Smartphone Building
Tool · chemistry

Distillation

Build selected atmospheric glass-contact-joint boiler/condenser/receiver train with mechanical retention; discovery hypothesis only.

Discovered · unresearchedClosure: BlockedInventory incomplete

Capability requirements and tolerances

Consumer-specific numerical targets, quantities and acceptance limits remain open or incompletely reviewed. No smartphone-grade suitability is claimed. Distinct capability tiers require their own making route and qualification.

Known Parts and Tools

The selected route supplies this page's inventory and the map's dependency links from one record. Further requirements may be missing; review flags do not prove physical suitability.

RequirementRoleUseRelationship status
Distillation boilerPartconsumed feed/processing stock or incorporated material; exact stock and losses unknownUnselected proposal
Distillation condenserPartconsumed feed/processing stock or incorporated material; exact stock and losses unknownUnselected proposal
Ground glass distillation jointsPartconsumed feed/processing stock or incorporated material; exact stock and losses unknownUnselected proposal
Liquid pipeworkPartconsumed feed/processing stock or incorporated material; exact stock and losses unknownUnselected proposal
ContainersToolreused fabrication/verification toolUnselected proposal
Melting furnaceToolreused fabrication/verification toolUnselected proposal
Cooling systemsToolreused fabrication/verification toolUnselected proposal
Temperature instrumentsToolreused fabrication/verification toolUnselected proposal
Pressure instrumentsToolreused fabrication/verification toolUnselected proposal
SupportsToolreused fabrication/verification toolUnselected proposal
VentilationToolreused fabrication/verification toolUnselected proposal
TongsToolreused fabrication/verification toolUnselected proposal
Unselected candidate inventories · 2

These records expose known requirements and alternative or blocked hypotheses. They add no manufacturing links or selected discovery depth.

Build batch atmospheric boiler, condenser and receiver train; caller fluid compatibility not yet established

Build batch atmospheric boiler, condenser and receiver train; caller fluid compatibility not yet established

Known structural inventory only, not a complete recipe; calibration, material compatibility, physical safety, contamination, yield, scheduling and omitted supplies need research.

Build selected atmospheric glass-contact-joint boiler/condenser/receiver train with mechanical retention

Build selected atmospheric glass-contact-joint boiler/condenser/receiver train with mechanical retention

Inventory incomplete; quantities, omissions, handling, protection, contamination, control, acceptance/calibration, waste and resource availability require review. Distinct earlier selected no-polymer-seal architecture replaces the prior candidate. Original polymer-seal still creates distillation→seals→polymers→solvents→NMP→distillation once solvents are expanded; that candidate is preserved, unselected. Ground joints, leak acceptance, wetted material, fluid, pressure and temperature suitability remain unproved.

Making outline

  1. Build selected atmospheric glass-contact-joint boiler/condenser/receiver train with mechanical retention
  2. Keep separated intermediate states and retain/assay a witness sample; process settings and acceptance limits remain unknown.

What remains unresolved

Unselected discovery proposals

These are research questions, not published manufacturing dependencies. The seed combines alternatives, operating requirements and verification relationships.

Glass stock, Clay pottery, Cooling systems, Temperature instruments

Proposed capability specification
{
  "function": "Distillation",
  "quantity": "NOT_RESEARCHED",
  "precision_purity_performance": "NOT_RESEARCHED",
  "acceptance": "NOT_RESEARCHED"
}
Earlier research provenance

Return to the discovered map

Used by

Items that directly require this item in their selected inventory.

Paths from Smartphone

These routes together include every item that can lead from Smartphone to this item. Repeated path combinations are collapsed; recipes are omitted.

Shortest route: Smartphone → Covers → Polymers → Polymer precursor chemicals → Distillation

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