Content
Citation(s) & Footnote(s)
Book(s)No access → No access
Source argument
The article explains distillation as separation through vaporization and condensation, surveys its history and industrial reach, and describes variations in apparatus and operation. Its mixture-model section rejects the simplistic idea that each ingredient boils off separately at its pure boiling point. Beverage production is one application among many.
Evidence map
Capture-line locators refer to 191-reading.txt, not printed page numbers.
- 1–11: opening apparatus caption, definition, energy/performance claims, dry distillation and applications.
- 12–31: Akkadian perfumery, changing terminology, Aristotle, Alexandria, India and early China.
- 32–48: Arabic/Latin transmission, medieval China, Brunschwig/French, continuous stills and industrial development.
- 49–75: application distinctions, ideal-mixture model, batch/continuous operation, reflux and stages.
- 76–104: laboratory apparatus, simple/fractional/steam/vacuum/molecular/short-path methods.
- 105–137: zone and reactive methods, membranes, freezing, azeotropes and pressure manipulation.
- 138–156: industrial columns, trays/packing, distribution, energy and desalination.
- 157–174: beverage paragraph, gallery captions and see-also entries.
- 176–229: all 54 numbered references read as entries; some entries contain multiple works.
- 231–233: three further-reading entries, including repeated Allchin; 234–251: links and navigation.
No new Excerpts, Citations or Zettels created solely from unresolved tertiary claims.
Researcher synthesis
Timeline leads—not established firsts
The circa-1200 BCE claim concerns perfumery tablets. The article itself warns that ancient words translated as distillation covered processes unlike the modern meaning. Water evaporation/condensation, alchemical treatment and potable spirits must therefore have separate event labels.
The Zosimos apparatus caption identifies a fifteenth-century illustration of an earlier author; it is not a third-century photograph or contemporary drawing. Indian apparatus identification, suggested early Chinese dates and later beverage evidence retain the article's uncertainty. Arabic works attributed to named authors and pseudonymous corpora must not become simple invention credits.
The 1500 and 1512 Brunschwig publications and 1651 French work are bibliographic leads. “First book” and “oldest surviving distillery” need precise scope; the latter relies on a popular listicle. Perrier 1822, Stein 1826, Coffey 1830 and Savalle circa1846 require original-source checking. In particular, line47 calls Coffey's patent granted in1830 while line211 lists publication in1830 and issue in1831. Do not silently choose one date. The Solvay reference similarly separates an earlier date from issue in1877.
Technical interpretation
The ideal-mixture discussion is useful, but cannot be transferred unchanged to every whiskey congener. Its later ethanol/water section acknowledges non-ideality. “Lighter” should not be casually read as lower molecular weight. Theoretical stages are models, not a claim that every physical tray is perfectly equilibrated.
Keep batch versus continuous and actual steady-state operation distinct: the article's constant-composition description is an operating ideal, not proof that startup or disturbances cannot change outputs. More separation is not automatically better whiskey or better target flavor. The beverage paragraph recognizes retained non-ethanol components; the earlier claim about transferring all volatiles is too sweeping to use as a completeness guarantee.
Specific concerns needing specialist confirmation: the steam-distillation application of Raoult's law; pressure-independent molecular-flow wording; the “azeotropic band” explanation; the partial-distillation/purity wording; and claims that all ultra-pure products require chemical rather than other physical separation. Preserve the explicit mass basis of the95.6% ethanol example and its pressure dependence—do not relabel it ABV.
Claims not cleared for instruction
Line121's freeze-distillation toxicity/legal generalizations and boiling-point rationale must not become safety advice. This article does not establish a safe cut schedule or demonstrate removal of hazardous compounds. Its laboratory apparatus descriptions are not approved home-distillation instructions.
Industrial energy fractions, desalination comparisons and dimensional ranges need their source assumptions and dates; they are not whiskey-specific findings. ASTM D86 is described here for petroleum boiling-range testing, not as a whiskey sensory or blending standard.
Assessment
All written content read. Underlying history, technical references and visual evidence remain separate review tasks. Link future authoritative findings to the appropriate timeline or process concept rather than copying this broad article into History. Connect terminology with No access and No access without implying these related discovery records corroborate each other.
Completion checklist
Needs Review retained. Bibliography reading is not54 completed sources.
Sources
Reviewed revision. External discovery only: Smithsonian Brunschwig catalog, direct retrieval rejected; Taape article, search abstract only, not full reading.
Preservation reconciliation — September 8, 2026
The original HTML snapshot is now included in the native Wikipedia-Captures-173-218.zip package on No access. Earlier preservation-pending language is superseded for that HTML only. Local original hashes and ZIP integrity were checked; native attachment presence was refetched. Remote images/assets were not bundled and a new cloud-byte comparison was not performed. Written-source reading does not establish that every cited work or illustration was reviewed. Other source-specific holds remain unchanged.
