aleksandrovich
  • Chernysheva Mariya Grigorevna
  • Bunyaev Vitalij Andreevich
RU2813551C1

RU 2 683 096 C2

Authors

Nakamura Satoshi

Dates

2019-03-26Published

2015-07-01Filed