Reusing thousands of collected samples of batches

  • Thread starter symbolipoint
  • Start date
In summary, the conversation discusses the challenges of managing and blending old samples in a factory that produces a large number of different products. There is a need to keep track of the samples and determine their compatibility for reblending. This process can be time-consuming and complicated, but a chemical engineer or mathematician may be able to develop efficient methods for managing it. Additionally, labeling and proper organization can help with this process.
  • #1
symbolipoint
Homework Helper
Education Advisor
Gold Member
7,283
1,769
This is either an engineering problem or a mathematical problem, but it is also about chemical formulations.

Imagine a factory that can make maybe 500 different products, maybe 1000 different products; and that every day, the factory makes maybe between 12 and 20 different batches (blends of ingredient, actually). The factory must keep a sample of every batch for at least 1 year. Eventually, the factory needs to get rid of these, in order of age. Some formulas are compatible to be blended and some are not (and this is really an oversimplification). In many cases, you can look at formula compositions on paper and judge if samples are compatible to be mixed, but in many other cases, you can not be sure. You have to actually try mixing small amounts in the laboratory and see what happens if anything.

Is there some way or ways to manage how to use or blend the old samples into daily production batches, so as to not constantly be making small-scale trial blends, and keep track of which samples are old enough and therefore ready to be eliminated from storage? This would seem to be very slow, checking what batches are being produced each day and looking for compatible samples and testing of other samples for their compatibility for reblending. If the factory only would have 100 or 200 products, that's not so bad. But if the factory makes a variety of different kinds of products and has 500 to 1000 different formulas, then this seems like a tough deal.

I believe a chemical engineer or mathematician would be able to develop ways to manage something like that. I am interested in what people have to say.
 
Engineering news on Phys.org
  • #2
I do not think that there are factories that have 100 different products but if it is then, you have to know that the batch sample will be just a few mL so it is not a big deal.

Is there some way or ways to manage how to use or blend the old samples into daily production batches, so as to not constantly be making small-scale trial blends, and keep track of which samples are old enough and therefore ready to be eliminated from storage?
a small label on the bottle with name, date, and concentration then arrange your closet in a proper way then no problem you will face.

the factory needs to get rid of these, in order of age. Some formulas are compatible to be blended and some are not (and this is really an oversimplification). In many cases, you can look at formula compositions on paper and judge if samples are compatible to be mixed, but in many other cases, you cannot be sure. You have to actually try mixing small amounts in the laboratory and see what happens if anything.

if you have a significant amount of product then a few mL of an old product will not make a serious problem.
 

What are the benefits of reusing collected samples of batches?

Reusing collected samples of batches can save time and resources by eliminating the need to collect new samples for each experiment. It also allows for comparison and consistency between experiments, and can provide valuable information for future research.

What are the potential risks of reusing collected samples of batches?

The main risk of reusing collected samples is contamination. If proper storage and handling procedures are not followed, the samples can become contaminated and affect the results of future experiments. It is important to carefully label and track the samples to ensure their integrity.

How can I determine if collected samples are suitable for reuse?

Before reusing collected samples, it is important to assess their quality and stability. This can be done through various tests such as measuring the pH level, checking for microbial growth, and analyzing the chemical composition. Samples that meet the required criteria can then be safely reused.

Is there a limit to how many times collected samples can be reused?

The number of times collected samples can be reused depends on various factors such as the type of sample, storage conditions, and the specific experiment being conducted. It is important to carefully monitor the quality of the samples and discard them if they no longer meet the necessary criteria.

What are some best practices for reusing collected samples of batches?

To ensure the integrity of reused samples, it is important to follow proper storage and handling procedures. This includes labeling and tracking the samples, maintaining appropriate storage conditions, and using aseptic techniques when handling the samples. It is also important to carefully document the number of times a sample has been reused and discard it if necessary.

Similar threads

  • Materials and Chemical Engineering
Replies
4
Views
7K
Replies
25
Views
2K
Replies
8
Views
2K
Replies
9
Views
1K
  • Atomic and Condensed Matter
Replies
1
Views
1K
  • Materials and Chemical Engineering
Replies
4
Views
2K
  • Materials and Chemical Engineering
Replies
12
Views
2K
Replies
16
Views
2K
  • Electrical Engineering
Replies
4
Views
3K
  • Sci-Fi Writing and World Building
3
Replies
96
Views
6K
Back
Top