会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明公开
    • Process and apparatus for separating water from an aqueous mixture
    • 用于从含水混合物中分离水的方法和装置。
    • EP0015157A1
    • 1980-09-03
    • EP80300533.9
    • 1980-02-25
    • Cheng, Chen-YenCheng, Sing-WangCheng, Wu-Cheng
    • Cheng, Chen-YenCheng, Sing-WangCheng, Wu-Cheng
    • C02F1/22B01D9/04
    • B01D9/04C02F1/22C02F11/20C02F2103/08Y02A20/128Y02A20/132
    • in the process of the present invention an aqueous solution is flash vaporized under a reduced pressure to form, simultaneously, a low pressure water vapour and ice crystals. The ice formed may, if desired, be purified and is then melted inside thermally conductive conduits under a high pressure of, for example, 600 atm. The low pressure water vapour is desublimed to form ice on the exterior of the conduits The latent heat of desublimation released may be utilized in supplying the heat needed in the ice-melting operation. The .desublimate is removed intermittently by an in-situ dissolution operation utilizing an aqueous solution such as the feed solution. A substantially equivalent amount of ice is formed inside the conduits by an exchange freezing operation. The ice so formed is also melted.
      An apparatus is provided for carrying out such a process
    • 在本发明中,以wässrige溶液闪蒸减压下汽化以形成,同时,将低压水蒸汽和冰晶,所形成的冰的过程中,如果需要清除,进行纯化,然后熔化下内部导热导管 的高压,例如,600个大气压。 低压水蒸气凝华,形成在导管的外表冰。 释放凝华的潜热可以在供给在融冰操作所需的热量被利用。 如进料溶液:在凝华通过原位溶解操作利用上wässrige溶液间歇地除去。 冰的基本上等同的量通过导管内形成为交换冷冻操作。 冰如此形成gibt熔化。...被提供用于执行的搜索处理的装置
    • 10. 发明公开
    • Distillative freezing process for separating close boiling mixtures
    • 破坏者Ausfrierverfahren zum Trennen von Stoffen mit dicht beieinanderliegenden Siedepunkten。
    • EP0044366A1
    • 1982-01-27
    • EP80302490.0
    • 1980-07-23
    • Cheng, Chen-YenCheng, Sing-Wang
    • Cheng, Chen-YenCheng, Sing-Wang
    • B01D9/04
    • B01D3/06B01D3/065B01D7/00B01D9/00B01D9/0018C01B3/50C01B7/0712C01B7/075C01B11/028C01B13/0248C01B15/013C01B33/046C01B33/10778C01F7/62C01G23/075C01G49/10C07C7/14C07C17/383C07C17/392C07C29/78C07C37/84C07C45/81C07C51/43C07C253/34C07C2601/14C07C47/04C07C57/04C07C53/08C07C53/16C07C57/145C07C63/16C07C31/12C07C39/04C07C39/06C07C39/14C07C39/30C07C35/12C07C255/08
    • A crystallization separation process for separating an at least partially liquid mixture containing two volatile components (A and B) the two components forming a binary system in which the vapor pressure ratio of A:B is 0.1 to 10 at the B-triple point and is less than the ratio of the heat of sublimation to the heat of melting of the B-component at the B-triple point, the constant pressure phase diagram having a B-enriched solid-vapor two phase region covering a substantial concentration range above the three phase state temperature and a B-enriched solid and liquid region below such temperature wherein a first vapor mixture and first condensed mass are formed by vaporizing the two components in a first zone at a temperature and pressure lower than the triple point temperature and pressure, the first condensed mass comprising a mother liquor and a solid phase which is B-enriched, the heat released in the formation of the solid being utilized to vaporize the volatile components.
      Such process can be extended to a gas mixture containing two volatile and condensable components (A and B) into substantially pure B and a B-lean component, in which heat is removed from the gas to cause part of the B to desublime, the A remaining in the vapor stream, the vapor stream then having heat removed therefrom while the vapor is at a temperature and pressure below the B-triple point values thereby causing formation of a further condensed mass.
    • 一种用于分离含有两种挥发性组分(A和B)的至少部分液体混合物的结晶分离方法,所述两种组分形成二元体系,其中A:B的蒸气压比在B三重点为0.1至10,并且为 小于B-三重点的B成分的升华热量与熔融热的比例,具有覆盖三分之一以上的实质浓度范围的富含B的固体蒸气两相区域的恒压相图 相状态温度和低于这种温度的富含B的固体和液体区域,其中通过在低于三重点温度和压力的温度和压力下将第一区域中的两种组分蒸发而形成第一蒸气混合物和第一冷凝物质, 包含母液和富含B的固相的第一浓缩物质,在形成固体中释放的热量用于蒸发挥发性组分。 这种方法可以扩展到含有两种挥发性和可冷凝组分(A和B)的气体混合物,成为基本上纯的B和贫B组分,其中热量从气体中除去以使B的一部分发生沉淀,A 保留在蒸汽流中,然后蒸汽流从其中除去热量,同时蒸汽处于低于B-三重点值的温度和压力下,从而形成另外的冷凝物质。