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CN109414643A 用于操作具有吸附装置的工业成套设备的方法和具有吸附装置的工业成套设备 失效 - 权利终止

  • Patent Title: 用于操作具有吸附装置的工业成套设备的方法和具有吸附装置的工业成套设备
  • Patent Title (English): METHOD FOR OPERATING AN INDUSTRIAL PLANT WITH AN ADSORPTION DEVICE AND INDUSTRIAL PLANT WITH AN ADSORPTION DEVICE
  • Application No.: CN201780038735.5
    Application Date: 2017-06-21
  • Publication No.: CN109414643A
    Publication Date: 2019-03-01
  • Inventor: T·特罗特 , H·克里斯提安
  • Applicant: 林德股份公司
  • Applicant Address: 德国慕尼黑
  • Assignee: 林德股份公司
  • Current Assignee: 林德股份公司
  • Current Assignee Address: 德国慕尼黑
  • Agency: 上海专利商标事务所有限公司
  • Agent 浦易文
  • Priority: 16001413.0 2016.06.23 EP
  • International Application: PCT/EP2017/025176 2017.06.21
  • International Announcement: WO2017/220211 DE 2017.12.28
  • Date entered country: 2018-12-21
  • Main IPC: B01D53/04
  • IPC: B01D53/04 ;  B01D53/047
用于操作具有吸附装置的工业成套设备的方法和具有吸附装置的工业成套设备
Abstract:
一种用于操作具有吸附装置(10)的工业成套设备(100)的方法，吸附装置以预定的质量流量排放载有可吸着物质的气流，其中负载气流(G1)涉及以时间上交替的方式相继的升高的负荷( )的阶段(P1)和降低的负荷( )的阶段(P2)，该方法包括以下步骤：将负载气流(G1)进给(610)到吸着缓冲装置(40)的入口(42)；将吸着缓冲装置(40)中的负载气流(G1)沿着吸着路径(45)引导(620)通过吸着剂(44)，吸着剂(44)适合于接收可吸着物质的负荷(ψ)，吸着路径(45)从吸着缓冲装置(40)的入口(42)通向出口(43)，其中，根据气流的负荷()和吸着剂的负荷(ψ)，可吸着物质从气流流向吸着剂(44)，或者从吸着剂(44)流向气流；在吸着缓冲装置(40)的出口(43)处排出(730)处理过的气流(G4)，其中，在气流(G1)对可吸着物质具有升高的负荷( )的阶段(P2)期间，形成吸着剂(44)对可吸着物质具有升高的负荷(ψ)的区域(B1)，该区域沿着吸着路径(45)从吸着缓冲装置(40)的入口(42)延伸，并且在具有气流(G1)的降低的负荷()的后续阶段(P1)期间，具有吸着剂(44)的升高的负荷(ψ)的区域沿着吸着路径(45)在朝向吸着剂缓冲装置(40)的出口(43)的方向上移动；并且其中，吸着路径(45)的长度(l)和吸着缓冲装置(40)中的吸着剂(44)的量被选择(721)，使得吸着缓冲装置(40)被设置成在工业成套设备(100)操作期间沿着吸着路径(45)容纳具有吸着剂(44)的升高的负荷(ψ)的至少三个、优选至少四个、更优选至少五个不同的区域(B1–B5)。
Abstract(English):

A method for operating an industrial plant (100) with an adsorption device (10), which produces a predefined mass flow of a gas stream (G1) loaded with a sorbable substance, wherein the loaded gas stream (G1) comprises sequential, temporally alternating phases (P1) of increased loading (phi1) and phases (P2) of reduced loading (phi2), with the following steps: supplying (610) the loaded gas stream(d) to an inlet (42) of a sorption buffer device (40); guiding (620) the loaded gas stream (d) in the sorption buffer device (40) through a sorption material (44) suitable for taking up a loading (psi) of the sorbable substance along a sorption path (45) that leads from the inlet (42) to an outlet (43) of the sorption buffer device (40), wherein the sorbable substance passes from the gas stream to the sorption material (44) or from the sorption material (44) to the gas stream, depending on the loading of the gas stream (phi) and the loading of the sorption material (psi); extracting (630) a treated gas stream (G4) at the outlet (43) of the sorption buffer device (40), wherein during a phase (P2) of increased loading (phi2) of the gas stream (d) with the sorbable substance a region with anincreased loading (psi) of the sorption material (44) with the sorbable substance forms in a region (Bi) extending along the sorption path (45) from the inlet (42) of the sorption buffer device (40),and during a subsequent phase (P1) of reduced loading (phi1) of the gas stream (G1) the region with increased loading (psi) of the sorption material (44) shifts along the sorption path (45) in the direction of the outlet (43) of the sorption buffer device (40); and wherein a length (I) of the sorption path (45) and a quantity of the sorption material (44) in the sorption buffer device (40) are chosen such that, during operation of the industrial plant (100), the sorption buffer device (40) is set up to accommodate at least three, preferably at least four, more preferably at least five different regions (B1-B5) of increased loading (psi) of the sorption material (44) along the sorption path (45).

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