The highest purity that the product can achieve within the energy consumption operation curve
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What does it mean by the highest purity that the product can achieve within the energy consumption operation curve? ? How can it be calculated? What tools are used for that?
This is an optimization issue; it seems the original poster didn’t explain it clearly. Given a fixed recovery rate, there is a curvilinear relationship between energy consumption and purity. For a given column, different reflux ratios result in different purities, which can be determined with the help of general simulation software. With on-site operational data, it can be obtained more accurately.
Given a fixed recovery rate, there is a curvilinear relationship between energy consumption and purity. For a given column, different reflux ratios result in different purities, which can be determined with the help of general simulation software. With on-site operational data, it can be obtained more accurately. Agree
Thank you for the advice. Now that we have accurate data on operational conditions in the field, what we want to determine is the highest purity level that the product can achieve under the current energy consumption patterns of the equipment.