7 results about "Neon" patented technology

The application provides a device for coupling xenon isotope separation and neon-helium purification separation and a use method thereof. Based on various non-low-temperature gas separation technologies, through multi-stage module cooperation, high-efficiency enrichment of xenon isotope raw material gas under non-low-temperature conditions and purification and purification of air separation crude neon-helium gas are coupled, including thermal coupling and intermediate material coupling. The crude neon-helium gas produced in the process is fully utilized, the energy consumption and operation complexity are significantly reduced, and the development advantage can be further improved.

A neon purification device according to the present invention comprises: a first adsorption unit that adsorbs and removes nitrogen and argon from a raw material gas; a cooling unit that cools the raw material gas from which nitrogen and argon have been adsorbed and removed by the first adsorption unit to obtain a cooling gas; and a second adsorption unit that adsorbs and removes one or both of nitrogen and argon from the cooling gas.

A system (100) having an analysis device (1) that analyzes a component contained in a gas (9) is provided. The analysis device has a filter (25) that selectively passes the component contained in the gas, a detector (26) that detects the component that has passed through the filter, and a first control device (36) configured so that the detector (26) detects a low-abundance isotope 21Ne that is a main component, i.e., neon, contained in the gas and does not detect a high-abundance isotope 20Ne.

The application relates to a process device and method for preparing high-purity high-abundance neon-22 isotope laser gas, which comprises a natural neon gas raw material storage tank, a first-stage thermal diffusion separation column, a second-stage to (N-1)-stage thermal diffusion separation column, an N-stage thermal diffusion separation column and a low-temperature adsorption tower connected in series, wherein the thermal diffusion separation column is used for separating and enriching neon isotopes; based on the thermal diffusion effect difference of neon-22 isotopes and other isotope components, the abundance of neon-22 isotopes is enriched. After multi-stage thermal diffusion separation, neon-22 isotopes with an abundance of 99% to 99.99% are obtained at the end of the (N-1)-stage thermal diffusion separation column, and neon-22 isotopes with a purity of 99.99% to 99.999% are prepared. Compared with the prior art, the application significantly improves the abundance of neon-22 isotopes, and based on the demand for high-purity laser gas for laser gyro navigation, the neon-22 isotopes are deeply purified, that is, neon-22 isotope laser gas with an abundance of 99% to 99.99% and a purity of 99.99% to 99.999% is obtained.

The application discloses a kind of microporous metal organic framework materials and preparation and rare gas separation method, belong to chemical adsorption separation technical field, microporous metal organic framework material is made of divalent metal ion, heterocyclic dicarboxylic acid ligand and nitrogen-containing heterocyclic ligand coordination construction;Divalent metal ion and heterocyclic dicarboxylic acid ligand coordination forms two-dimensional polymer, nitrogen-containing heterocyclic ligand as pillar, by with two-dimensional polymer coordination forms three-dimensional framework structure.Microporous metal organic framework material is used as adsorbent, and is contacted with rare gas mixed gas phase, realizes to high polarity rare gas identification capture, reaches the separation and purification of rare gas.The present application realizes the accurate control of pore chemistry electrostatic environment by changing different ligand and its functional group substituent, so as to realize the selective separation of xenon / krypton and helium / neon and other rare gas.

The present invention provides a neon purification apparatus and neon purification method that can improve the efficiency of neon purification. [Solution] The neon purification apparatus according to the present invention comprises a first adsorption unit that adsorbs and removes nitrogen and argon from a raw material gas, a cooling unit that cools the raw material gas from which nitrogen and argon have been adsorbed and removed in the first adsorption unit to obtain a cooling gas, and a second adsorption unit that adsorbs and removes one or both of nitrogen and argon from the cooling gas.