TH68943A - Isotope gas separation method and isotope gas separator - Google Patents

Abstract

DC60 (17/05/47) A purified and economical isotope gas method, for example, in the case of separating 13CO from carbon monoxide to obtain high purity 13CO. The adsorption difference was applied to the adsorption material of 12CO and 13CO, and the adsorption method was separated until the mole fraction exceeds 0.45. Separate ozotope gas 13CO by distillation method. And with the process This is where isotope gas separation can be obtained at a low cost by taking advantage of the advantages of adsorption separation methods. A pure and economical isotope gas method, for example, in the case of separating 13CO from carbon monoxide to obtain high purity 13CO. The adsorption difference was applied to the adsorption material of 12CO and 13CO, and the adsorption method was separated until the mole fraction exceeds 0.45. Separate ozotope gas 13CO by distillation method. And with the process This is where isotope gas separation can be obtained at a low cost by taking advantage of the advantages of adsorption separation methods.

Claims (1)

1. Isotope gas separation process that can separate the number one isotope gas. From the mixed gas made up of the gas mark Number one, either molecular or atomic There are two big steps in this process. The first step is step 1 to bring the mixture gas mentioned above. Above through the channel The gas of the adsorption chamber step 2 stops the passage of the mixed gas at Mentioned above After the start time and the third step reduces the pressure inside the adsorption chamber, the adsorbed mixed gas inside the adsorption chamber. Then put it through the tags: