Questions: Multiple Select Question Select all that apply Choose all processes that are part of downstream product processing during the manufacture of a chemical in a fermentor. - Product recovery - Packaging - Waste removal - Purification - Media inoculation

Multiple Select Question Select all that apply Choose all processes that are part of downstream product processing during the manufacture of a chemical in a fermentor. - Product recovery - Packaging - Waste removal - Purification - Media inoculation
Transcript text: Multiple Select Question Select all that apply Choose all processes that are part of downstream product processing during the manufacture of a chemical in a fermentor. Product recovery Packaging Waste removal Purification Media inoculation
failed

Solution

failed
failed

The correct answers are:

  • Product recovery
  • Purification
  • Waste removal

Explanation for each option:

  1. Product recovery: This is a crucial part of downstream processing. After fermentation, the product needs to be separated from the biomass and other components in the fermentation broth.

  2. Packaging: This is typically considered a post-processing step rather than part of the downstream processing. Downstream processing focuses on the steps required to purify and isolate the product.

  3. Waste removal: This is an essential part of downstream processing. Removing waste products and by-products is necessary to purify the desired product.

  4. Purification: This is a key component of downstream processing. It involves various techniques to purify the product to the required level of purity.

  5. Media inoculation: This is part of upstream processing, where the fermentation process is initiated by adding microorganisms to the growth media.

Summary: In the context of downstream product processing during the manufacture of a chemical in a fermentor, the relevant processes are product recovery, purification, and waste removal.

Was this solution helpful?
failed
Unhelpful
failed
Helpful

Questions asked by other users

failedAnswered
Suppose that a particular candidate for public office is favored by 48% of all registered voters in the district. A polling organization will take a random sample of 500 of these voters and will use p̂, the sample proportion, to estimate p. a. Calculate σp̂, the standard deviation of p̂. σp̂=0.48 b. If for a different sample size, σp̂=0.071, would you expect more or less sample-to-sample variability in the sample proportions than when n=500 ? c. Is the sample size that resulted in σp̂=0.071 larger than 500 or smaller than 500 ? Explain your reasoning.
failedAnswered
-28/-4 = 16 16 ÷ (-2) =
failedAnswered
Draw the graph of each of the 3 equations below.
failedAnswered
Exercise 11-16 (Algo) (LO11-3) A recent study compared the time watching television by single-and dual-earner households. Based on a sample of 15 single-earner households, the mean amount of time watching television was 57 minutes per day, with a standard deviation of 17.0 minutes. Based on a sample of 12 dual-earner households, the mean number of minutes watching television was 44.4 minutes, with a standard deviation of 19.6 minutes. Using the 0.10 level of significance, verify the assumption that the variances are equal. Using the 0.01 significance level, can we conclude that the single-earner households spend more time watching television? Required: a. State the decision rule. Note: Round your answer to 3 decimal places. The decision rule is to reject H0 if t is b. Compute the value of the test statistic. Note: Round your answer to 3 decimal places.
failedAnswered
Why can it be misleading to give measurements with more precision than is justified by the measurement process? Choose the correct answer below. A. It is misleading because the measurement would be perceived to be closer to the true value than it actually is. B. It is misleading because the measurement would be perceived as having a greater amount of detail than it actually has. C. It is misleading because the measurement would be perceived as having a lesser amount of detail than it actually has. D. It is misleading because the measurement would be perceived to be further from the true value than it actually is.