公开(公告)号：US4275020A

公开(公告)日：1981-06-23

申请号：US944116

申请日：1978-09-20

Applicant: David DiGregorio ,  Daniel McCarthy ,  Keith J. Mounteer ,  Charles D. Thompson

Inventor： David DiGregorio ,  Daniel McCarthy ,  Keith J. Mounteer ,  Charles D. Thompson

IPC: B01F1/00 ,  B01F3/04 ,  B01F5/02 ,  C02F1/24 ,  C02F3/12

CPC classification number: B01F3/04836 ,  B01F3/0473 ,  B01F3/04758 ,  B01F5/0268 ,  C02F1/24 ,  C02F3/1289 ,  Y02W10/15

Abstract: A dissolving tank for dissolving a large amount of gas in a liquid and including a generally horizontally disposed tray (28) (29) mounted within the tank (2) (21) to divide the tank (2) (21) into an upper reaction zone (36) and a lower discharge zone (38). The tray (28) (29) has formed therein both a central opening (34) (35) for fluid communication between the discharge zone (38) and the reaction zone (36) and peripheral openings (32) (33) which allow any liquid which collects on the tray (28) (29) to flow from reaction zone (36) to discharge zone (38). The dissolving tank further includes liquid feed means (10) positioned within the tank (2) (21) below the tray (28) (29) to discharge liquid upwardly through the central opening (34) (35) of the tray (28) (29) and into the reaction zone (36). The dissolving tank further includes liquid distribution means (14) mounted within the tank (2) (21) above the tray (28) (29) and having flared sidewalls (15) and a vertically-oriented distribution orifice (16). The distribution means (14) is positioned so that a portion of the liquid discharged upwardly from the feed means (10) impacts on the flared sidewalls (15) and is distributed as droplets within the reaction zone (36) and another portion of the liquid discharged from the feed means (10) passes upwardly through the distribution orifice (16) toward the top (3) of the tank (2) (21).

Abstract translation: 一种用于将大量气体溶解在液体中并且包括安装在罐（2）（21）内的大致水平布置的盘（28）（29）的溶解槽，以将罐（2）（21）分成上反应 区域（36）和下排放区域（38）。 托盘（28）（29）在其中形成有用于在排放区（38）和反应区（36）之间流体连通的中心开口（34）和周边开口（32）（33），允许任何 收集在托盘（28）（29）上的液体从反应区（36）流到排放区（38）。 溶解罐还包括定位在托盘（28）（29）下方的罐（2）（21）内的液体进料装置（10），以将液体向上排出通过托盘（28）的中心开口（34）（35） （29）并进入反应区（36）。 溶解罐还包括安装在托盘（28）（29）上方的罐（2）（21）内并具有扩口侧壁（15）和垂直定向的分配孔（16）的液体分配装置（14）。 分配装置（14）被定位成使得从进料装置（10）向上排出的液体的一部分冲击扩张的侧壁（15），并且作为液滴分布在反应区（36）内，另一部分液体 从进料装置（10）排出的液体向上通过分配孔（16）朝向罐（2）（21）的顶部（3）。