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Comprehensive Long Term Water Storage Plan Part 1

Imagine a worst case scenario, something you would read in a Michael Crichton novel.  After coming out of a period of minimal solar activity, the sun erupts with a solar flare of unimaginable magnitude.  From this flare comes a silent, invisible Super-storm, called a Coronal Mass Ejection.  This CME speeds towards the earth at over 500,000 miles per hour and washes across the earth’s magnetic field a mere 18 hours later.  50% of the satellites in orbit, those not protected by the body of the earth, shudder with the geomagnetic storm and then go silent, disrupting cell phone traffic across the globe end rendering much of the GPS network inoperable.  On earth, the storm causes Aurora, much like the Northern Lights, that are visible as far south as San Juan.  Energy is almost visible to the human eye as the atmosphere literally hums with the power.  As the pulse touches down on the world’s electrical grids, no one can imagine the speed at which our fragile wire-based infrastructure collapses…a massive chain of transformer and power station explosions rock the country.  The energy companies tell us it will take 20 years to restore power to 90% of the planet, due to the complexity and lack of capacity to build new transformers, if the parts can even be fabricated in our sudden electricity-less world.

Geomagnetic Storm Headed Toward Earth

Of course this scenario is unlikely, farcical even…or is it?  The exact event I described, minus the effects on our current world, occurred in 1859, and is called the Carrington Event.

On September 1–2, 1859, the largest recorded geomagnetic storm occurred. Aurorae were seen around the world, most notably over the Caribbean; also noteworthy were those over the Rocky Mountains that were so bright that their glow awoke gold miners, who began preparing breakfast because they thought it was morning.[4]

Telegraph systems all over Europe and North America failed in some cases even shocking telegraph operators.[5] Telegraph pylons threw sparks and telegraph paper spontaneously caught fire.[6] Some telegraph systems appeared to continue to send and receive messages despite having been disconnected from their power supplies.[7]

While I preach that our preps should be based real-world likelihoods, the fragility of our electrical grid would make a storm of similar magnitude to what occurred in 1859 a catastrophe of Biblical proportions.  Most areas of the world in the 1800’s knew at least something about food production, carpentry, cobbling, coopering and a hundred other skills that we have lost in our specialized societies.  While specialization has led to booming living standards, it comes at a cost…brittleness.  Meaning, if everyone knows how to farm, the loss of any particular farming area or piece of equipment, while tragic, would likely be insignificant to the world’s food supply.  However, imagine that our entire method of farming, from industrial fertilization to high-capacity farm machinery, is rendered a total loss to the collapse of our electrical infrastructure.  That is another story entirely, and would require the remaking of our world.

Most here by now know I’m not a fatalist.  I prepare for things like tornadoes, job losses, and floods, not for EMP’s, nuclear war, or Zombies.  However, there is always a little tickle at the back of my skull that whispers of my lack of preparation in one particular area:  water, and what would occur if something truly monumental occurred.   You all know the deal with what I consider the 5 musts of preparedness:  Water, Food, Shelter, Fire, Light.

However, while I’ve harped to my preparedness group (I affectionately call it SurvivalClub) for over a year about our lack of water preps, they are woefully inadequate.  We have over 10 person-years of food stored, multiple locations we could head to for shelter (plus a dozen tents and tarps), 50 ways to make fire, probably 500 flashlights, candles, lanterns, torches, flares, glowsticks and headlamps.  All that, and we have less than 10 days worth of stored water, and very little planned in ways to get more.   Sure, we have water filters, ways to boil water, iodine, bleach, pool shock and several other ways to make water pure.  However, unlike the other areas, we don’t have a real plan.

So, having gotten tired of listening to me, our group has finally taken the first concrete steps toward a real water solution.  We came up with the SWP, the Survivalclub Water Plan.  The plan had several requirements:  it needed to work without electricity, had to be able to support 20+ people, and had to run with a minimum of moving parts that could break or wear down.  I don’t remember which of us actually first read about a ram-pump, but when we all saw it, we knew that was the solution we were looking for.

Tomorrow, we’ll discuss the ram-pump, how it works, and the components of our complete system.

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