Sovereignty Module: Cleanse All Things

Cleanse All Things
Cleanse All Things
Complete Advanced Soap Making, Lye Production, and Cleaning Products Guide
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Complete Advanced Soap Making, Lye Production, and Cleaning Products Guide

Soap prevents disease. Before soap became common, plague and infection killed millions. Soap making requires only two ingredients: fat and lye (alkali). This campaign covers producing both from scratch and making every cleaning product a community needs.

Chapter 1: The Chemistry of Soap

ComponentSourceRoleProduct
Fat/oil (triglyceride)Animal fat, plant oilsProvides fatty acid chainsSoap molecules (surfactant)
Lye (alkali)Wood ash (KOH) or mineral (NaOH)Breaks fat into glycerin + fatty acid saltsSoap molecules
WaterAny clean waterDissolves lye, enables reactionEvaporates during cure
Glycerin (byproduct)Released from fat during saponificationMoisturizer (remains in handmade soap)Skin benefit

Saponification: Fat + Lye → Soap + Glycerin. The reaction is irreversible. Properly made soap contains NO free lye (all consumed in reaction).

Chapter 2: Lye Production from Wood Ash

StepActionDetails
1Collect hardwood ash (oak, hickory, maple, ash)White ash only, no charcoal chunks
2Build leaching barrel (barrel with straw filter at bottom, drain hole)Straw prevents ash from clogging drain
3Fill barrel with ash, pack firmlyLeave 4-6 inches at top
4Pour rainwater (soft water) over ash slowly1 gallon at a time, let percolate
5Collect brown liquid from drain (lye water)Potassium hydroxide solution (KOH)
6Test strength: float an egg or featherEgg floats with quarter-sized area above water = strong enough
7If too weak, pour through fresh ash again (or boil to concentrate)May need 2-3 passes
8Store in non-aluminum container (glass, plastic, stainless)Lye dissolves aluminum

Wood ash lye (KOH) makes soft soap (liquid/paste). For hard bar soap, you need sodium hydroxide (NaOH) from mineral sources or by adding salt to wood ash lye and boiling.

Chapter 3: Fat Rendering

StepActionDetails
1Collect fat trimmings (beef tallow, pork lard, or any animal fat)Remove meat and blood
2Cut fat into small pieces (1/2 inch or smaller)Smaller = faster rendering
3Add small amount of water (1/4 cup per pound of fat)Prevents scorching
4Heat slowly on low heat (simmer, never boil)Stir occasionally
5Fat melts out of connective tissue (cracklings float)2-4 hours for large batch
6Strain through cloth into clean containerRemove all solids
7Let cool and solidifyClean white/cream fat = tallow or lard
8Re-melt and wash with salt water (optional, for purity)Removes odors and impurities

Fat quality for soap: Beef tallow = hardest bar, longest lasting. Lard = good bar, slightly softer. Olive oil = gentle, slow to harden (Castile soap). Coconut oil = very hard, lots of lather. Mix fats for best properties.

Chapter 4: Cold Process Soap Making

StepActionDetails
1Calculate lye amount (use SAP values for your specific fat)Each fat requires different amount of lye
2Weigh fat and lye precisely (by weight, not volume)Accuracy critical (too much lye = caustic soap)
3Dissolve lye in water (add lye TO water, never reverse)CAUTION: generates extreme heat (200F+)
4Cool lye solution to 100-110FLet sit until cooled
5Melt fat, cool to 100-110FBoth liquids at same temperature
6Pour lye solution into fat slowly, stirring constantlyStick blender speeds process enormously
7Stir until "trace" (mixture thickens like pudding)5-30 minutes (blender) or 1-3 hours (hand)
8Pour into moldWood, silicone, or lined cardboard
9Insulate mold (blanket/towel) for 24 hoursKeeps warm for complete saponification
10Unmold after 24-48 hours, cut into barsFirm enough to hold shape
11Cure 4-6 weeks (air dry on rack)Water evaporates, soap hardens, reaction completes

Chapter 5: SAP Values (Lye Required per Pound of Fat)

Fat/OilNaOH (oz per lb of fat)KOH (oz per lb of fat)Bar HardnessLather
Beef tallow2.243.14Very hardModerate
Lard (pork)2.183.05HardModerate
Olive oil1.922.69Soft (hardens with age)Low, creamy
Coconut oil2.563.58Very hardHigh, bubbly
Palm oil2.022.83HardModerate
Sunflower oil1.902.66SoftModerate
Castor oil1.802.52Soft, stickyHigh, dense

Superfatting: Use 5-8% less lye than calculated. Ensures no free lye in finished soap and leaves extra moisturizing oil. Standard practice for skin-safe soap.

Chapter 6: Other Cleaning Products

ProductRecipeUse
Laundry soapGrate bar soap + washing soda + borax (1:1:1)Clothes washing
Scouring powderBaking soda + salt (2:1)Pots, surfaces
Glass cleanerVinegar + water (1:1)Windows, mirrors
Drain cleanerBaking soda + vinegar (pour separately)Clogged drains
Wood polishBeeswax + turpentine + linseed oil (1:1:2, melted together)Furniture
Tooth powderBaking soda + salt + crushed sage (4:1:1)Dental hygiene
ShampooLiquid soap (soft soap) diluted, or soap bar + vinegar rinseHair washing
DisinfectantVinegar (full strength) or lime waterSurfaces, wounds
Bleach (mild)Hydrogen peroxide (from pharmacy) or sunlightWhitening fabric
Stain removerPaste of washing soda + waterPre-treat stains

Reference Card

  1. Soap = fat + lye. The reaction is irreversible (no free lye in finished soap).
  2. Add lye TO water (never water to lye): generates extreme heat
  3. Wood ash lye (KOH) makes soft soap. Sodium hydroxide (NaOH) makes hard bars.
  4. Egg float test for lye strength: quarter-sized area above water = ready
  5. Superfat 5-8% (use less lye than calculated) for skin-safe soap
  6. Cold process soap must cure 4-6 weeks before use (completes reaction, hardens)
  7. Beef tallow makes the hardest, longest-lasting bar soap
  8. Rendered fat must be clean (no meat, blood, or impurities) for good soap
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