Sovereignty Module: Purify the Spirit

Purify the Spirit
Purify the Spirit
Complete Distillation, Alcohol Production, and Fuel Ethanol Guide
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Complete Distillation, Alcohol Production, and Fuel Ethanol Guide

Distillation concentrates alcohol for medicine, fuel, solvent, and preservation. A simple still converts fermented wash into pure spirits. This campaign covers still construction, fermentation, and fuel-grade ethanol production.

Chapter 1: Distillation Applications

ProductAlcohol %UseStarting Material
Fuel ethanol90-95%Engine fuel, lamp fuel, solventAny sugar/starch source
Medicinal alcohol60-95%Tinctures, disinfectant, extractionAny fermented wash
Drinking spirits40-60%Preservation, trade, moraleGrain, fruit, sugar
Essential oilsN/A (steam distillation)Medicine, fragrance, pest controlHerbs, flowers, bark
Purified water0%Drinking water from contaminated sourcesAny water source
Vinegar (acetic acid)0% alcohol (5-8% acid)Preservation, cleaning, cookingAlcohol exposed to air

Chapter 2: Still Types

TypeComplexityOutput PuritySpeedBest For
Pot still (simple)Low40-65% per runSlowFlavor spirits, essential oils
Pot still (double run)Low65-80%Slow (2 runs)Higher purity spirits
Reflux still (column)Moderate85-95%ModerateFuel ethanol, neutral spirits
Fractioning columnHigh95%+SlowMaximum purity
Solar stillVery lowPure water onlyVery slowWater purification

Chapter 3: Simple Pot Still Construction

ComponentMaterialFunctionSpecification
Boiler (pot)Copper, stainless steel, or food-grade vesselHolds and heats wash5-50 gallon capacity
Cap/dome (helmet)Copper or stainlessCollects vaporFits tightly on boiler
Lyne arm (vapor tube)Copper tube (1-2 inch)Carries vapor to condenserSlight downward angle
Condenser (worm)Copper coil in cold water bucketCools vapor back to liquid15-25 feet of coil
ThermometerAt top of capMonitors vapor temperatureCritical for cuts
Collection vesselGlass jarCatches distillateChange jars for cuts
Heat sourcePropane burner, wood fire, electricHeats boilerControllable heat essential
Cold water supplyRunning water or iceKeeps condenser coldMust stay below 70F

Copper is ideal: removes sulfur compounds, improves flavor, conducts heat well, easy to solder/braze. Stainless steel is acceptable but doesn't remove sulfur.

Chapter 4: Fermentation (Making the Wash)

RecipeSugar SourceYield (alcohol %)Fermentation TimeDifficulty
Sugar washWhite sugar + water + yeast10-15%5-7 daysVery low
Corn mashCracked corn + malted barley + water8-12%5-10 daysModerate
Fruit wineAny fruit + sugar + yeast10-14%7-14 daysLow
Molasses washMolasses + water + yeast8-12%5-7 daysLow
Potato mashPotatoes + malted barley + water8-10%7-10 daysModerate
Grain mash (all-grain)Any grain + malted barley + water8-12%7-14 daysModerate-high

Simple sugar wash recipe: 5 gallons water + 8 lbs sugar + 1 packet distiller's yeast. Dissolve sugar in warm water (not hot). Cool to 75-80F. Add yeast. Seal with airlock. Wait 5-7 days until bubbling stops. Ready to distill.

Chapter 5: Distillation Process

StepActionTemperatureDetails
1Fill boiler 2/3 full with fermented washRoom tempNever fill more than 3/4 (boil-over risk)
2Seal all joints (flour paste or silicone)N/AMust be vapor-tight
3Start cold water flowing through condenserN/AMust be running before heat starts
4Apply heat (bring to simmer slowly)150-173FSlow heat = better separation
5Foreshots (first 1-2 oz per gallon of wash)148-165FDISCARD: contains methanol (toxic)
6Heads (next 10-15% of run)165-175FHarsh, solvent-like. Set aside or discard.
7Hearts (main collection, the good stuff)175-195FSweet, smooth. This is your product.
8Tails (when flavor drops, becomes oily)195-210FHarsh, oily. Stop collection.
9Turn off heat, let cool before openingN/ANever open hot still (vapor ignition risk)

CRITICAL SAFETY: Always discard foreshots (first 1-2 oz per gallon of wash). Contains methanol which causes blindness and death. The "heads" also contain harsh alcohols. Only the "hearts" are safe for consumption.

Chapter 6: Fuel Ethanol Production

ParameterSpecificationNotes
Target purity90-95% (reflux still)Higher = better fuel
FeedstockAny sugar/starch: corn, sugar cane, potatoes, fruit wasteCheapest available
Yield1 gallon ethanol per 10-15 lbs sugar (approximately)Varies by efficiency
Engine useBlend 10-85% with gasoline, or 100% in modified enginesMay need larger jets
Lamp fuel90%+ ethanol burns cleanBlue flame, less soot than kerosene
Solvent90%+ for extraction, cleaningDissolves resins, oils, many organics
StorageSealed containers (absorbs water from air)Keep dry
Denatured (non-drinking)Add 5% gasoline or methanolRequired by law in many places for tax-free fuel

One acre of corn produces approximately 300-400 gallons of fuel ethanol per year. One acre of sugar cane: 600-800 gallons. Enough to fuel a vehicle for 10,000-15,000 miles.

Reference Card

  1. ALWAYS discard foreshots (first 1-2 oz per gallon): contains methanol (causes blindness/death)
  2. Ethanol boils at 173F, water at 212F: distillation separates them by boiling point
  3. Simple sugar wash: 8 lbs sugar + 5 gallons water + yeast = ready to distill in 5-7 days
  4. Copper still preferred: removes sulfur, conducts heat, easy to work
  5. Never fill boiler more than 3/4 full (boil-over = fire hazard)
  6. Hearts (the good product) come between 175-195F vapor temperature
  7. Fuel ethanol: 90-95% purity, works in engines (may need jet adjustment)
  8. One acre corn = 300-400 gallons ethanol/year = 10,000+ miles of driving
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