MODULE 01  ยท  HYDRO
Water Source Documentation
Document every water source available to your group โ€” wells, springs, streams, and fallback collection points.

PLANNING STANDARD: FEMA minimum = 1 gal/person/day. Jones standard (Provident Prepper) = 2 gal/person/day โ€” realistic for drinking, food prep, and basic hygiene combined. In hot weather or with physical labor, Lundin (When All Hell Breaks Loose) recommends 3 gal/person/day minimum for arid or high-exertion conditions. This module uses 2 gal/person/day as baseline; adjust upward for climate and workload. Document every source: type, location by bearing and distance from reference (not GPS), yield, seasonal reliability, contamination risks, and treatment required.

SOURCE HIERARCHY (Rawles, TEOTWAWKI): Identify primary, secondary, AND tertiary sources before a crisis โ€” grid-down water will be contested. Priority ranking: (1) Gravity-fed springwater โ€” no power required, low maintenance, lowest contamination risk; (2) Well water with hand pump or bucket โ€” grid-powered pumps fail with the grid; (3) Surface water (stream, river, pond) โ€” requires treatment; (4) Rainwater harvest; (5) Open water of last resort. A well with a grid-powered pump and no backup hand pump or torpedo bucket is NOT a reliable resource in a long-term grid-down event.

WELL TORPEDO / BULLET BUCKET (Rawles): For modern small-diameter wells (4โ€“6" casing) more than 20 ft deep. Construct from PVC pipe (3" pipe for 4" casing; 4" pipe for 6" casing), 4โ€“5 ft length. Top cap: drill center hole, insert threaded eyebolt with lock nut, attach sturdy nylon rope. Bottom cap: drill center hole, install foot valve (flapper opens when floating, closes when raised โ€” verify orientation). Use PVC cement on caps. Lower, fill, raise โ€” valve seals water in tube. NOTE: remove existing pump, wiring, and draw pipe before use. Commercial versions available at ReadyMadeResources.com and Lehmans.com. Source: Rawles, TEOTWAWKI.

SOURCE INDICATORS (FM 3-05.70): Animal trails converge on water; birds fly fast and low at dawn/dusk toward water holes; dew collects on grass before sunrise; green vegetation in arid terrain marks subsurface moisture.

BODY WATER PHYSIOLOGY (Lundin, WAHBL): Water is ~65% of a young adult's body weight, dropping with age: infants 73%, young adults 65%, ages 40โ€“60 = 47โ€“55%, after 60 = 45โ€“50%. A person at rest loses 2โ€“2.5 quarts of water per day through respiration, insensible perspiration, urine, and digestion. In extreme heat, sweat rate can exceed 1 gallon per hour โ€” making the standard 1 gal/day recommendation dangerously inadequate in hot climates. Every quart of sweat lost raises heart rate ~8 beats/min and stresses the cardiovascular system. Losing just 2% of body weight in water degrades judgment by 25%; at 100ยฐF, add another 25% โ€” totaling half normal capacity before severe symptoms appear.

THIRST IS NEVER A VALID HYDRATION INDICATOR. Thirst appears only when the body is already 1โ€“1.5 quarts low, and eventually the thirst mechanism stops working entirely. Primary indicator: urine color. Maximally hydrated urine is clear. Secondary indicators: frequency and volume. B vitamins and some medications will color urine regardless of hydration status.

INVOLUNTARY DEHYDRATION (Lundin): Military studies confirm that even when abundant water is available, personnel operating in hot conditions will NOT drink enough to stay hydrated unless forced to. Assign someone the explicit job of monitoring and enforcing drinking schedules. Watch elderly, children, and infants โ€” they are highest risk and least likely to self-report.

DEHYDRATION SIGNS โ€” EARLY/MILD: Headache ยท irritability ยท dizziness ยท excessive thirst ยท nausea ยท dry mouth/cracked lips ยท mild confusion ยท fatigue ยท decreased/dark urine ยท muscle weakness ยท flushed dry skin. SEVERE: Extreme thirst ยท very dry mouth and skin ยท severe confusion/disorientation ยท muscle cramping (arms, legs, back, stomach) ยท lack of sweating ยท convulsions ยท fainting ยท bloated stomach ยท heart failure ยท sunken eyes ยท rapid/deep breathing ยท low blood pressure ยท rapid/weak pulse ยท delirium, unconsciousness, death.

ORAL REHYDRATION SOLUTION (Lundin) โ€” for sick patients, severe dehydration, vomiting/diarrhea: ยฝ tsp salt + ยฝ tsp baking soda + 3 tbsp sugar per 1 quart of potable water. Measure accurately โ€” wrong ratios can worsen condition. For routine hydration, plain water is always preferred first.

+ ADD SOURCE
MODULE 02  ยท  HYDRO
Rainwater Collection
Size your catchment systems and document roof, tank, and diverter configuration.
๐Ÿ’ง CATCHMENT CALCULATOR  ยท  Lancaster Formula
Ashe Co avg: 50"  ยท  Watauga avg: 55"
Per Inch of Rain
โ€”
gallons collectible
Annual Harvest Est.
โ€”
gallons per year
First-Flush Diverter
โ€”
gallon minimum
Min. Tank (Drought)
โ€”
gallons @ 2 GPD/person (Jones)
Formula: sq ft ร— rainfall (in) ร— 0.623 ร— runoff coeff  |  Drought tank: group size (from Mod 04) ร— 2 GPD (Jones standard) ร— drought days  |  First-flush: 1 gal per 100 sq ft  ยท  Source: Lancaster, Rainwater Harvesting Vol.1; Jones (Provident Prepper)
+ ADD CATCHMENT SYSTEM
MODULE 03  ยท  HYDRO
Treatment & Testing
Purification reference protocols and treatment log by source.

CRITICAL: Cryptosporidium is resistant to chemical disinfectants (chlorine, iodine, permanganate). Effective methods: boiling, WAPI/Pasteurization (149ยฐF/65ยฐC), UV SteriPen/UV-C, or a microfilter (0.1โ€“0.2 micron). Do not rely on chemical treatment alone if Crypto is suspected. After chemical treatment, water should smell faintly of chlorine โ€” if not, re-treat. Source: FM 3-05.70, Murdock, Lundin (WAHBL), EPA NSF/ANSI Std 55.

Filter TypePore SizeProtozoa (Crypto, Giardia)BacteriaVirusesChemicals
Microfiltration0.1 micronVery HighVery HighNot EffectiveNot Effective
Ultrafiltration0.01 micronVery HighVery HighModerateLow
Nanofiltration0.001 micronVery HighVery HighVery HighModerate
Reverse Osmosis<0.001 micronVery HighVery HighVery HighHigh
Protozoa 1โ€“15ฮผ (Crypto, Giardia) ยท Bacteria 0.2โ€“5ฮผ (Salmonella, E.coli, Cholera, Campylobacter 0.2โ€“0.8ฮผ) ยท Viruses 0.02โ€“0.2ฮผ (Hep A, Norovirus, Poliovirus) ยท 0.1 micron absolute hollow fiber = 7-log (99.99999%) bacteria reduction per NSF/ANSI testing ยท Nominal vs. absolute micron rating โ€” verify with manufacturer. Source: Jones (Provident Prepper), NSF/ANSI Std 53.
Log every treatment event for accountability and pattern tracking.

Know what you're defending against. Source identification is the first step โ€” match pathogen risk to treatment method. Crypto resistance to chemicals is the most common fatal assumption in field water treatment. Source: FM 3-05.70 Ch.6.

MODULE 04  ยท  HYDRO
Storage Planning
Container inventory, rotation tracking, and needs calculation.
๐Ÿ“ฆ STORAGE NEEDS CALCULATOR
1 gal FEMA minimum ยท 2 gal recommended (Jones) ยท 3+ medical/hygiene
Enter container size for bleach dosing
Required Capacity
โ€”
gallons needed
On-Hand Total
โ€”
gallons stored
Gap / Surplus
โ€”
gallons
Bleach to Add
โ€”
tsp (calibrated for 5.25% bleach)
STORAGE DOSE (Jones โ€” calibrated for 5.25% bleach): 1/2 tsp/5-gal ยท 1.5 tsp/15-gal ยท 5.5 tsp/55-gal (0.1 tsp/gal)  |  If using 6%: ~0.44 tsp/5-gal ยท 4.8 tsp/55-gal  |  If using 8.25% (current Clorox): ~0.32 tsp/5-gal ยท 3.5 tsp/55-gal  |  RAW WATER TREATMENT DOSE (FM 3-05.70): 8 drops/gal (2 drops/qt) for 5.25%; reduce proportionally for higher concentrations โ€” see Module 03 Treatment Table  |  These are different doses for different purposes โ€” do not substitute.  |  Dry calcium hypochlorite: 1/8 tsp per 55-gal (10-yr shelf life โ€” store cool/dark)  |  1,000 gal dose (Lundin) โ€” MAINTENANCE ONLY: 1/3 cup OR 14.5 tsp liquid bleach (5.25%) to maintain ~1 ppm residual in already-clean stored water. NOT a treatment dose for raw or suspect water.  |  Water weight: 8.34 lbs/gal  |  Rotate every 6โ€“12 months  |  Leave headspace if freezing possible  ยท  Source: Jones (Provident Prepper), Murdock, Lancaster, Lundin (WAHBL)

WATER TRANSPORT PLANNING (Rawles, TEOTWAWKI): Plan for hauling water without vehicle fuel. A 2-wheel garden cart or bicycle cargo trailer with foam-filled or Slimed (flat-proof) tires provides the most practical solution. Load 5- or 6-gallon food-grade buckets โ€” each filled bucket weighs approximately 42 lbs. Minimum cart/trailer capacity: 200 lbs (4โ€“5 buckets). On flat terrain, two healthy adults can push or pull a loaded cart ~1/4 to 1/2 mile before significant fatigue. Plan for a security detail on water runs in degraded environments โ€” water sources will be contested. Pre-position containers and haul routes before crisis. Store jerry cans, 5-gal buckets, and rope at each cache point.

+ ADD CONTAINER
MODULE 05  ยท  HYDRO
Sanitation & Greywater
Blackwater disposal, greywater reuse, and sanitation supply inventory.

The leading cause of illness and death after disasters is inadequate sanitation, poor hygiene, and contaminated water โ€” more people die post-disaster from poor sanitation than during the initial event. Cholera, typhoid, and dysentery are direct results. (Haiti 2010: 8,200 killed and 370,000 hospitalized from cholera alone.) Fixed installations must be downhill and downwind from all water sources and sleeping areas. Minimum field standard: cat holes 200+ ft from any water source, 6โ€“8 inches deep, covered immediately. Pit latrines (anaerobic pit, NOT composting): site 100+ ft from any water source; relocate when 2/3 full; abandoned pit requires 2+ years before any soil reuse โ€” never use pit latrine soil for food gardens (anaerobic decomposition does not reliably kill pathogens; deep-rooted non-food trees only after extended rest). Source: Jones (Provident Prepper), CDC/WHO field sanitation guidelines.

+ ADD DISPOSAL METHOD

Thermophilic composting is the only low-tech method that reliably destroys all human pathogens โ€” including Giardia, Cryptosporidium, Salmonella, cholera, typhoid, and intestinal parasites. The microbes do the work; your job is to feed them correctly. Source: Jenkins, Humanure Handbook 4th Ed.

TemperatureDuration RequiredResult
149ยฐF (65ยฐC)MinutesAll pathogens destroyed โ€” no exceptions
143.6ยฐF (62ยฐC)1 hourComplete pathogen destruction
131ยฐF (55ยฐC)3 days (EPA Class A, aerated pile)EPA Class A โ€” safe for food gardens
122ยฐF (50ยฐC)1 day / 24 hoursAll pathogens destroyed per research consensus
114.8ยฐF (46ยฐC)1 weekEffective but slower โ€” thermometer required
109.4ยฐF (43ยฐC)1 monthMarginal โ€” use only if higher temps not achievable
Below 104ยฐF (40ยฐC)1+ year curingNon-thermophilic โ€” rely on 1-year aging + microbial competition only
1 ยท COVER MATERIAL (Carbon)
The critical input. Without it, composting fails. Provides carbon to balance nitrogen in humanure. Also acts as biofilter โ€” blocks all odor and prevents fly access.

Toilet interior: Fine, moist sawdust (from tree cutting, not kiln-dried shavings). If dry, wet it and let it biologically reactivate before use.

Bin cover: Straw, hay, leaves, grasses, weeds โ€” any clean plant-source material. Must be 100% covering all deposits. If you smell anything, add more cover.
2 ยท MOISTURE
Compost microbes need moisture to work. Urine and humanure provide most of it. If pile is too dry (desert climate, extended drought), add water. If pile is waterlogged from rain, add dry cover material. A squeeze of compost should feel like a wrung-out sponge โ€” damp, not dripping.

Do not cover bins with completely waterproof material โ€” some moisture exchange is needed.
3 ยท OXYGEN (Aerobic)
Keep the pile above ground on soil โ€” not on concrete. Cover material creates microscopic air spaces. No turning or digging required. Turning actually disrupts thermophilic zones and cools the pile prematurely.

An above-ground pile open at bottom to soil has adequate oxygen. Do not compact or compress the pile.
4 ยท BALANCED DIET (C:N Ratio)
Humanure provides nitrogen and moisture. Cover material provides carbon. Together they trigger thermophilic conditions. Yard trimmings alone often fail to heat โ€” humanure is what drives thermophilic activity.

Add food scraps, kitchen waste, and organic matter freely โ€” the more diverse the feedstock, the richer the microbial community and the better the compost.

Minimum 2-bin system: Fill Bin 1 for one full year, then leave alone while filling Bin 2. After Bin 2 fills, empty Bin 1 โ€” which has now aged ~1 year minimum. Never rush this cycle. Immature compost produces phytotoxins toxic to plants and may contain surviving worm eggs. Curing period adds safety net beyond thermophilic kill. Standard family bin size: 5 ft ร— 5 ft ร— 4 ft high. Can be built from 4 wood pallets in 10 minutes. Position on soil, not concrete.

Group SizeBin SizeBin CountFill CycleNotes
1โ€“2 persons5ร—5ร—4 ft2 minimum1 bin per year5-gal receptacles emptied monthly or when full
Family of 45ร—5ร—4 ft2โ€“31 bin per year4โ€“5 five-gallon receptacles emptied weekly
8โ€“12 personsTwo pallets wide ร— 4 ft deep3โ€“41 bin per yearScale receptacle count and collection frequency
Community / GroupCustom โ€” scale to fill in 1 year2 minimum + overflowAnnual rotation150 people at summer party = 4 five-gal containers
Receptacle Use Rules
  • โœ“ All urine, feces, toilet paper go in
  • โœ“ Vomit goes in โ€” treat like waste
  • โœ“ Food scraps added after lid is on (not inside toilet housing)
  • โœ— No food scraps directly in toilet โ€” fruit fly risk
  • โœ— No chlorine rinse โ€” soap and water only
  • โœ“ One person can handle 5-gal; two people handle 15-gal
  • โœ“ Empty when half-full if needed โ€” don't overfill
Odor Troubleshooting
  • ๐Ÿชฒ Smell or flies = insufficient cover material
  • โ†’ Add more cover โ€” there is no other answer
  • โ†’ Ensure cover is fine, moist, not bone-dry
  • โ†’ Cover can be 3 feet deep โ€” it does no harm
  • โ†’ With correct cover, no ventilation pipes needed
  • โ†’ If sawdust is dry: wet and let it biologically activate first
  • โœ“ A properly managed bin should smell like forest floor

Thermometer is your primary instrument. Insert into center of pile after closing. Monitor temperature โ€” when pile temperature returns to ambient outdoor air temperature, thermophilic phase is complete. Cure minimum 1 full year from the date the bin was sealed before use โ€” this is Jenkins's standard and matches the bin tracker countdown. The curing year allows microbial competition, further pathogen suppression, and worm egg die-off regardless of when the thermophilic phase concluded. Germination test: plant a cucumber, squash, or pumpkin seed in a small sample โ€” unhealthy seedling = immature compost, wait longer. Finished compost is safe for fruit trees, ornamentals, and non-food-contact soil. For food gardens, ensure EPA Class A criteria (131ยฐF for 3 days minimum). Source: Jenkins, Humanure Handbook 4th Ed.

+ ADD / TRACK BIN

Greywater (sinks, showers, laundry) can be reused for irrigation โ€” trees, ornamentals, and lawn grass only. Do not apply greywater directly to vegetable root zones or food-contact surfaces. Laundry greywater may contain detergents and pathogens; apply only to soil, not foliage. Kitchen sink water (food particles, fats) should be treated as blackwater. Note on volume: Greywater generation tracks consumption โ€” at the 2 GPD/person planning standard, actual greywater will be well below normal household figures. Grid-normal household baseline is 25โ€“40 gal/person/day, but in a conservation scenario expect 0.5โ€“1 gal/person/day of recoverable greywater at best. Do not overestimate this as a resource. Source: Nash.

+ ADD GREYWATER SOURCE

Sanitation supply inventory. Prioritize items required for hygiene maintenance regardless of water availability: hand sanitizer, soap, bleach (dual-purpose for water treatment and surface sanitation), toilet paper, feminine hygiene, trash bags, nitrile gloves. One gallon of water per person per day supports basic sanitation. Two gallons supports hygiene. Three gallons supports medical-grade cleanliness.

+ ADD SUPPLY ITEM
CONTAMINATION RISKS  ยท  HYDRO
Pipeline & Infrastructure Contamination Threats
Gas and petroleum pipeline hazards pushed from the Area Intel Map. Review and incorporate into your water source planning.
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OUTPUTS  ยท  HYDRO
Generate Documents
Print-ready reference documents generated from your entered data.
OUTPUT 1
Group Water Plan

Full summary document: all sources with location and treatment requirements, storage totals, daily consumption targets, and chain-of-custody protocol. Suitable for group SOP binder.

OUTPUT 2
Source Quick Reference

Compact one-page source list โ€” bearing, distance, yield, treatment required. Field-use format. Print and laminate for go-bag.

OUTPUT 3
Treatment Reference Card

All treatment methods with dosing, wait times, and pathogen effectiveness. Laminate-ready. Includes Crypto warning and FM 3-05.70 improvised filter instructions.

OUTPUT 4
Storage Rotation Schedule

Container inventory with last-filled dates, rotation due dates, bleach dosing, and weight per container. Rotation status flagged by color.

Key: ao_hydro_v1  ยท  Export before clearing.