Infrastructure Restart Sequence

Locate all available water: municipal wells, surface water, stored reserves, rainwater collection. Test visually for contamination—discoloration, debris, or odor indicates severe contamination. Identify broken pipes by listening for hissing or checking water pressure. Prioritize the cleanest accessible source. Map the water system to understand what can be repaired versus what requires workarounds. Assign a small team to document all sources and test results.

Never assume tap water is safe. Pipe breaks allow sewage, soil pathogens, and chemicals to contaminate supply lines.

Boiling kills most pathogens: heat water to rolling boil for 1 minute. For larger groups, build gravity-fed filtration using 5-gallon buckets, plastic drums, or barrels: layer gravel (bottom), sand, activated charcoal (top). Pour untreated water through; filtered water collects at bottom tap. Cloth pre-filters remove visible particles first. Label all containers clearly as potable or non-potable. Assign rotation shifts so 2–3 people handle collection and treatment, preventing contamination during handling. Store treated water in sealed, elevated containers.

Boiling requires significant fuel. Without fuel, filtration becomes essential. Contaminated water kills faster than hunger.

Disease from fecal contamination kills faster than starvation. Build composting toilets immediately: 5-gallon buckets in enclosed structures, cover waste with sawdust, ash, or soil after each use. Locate at least 30 feet downhill from water sources or upwind. No exceptions. Establish handwashing stations at toilets and food preparation areas with treated water and soap. Designate waste burial areas away from water. Manage greywater separately from toilets—establish drainage systems pointing away from water sources. Train community: no defecation near water, cover waste immediately, wash hands before eating and after toileting.

Poor sanitation causes cholera, dysentery, and typhoid—all fatal without hospital care. One infected person spreads disease to entire group in 48 hours.

Start fast-growing crops: leafy greens, legumes, potatoes (3–8 weeks to harvest). Locate stored seeds or trade with neighboring communities. Organize communal gardens with assigned plots and weekly labor schedules. Raise livestock: chickens produce eggs and meat quickly; rabbits and fish provide protein with minimal space. Hunting and foraging provide immediate calories while crops mature. Preserve surplus through drying, smoking, fermentation, and root cellars. Rotate crops seasonally and labor assignments fairly to prevent exhaustion and maintain morale.

Growing timeline depends on season. Winter crops differ from summer. Malnutrition weakens immune systems and slows infrastructure work.

Power is lowest priority after water, sanitation, and food security. Small-scale options: solar panels (if available pre-collapse), hand-crank generators, pedal-powered systems for lighting and communication. Fuel-based generators burn supplies quickly and are unreliable long-term. Wind turbines require specific engineering and location. Focus first on critical loads: water pumping systems, food storage refrigeration, emergency medical equipment. Distribute power equitably; establish usage schedules for shared systems. Communities without immediate power access can operate successfully using manual labor and daylight.

Generator fuel depletes within weeks. Improvised electrical systems cause electrocution and fire—only trained operators handle repairs.