Original Image Concept & Research on Water Purification Courtesy of Natural News
Break King New Sees MUST SEE Video:
Mike Adams Joins Brandon Weichert: The 90-Day Grid Collapse Warning, Cyber Attacks and the Sulfur Crisis
A Deep Under Cover Group known as "Ha Kineret 13" successfully infiltrated a modern day Open Air Concentration Camp in the littoral of the southern Levant, documenting simply ABOMINABLE living conditions & disturbing facts & charred figures amidst scenes of wanton DESOLATION reminiscent of the horrors faced by the innocent victims of the Holocaust during World War II
Via Open source Google AI:
U.S. Military’s FORTRESS Initiative
FORTRESS (Federal Operations for Resilience, Troop Resources, Energy, Supply, and Survivability) is a Pentagon program launched in September 2026 to make major U.S. military bases self‑sufficient for at least 90 days without relying on civilian power, fuel, water, or supply chains.
Purpose and Scope
Announced by Defense Secretary Pete Hegseth, FORTRESS is described as a “national insurance policy” to ensure U.S. military installations can continue operating during prolonged disruptions from conflict, cyberattacks, sabotage, or natural disasters. It applies to roughly 500 continental U.S. bases and aims to reduce dependence on vulnerable civilian infrastructure.
Core Strategic Questions from the "FORTRESS" Discussion between Mike Adams, and Brandon Weichert;
in Da New Sees Video Above:
1. How do civilians bridge the initial shock before relying on natural bodies of water?
While access to a year-round flowing creek provides an unlimited raw water source, immediate reliance on an open watercourse during the first 72 hours to 2 weeks carries severe operational and biological risks. Urban runoff spikes during systemic failures (e.g., untreated sewage backups, storm drains overflowing, and upstream industrial dumping). A household must possess enough sealed, food-grade storage (e.g., rigid HDPE drums, WaterBOB bathtub bladders filled immediately before municipal pressure collapses) to avoid drawing from compromised surface water during peak initial chaos.
2. How does an urban creek dweller overcome multi-spectrum contamination?
Unlike pristine mountain streams, an urban or suburban creek poses chemical, radiological, and industrial threats alongside typical biological pathogens (Giardia, Cryptosporidium, coliform bacteria).
Conventional backcountry hollow-fiber filters (e.g., standard 0.1-micron camping units) remove bacteria and protozoa but fail completely against dissolved heavy metals (lead, arsenic, cadmium), pharmaceutical residues, agricultural fertilizers, volatile organic compounds (VOCs), and petroleum runoff. The core technical hurdle is establishing a multi-barrier purification train entirely off-grid.
3. What keeps a filtration setup functional over a 90-to-180+ day supply chain collapse?
Manufactured micro-filtration cartridges clog rapidly when fed turbid, high-silt creek water. Without electrical power, replacement supply chains, or spare parts:
How do you pre-filter bulk particulates so high-grade filters do not foul within days?
How do you replenish consumable adsorption media (such as activated carbon) when commercial stocks run out?
How do you move heavy volumes of water (at roughly 8.34 lbs per gallon, requiring 2 to 4 gallons per person daily for drinking, cooking, and basic hygiene) from the creek to a dwelling without drawing unwanted attention or burning physical calories.
Actionable Implementation: Creek-to-Cup Urban Purification Protocol
For a civilian relying on an urban/suburban creek during an extended collapse, water purification must be approached as a three-phase timeline utilizing a four-stage layered processing train.
[Raw Creek Intake]
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[Stage 1: Flocculation & Sediment Settlement] (Alum / Moringa seeds / Sand settling bucket)
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[Stage 2: Coarse & Fine Mechanical Filtration] (Cloth / Pea gravel / Silica sand)
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[Stage 3: Chemical & Heavy Metal Adsorption] (Activated Carbon / High-temperature Biochar)
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[Stage 4: Pathogen Neutralization & Sterilization] (Boiling / Chlorine Dioxide / Bleach / UV)
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[Sealed, Food-Grade Clean Storage]
The 4-Stage Processing Train:
Stage 1: Coarse Screening & Flocculation (Turbidity Removal)
Intake: Never scoop surface water where floating oils concentrate, nor drag the bucket across the muddy bed. Draw water from mid-depth using a screened intake (e.g., stainless steel mesh or cheesecloth around the intake bucket rim).
Flocculation / Settling: Urban creeks carry suspended colloidal clay and organic matter that immediately choke fine filters. Add an off-grid coagulant—such as food-grade alum (potassium aluminum sulfate) at approximately 1/8 teaspoon per 5 gallons, or crushed Moringa oleifera seed powder—stir rapidly for 1 minute, then gently for 5 minutes. Allow it to sit undisturbed in a settling bucket for 1 to 2 hours. Decant the clear upper liquid into the next stage, leaving the settled sludge behind.
Stage 2: Physical & Particulate Pre-Filtration
Pour the decanted water through a gravity-fed slow sand/gravel column (a multi-tiered 5-gallon bucket stack drilled with bottom perforations):
Top layer: 2 inches of coarse pea gravel (traps leaves, debris).
Middle layer: 2 inches of fine gravel/coarse sand.
Bottom layer: 4 to 6 inches of washed, fine silica sand (strains out fine silt and larger parasites).
This step preserves the lifespan of secondary commercial gravity elements.
Stage 3: Adsorption (Chemicals, Pesticides, and Heavy Metals)
Commercial Gravity Elements: Run the water through gravity-fed carbon-composite or ceramic elements (such as British Berkefeld/Doulton ceramic candles or Black Berkey-style blocks).
Field-Expedient Adsorption (Biochar Layer): If commercial elements become exhausted during an extended crisis, crush clean, lump hardwood charcoal or pyrolyzed biochar (produced via high-heat, low-oxygen retort burns, quenched in clean water, and pulverized to fine granulate). Pack a 6-to-8-inch column beneath the sand layer. Activated carbon/crushed biochar possesses vast internal surface porosity that captures volatile chemicals, fuel residues, herbicides, and chlorine.
Stage 4: Microbial Disinfection (Sterilization)
Mechanical filtration removes cysts and bacteria, but viruses (e.g., enterovirus, norovirus, hepatitis A) and trace microscopic pathogens require an active kill step:
Boiling: The gold standard. Bring to a rolling boil for a full 1 minute (3 minutes at elevations above 6,500 feet). *Limitation:* Consumes significant fuel reserves or dry firewood.
Chemical Disinfection (No-Fuel Option):
Chlorine Dioxide ($ClO_2$ tablets or liquid 2-part drops):
Highly effective against all waterborne pathogens, including Cryptosporidium oocysts and viruses, without leaving heavy foul odors.
Plain Liquid Household Bleach (6–8.25% sodium hypochlorite, scent-free, no additives): Add 2 drops per quart (or 8 drops per gallon) of clear water; double the dosage if water remains slightly cloudy. Stir and let stand for at least 30 to 60 minutes. A faint chlorine smell should be detectable; if not, repeat and wait 15 minutes.
Povidone Iodine (10% solution): 5 drops per quart/liter, let stand 30 minutes (not recommended for long-term use by pregnant women or those with thyroid conditions).
Implementation Roadmap: Before, During, and After
Phase | Core Objectives & Actions | Stockpile / Gear Checklist
Before (Preparedness) • Pre-fill baseline emergency water before municipal lines depressurize.
• Secure physical hauling routes to the local creek.
• Stockpile critical consumables calculated for 90–180 days per person. | • Rigid 5–7 gal food-grade HDPE jugs & WaterBOB bathtub bladder.
• Gravity filter housing + spare ceramic/carbon elements.
• Liquid chlorine dioxide ($ClO_2$) drops & calcium hypochlorite (pool shock) for multi-year shelf-life chlorine generation.
• Folding hand cart/wagon and heavy-duty 5-gallon bucket seals (Gamma Seal lids).
During (Grid Collapse) • Ration clean reserves first to avoid exposure during initial civil panic.
• Harvest creek water during daylight lulls or low-visibility windows.
• Execute the full 4-stage purification train sequentially.
• Clean pre-filters via backwashing or light scrubbing with clean water only. | • Alum powder (for rapid flocculation).
• Multi-bucket stack (sediment, sand, carbon).
• Fuel-efficient rocket stove or secondary biochar retort for water boiling/carbon replenishment.
After (Recovery & Reset) • Do NOT assume restored municipal water pressure is potable (boil-water advisories often remain for weeks due to pipe back-siphonage and lack of treatment chemicals).
• Sanitize all household plumbing, barrels, and intermediate buckets with chlorine solution.
• Replenish expended media (carbon blocks, bleach, gaskets).
• Water testing test strips (pH, free chlorine, coliform, heavy metals).
• Bleach/sanitizing concentrate to flush household cisterns and storage drums. |
Urban Operational Vulnerabilities to Manage
Upstream Hazards: Map your local creek upstream. Locate auto-repair shops, industrial parks, golf courses (heavy pesticides/herbicides), and highway overpasses. During heavy rainfall, urban creek water carries sudden pulses of motor oil and brake dust; draw water during steady baseline flows rather than immediately after urban flash floods.
Security & OPSEC: Open water sources draw crowds quickly once municipal taps fail. Carrying bright buckets through city streets advertises household resources. Utilize covered wagons, dull-colored containers, or move during early morning twilight, and keep purification processing confined strictly indoors or within sheltered areas.
