Methanol Purification Version – Daily Question 20200728
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What is the relationship between conversion rate, yield, productivity, and one-pass conversion rate? Answer: Assume the total amount of raw material is A = B + C + D, where B is the amount of raw material consumed to produce the main product, C is the amount of raw material gas consumed to form the by-products, and D is the amount of unreacted raw material gas. Then: Conversion rate = (B+C)/A; Yield = B/(B+C); Recovery = B/A. If calculating the one-pass conversion rate, replace the feed gas in the first formula with the amount that passes through the reactor once.
Assume that the total amount of raw material is A = B + C + D, where B is the amount of raw material consumed to produce the main product, C is the amount of raw material gas consumed to form the by-products, and D is the amount of unreacted raw material gas. Then: Conversion rate = (B + C) / A; Yield = B / (B + C); Recovery = B / A. If calculating the one-pass conversion rate, replace the feed gas in the first formula with the amount that passes through the reactor once.
Assume that the total amount of raw material is A = B + C + D, where B is the amount of raw material consumed to produce the main product, C is the amount of raw material gas consumed to form the by-products, and D is the amount of unreacted raw material gas. Then: Conversion rate = (B+C)/A; Yield = B/(B+C); Recovery = B/A. If calculating the one-pass conversion rate, replace the feed gas in the first formula with the amount that passes through the reactor once.
Assume that the total amount of raw material is A = B + C + D, where B is the amount of raw material consumed to produce the main product, C is the amount of raw material gas consumed to form the by-products, and D is the amount of unreacted raw material gas. Then: Conversion rate = (B + C) / A; Yield = B / (B + C); Recovery = B / A. If calculating the one-pass conversion rate, replace the feed gas in the first formula with the amount that passes through the reactor once.
Assume that the total amount of raw material is A = B + C + D, where B is the amount of raw material consumed to produce the main product, C is the amount consumed to produce by-products, and D is the amount of raw material that remains unreacted. Then: Conversion rate = (B + C) / A; Yield = B / (B + C); Recovery = B / A. If calculating the one-pass conversion rate, replace the feed gas in the first formula with the amount that passes through the reactor once.
Assume that the total amount of raw material is A = B + C + D, where B is the amount of raw material consumed to produce the main product, C is the amount consumed to produce by-products, and D is the amount of raw material that remains unreacted. Then: Conversion rate = (B + C) / A; Yield = B / (B + C); Recovery = B / A. If calculating the one-pass conversion rate, replace the feed gas in the first formula with the amount that passes through the reactor once.
Assume that the total amount of raw material is A = B + C + D, where B is the amount of raw material consumed to produce the main product, C is the amount of raw material gas consumed to form the by-products, and D is the amount of unreacted raw material gas. Then: Conversion rate = (B+C)/A; Yield = B/(B+C); Recovery = B/A. If calculating the one-pass conversion rate, replace the feed gas in the first formula with the amount that passes through the reactor once.
Assume that the total amount of raw material is A = B + C + D, where B is the amount of raw material consumed to produce the main product, C is the amount of raw material gas consumed to form the by-products, and D is the amount of unreacted raw material gas. Then: Conversion rate = (B + C) / A; Yield = B / (B + C); Recovery = B / A. If calculating the one-pass conversion rate, replace the feed gas in the first formula with the amount that passes through the reactor once
Assume that the total amount of raw material is A = B + C + D, where B is the amount of raw material consumed to produce the main product, C is the amount of raw material gas consumed to form the by-products, and D is the amount of unreacted raw material gas. Then: Conversion rate = (B+C)/A; Yield = B/(B+C); Recovery = B/A. If calculating the one-pass conversion rate, replace the feed gas in the first formula with the amount that passes through the reactor once.
Answer: Assume the total amount of raw material is A = B + C + D, where B is the amount of raw material consumed to produce the main product, C is the amount of raw material gas consumed to form the by-products, and D is the amount of unreacted raw material gas. Then: Conversion rate = (B+C)/A; Yield = B/(B+C); Recovery = B/A. If calculating the one-pass conversion rate, replace the feed gas in the first formula with the amount that passes through the reactor once.
Assume that the total amount of raw material is A = B + C + D, where B is the amount of raw material consumed to produce the main product, C is the amount of raw material gas consumed to form the by-products, and D is the amount of unreacted raw material gas. Then: Conversion rate = (B+C)/A; Yield = B/(B+C); Recovery = B/A. If calculating the one-pass conversion rate, replace the feed gas in the first formula with the amount that passes through the reactor once