System and method for preparing low-deuterium tritiated water
A technology of deuterium-tritium and hydrogen production equipment, applied in the field of healthy drinking water preparation
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Embodiment 1
[0080] see figure 1 , the present invention discloses a system for preparing deuterium-tritium-depleted water. The preparation system includes: hydrogen production equipment 1, oxygen delivery equipment 2, and water generation equipment 3.
[0081]The hydrogen production equipment 1 is used to prepare hydrogen and output it, or it can be only the hydrogen delivery equipment, which only transports the prepared hydrogen. At this time, the hydrogen delivery equipment is connected to the membrane separation device, and the protium in the hydrogen is separated through the membrane separation device, while the hydrogen The deuterium and tritium in the membrane cannot be filtered out from the membrane separation device. The oxygen delivery equipment provides oxygen through preparation, or only delivers oxygen; the water generation equipment includes a proton membrane, which receives hydrogen produced by the hydrogen production equipment and oxygen delivered by the oxygen delivery equ...
Embodiment 2
[0129] In this embodiment, the system for preparing low-deuterium-tritium water does not include hydrogen production equipment, but only includes hydrogen delivery equipment and membrane separation devices, and only transports the prepared hydrogen. At this time, the hydrogen delivery equipment is connected to the membrane separation device, and through the membrane separation device The protium in the hydrogen is separated, but the deuterium and tritium in the hydrogen cannot be filtered out from the membrane separation device.
[0130] Of course, the system for preparing deuterium-tritium depleted water may also include oxygen preparation equipment to prepare oxygen. The oxygen production equipment is also equipped with a palladium alloy membrane separation device (which may be similar in structure to that of Embodiment 1), which can separate radioactive isotopes in oxygen from 16O, making drinking water safer for people.
Embodiment 3
[0132] The difference between this example and Example 1 is that in this example, the hydrogen production equipment uses hydrolysis to produce hydrogen, and the prepared hydrogen is separated from the protium in the hydrogen through a palladium membrane separation device, but the deuterium and tritium in the hydrogen cannot be separated from the Membrane separation device filtered out. The oxygen delivery equipment provides oxygen through preparation, or only delivers oxygen; the water generation equipment includes a proton membrane, which receives hydrogen produced by the hydrogen production equipment and oxygen delivered by the oxygen delivery equipment to produce healthy water.
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