Enumeration counts are conditional on the construction rules; minimum vapor duty is not universal optimality.
Chapter-level engineering discussion by Vishesh H. Shah and Rakesh Agrawal; paraphrase of printed pp. 274–292.
Systematic configuration generation expands beyond traditional column-order heuristics. Thermally coupled and nonsharp alternatives can change performance, while a screening objective may not capture cost or operability.
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Chapter 7: Conceptual Design of Zeotropic Distillation Processes. Printed pages; chapter begins at original PDF 288.
Paraphrase checked against the supplied PDF text. Verification establishes source fidelity, not independent validation of every author claim or numerical equation.
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Evidence
Systematic configuration generation expands beyond traditional column-order heuristics. Thermally coupled and nonsharp alternatives can change performance, while a screening objective may not capture cost or operability.
Location and context
Vishesh H. Shah and Rakesh Agrawal. Conceptual Design of Zeotropic Distillation Processes, printed pp. 274–292. Chapter original PDF pages 288–320. This is an original paraphrase, not a quotation.
Annotation
Enumeration counts are conditional on the construction rules; minimum vapor duty is not universal optimality.
Verification
Source text checked; locator and source relation present. Source fidelity is verified, not every underlying claim independently established.
