Row 6483

Row ID: 6483 | Dataset Entry | Axioma AXP Content Repository

Content Data

This page contains data entry 6483 from the Axioma AXP content repository. The structured data below represents the complete record for this entry.

We have a reactor where we pour hot liquid soap to homogenize. We are trying to load two batches into the reactor to optimize double batch productions. However when puring the first batch it generates an excessive amount of foam that prevents us from loading the second batch.

First we pured it from the top of the reactor, which created massive amounts of foam.

After that we tried puring it through a pipe with an opening close to the base of the reactor. The pipe had curves to control the speed at which the soap fell through it. Problem with this is that when we introduced the second batch it didn't properly homogenized with the first batch, since the first batch move to the top and the second one stayed at the bottom.

Finally we tried pouring the soap into the walls of the reactor, but as with the other first method it still generated too much foam to allow us to combine to batches in the reactor.

We can not change the production process, only the way we pour or introduce the first batch into the reactor, and both batches have to be introduced in the same manner into the reactor since there's only one line of production.

Any suggestions? English is not my first language so apologies for any missues of any technical word.

FieldValue
text We have a reactor where we pour hot liquid soap to homogenize. We are trying to load two batches into the reactor to optimize double batch productions. However when puring the first batch it generates an excessive amount of foam that prevents us from loading the second batch. First we pured it from the top of the reactor, which created massive amounts of foam. After that we tried puring it through a pipe with an opening close to the base of the reactor. The pipe had curves to control the speed…
label r/engineering
dataType post
communityName r/engineering
datetime 2024-05-10
username_encoded Z0FBQUFBQm5LakwyTnNVTEdGUWxkS21KcURKRHFlTFAweU1NblRWNTFKZlFLWk9iYWduVW4tX1ZLMmtHdXBlQmx0YWxXa1U3Zy01R29IcTlNTWxvcFVjQ21zTFJjVGM0cFE9PQ==
url_encoded Z0FBQUFBQm5Lak9HQ0xsZVdObXZTTkNtcDBFMmQzY3dTV3hNU0lxaFF4djU3RTdkYi14TGsyNlZWYllTTkFaRVZlTVlaQkJTWkFuTU5yQW5RRXFUd1lJZ3dxMmlWMndMZFZGa3ZvY05hcmZ0elZUOEdoLXRnc0JlZ3F5U0dhdTFrdHhGMWk0MDNtMThNYVhFNE42V2JLdWNPU0l3RzBrcEdzaVVSWGtBSXNSSl9OU3dBYVJTeE12UGhUd29QWG8zeThjMXVVN05JVjgtWjdDdWpKR3llNDlJLWxidjhRbDdCQT09

Raw Record

{
  "text": "We have a reactor where we pour hot liquid soap to homogenize. We are trying to load two batches into the reactor to optimize double batch productions. However when puring the first batch it generates an excessive amount of foam that prevents us from loading the second batch.\n\nFirst we pured it from the top of the reactor, which created massive amounts of foam.\n\nAfter that we tried puring it through a pipe with an opening close to the base of the reactor. The pipe had curves to control the speed at which the soap fell through it. Problem with this is that when we introduced the second batch it didn't properly homogenized with the first batch, since the first batch move to the top and the second one stayed at the bottom.\n\nFinally we tried pouring the soap into the walls of the reactor, but as with the other first method it still generated too much foam to allow us to combine to batches in the reactor.\n\nWe can not change the production process, only the way we pour or introduce the first batch into the reactor, and both batches have to be introduced in the same manner into the reactor since there's only one line of production.\n\nAny suggestions? English is not my first language so apologies for any missues of any technical word.",
  "label": "r/engineering",
  "dataType": "post",
  "communityName": "r/engineering",
  "datetime": "2024-05-10",
  "username_encoded": "Z0FBQUFBQm5LakwyTnNVTEdGUWxkS21KcURKRHFlTFAweU1NblRWNTFKZlFLWk9iYWduVW4tX1ZLMmtHdXBlQmx0YWxXa1U3Zy01R29IcTlNTWxvcFVjQ21zTFJjVGM0cFE9PQ==",
  "url_encoded": "Z0FBQUFBQm5Lak9HQ0xsZVdObXZTTkNtcDBFMmQzY3dTV3hNU0lxaFF4djU3RTdkYi14TGsyNlZWYllTTkFaRVZlTVlaQkJTWkFuTU5yQW5RRXFUd1lJZ3dxMmlWMndMZFZGa3ZvY05hcmZ0elZUOEdoLXRnc0JlZ3F5U0dhdTFrdHhGMWk0MDNtMThNYVhFNE42V2JLdWNPU0l3RzBrcEdzaVVSWGtBSXNSSl9OU3dBYVJTeE12UGhUd29QWG8zeThjMXVVN05JVjgtWjdDdWpKR3llNDlJLWxidjhRbDdCQT09"
}

Entry Information