Quantcast

Powering Your Survival Homestead

SurvivalHomestead
Print Friendly
3.85/5 (27)

Editor’s Note: This post is another entry in the Prepper Writing Contest from Lancer. If you have information for Preppers that you would like to share and possibly win a $300 Amazon Gift Card to purchase your own prepping supplies, enter today.


 

A perennial problem faced by suburban and rural dwellers is obtaining water in the absence of utility provided electric power. Standby generators require fuel of some type, which will eventually run out, and deep drilled wells are poorly suited for use with hand pumps of most types.

As a prepper this has always been a concern for me as I live in a rural setting, but in a house constructed with the modern “central-everything” design concepts. I do have a gasoline powered generator, and maintain supplies enough for a few weeks of continuous running. After that it’s carrying buckets to the stream.

This has led to my experimenting with some alternatives for my survival homestead, and based upon my current deployment I may just go off grid for water completely. Most of the components I had lying around with the exception of the pump, and the batteries: those items set me back around $450.

The basics of my survival homestead:

  • Frame house with a huge, unfinished second story, currently just storage.
  • Drilled well: 270 finished depth, water table at approximately 50 feet down
  • Standard 220 VAC submerged pump at 100 feet depth
  • The usual captive air pressure tank with associated plumbing and pump pressure relay

So the conundrum is: how to extract perfectly clean water from this well at minimum cost, and without completely changing the plumbing. (I may want to sell and move further out, so any new owner will probably want things as standard as possible)

What I have come up with to date, experimental at this point is a solar/battery-powered pump that stores water in an elevated container, allowing gravity to supply the pressure. Keep in mind though: water is heavy! Be sure to reinforce your structure as needed! I’d consider this a relatively high level overview as opposed to a design doc, so tailor as needed for your own situation.

Stuff.

  • A 12/24 VDC submersible pump with 230 foot lift:
  • 100 feet of 1/2 “ pex tubing
  • Renogy 100 Watts 12 Volts Monocrystalline Solar Starter Kit (Amazon. Harbor Freight, etc)
  • 2 – 12VDC marine deep cycle batteries, connected in parallel
  • A second pit less adapter installed on the well casing
  • 2 – ½” Pex to brass adapter sized for the pitless adapter being used, (1/2 <> 1” in my case)
  • Pitless adapter top plug
  • A second strain relief for the well cap wiring pass through.
  • SharkBite check valve ½”
  • SharkBite Tee for ½” PEX
  • A used but good queen water-bed mattress (for experimenting only! Gets brittle when cold)
  • I will probably use plastic 55 gal drums for anything permanent.
  • 100 feet #8, 2 conductor, jacketed, direct burial stranded wire
  • 2 – reducing adapters – ½” pex > 1” brass
  • Zurn pressure reducer (had on hand – Zurn 1-NR3DU Wilkins 1-Inch Pressure Reducer Valve 15-75-75PSI)
  • 2 – SharkBite ½” gate valve
  • Limit switches (Amazon Model: a14061600ux0543)
  • Assorted connectors, plumbing bits, and crimpers

 

Installing the new pump

Drawing 1 – Well details:

Drawing 1 – Well details:

The first thing is to install the new pitless adapter in the well casing, just follow the instruction that came with it, In my case I needed a 1-3/4” hole saw.

Using a string with a weight on it find the depth of the torque arrestor above the standard pump.

Using the same string with a float find the water level in the well casing.

Cut a piece of PEX approximately three feet shorter that the depth of the torque arrestor but be sure it’s still well below the water height. If it very close you may have to re-examine the well suitability.

Connect the two conductor wire to the new pump following the instructions meticulously: you do NOT want the fitting to leak.

Connect the piece of pex to the new pump. Use stainless clamps or crimp collers.

Connect the PEX to the pitless adapter using suitable adapter hardware.

Run a piece of paracord through the lifting eye on the pump, either use twice the needed length so you can pull it free later, or a bowline if you want to keep it in place.

Secure the line to something sturdy, it’s there in case the pump slips out of your hands.

Drop the pump and attached wire down the well. Be very sure it doesn’t come to rest on the torque arrestor! If it does, pull it and adjust the length of the PEX.

Install the solar array where ever you want: mine are on a south-facing roof with a 45 degree pitch.

Install the solar panel charge converter somewhere out of the weather; connect the wiring as described in the instructions.

Run #8 stranded wires from the charge converter to the battery bank.

Turn the charge converter on and make sure the batteries are charging. A voltmeter is sufficient. Mine reads 13.8VDC across the battery terminals in bright sun.

Connect the new well wires to the batteries to ensure the pump works correctly.

If yes, disconnect the pump for now.

Drawing 4 – Water Flow Detail:

Drawing 4 – Water Flow Detail:

Connect the remaining PEX to the pitless adapter outlet, tape the pump wire to the PEX, and bury the entire run below the frost line for the area.

Run it into your basement or crawlspace using whatever critter-proof method you wish.

 

Install a large water container in a location above your typical faucet height. The higher the location the greater the water pressure.

I’ve been experimenting with a water-bed mattress because, 1 – I had it already, 2 – it distributes weight well.

Drawing 2 – Storage Details:

Drawing 2 – Storage Details:

Run the PEX and wiring up to whatever storage container you are using, install the check valve, (flow toward the storage tank!), then the PEX Tee after the check valve, and then from the check valve outlet side into the tank, using suitable fittings to provide for a secure, leak free connection. Inside the container, if it’s not flexible like the mattress, install an addition piece of tubing that just barely reaches the bottom of the container.

Install the limit switch with a float or similar to open the pump circuit when the water level reaches the maximum desired height in the container. Typically you would use the normally closed contacts that will open when the float is lifted. There is a multitude of ways to do this, I happened to have the switches already.

Drawing 3 – Charge Details:

Drawing 3 – Charge Details:

Now run the wiring to the batteries, and connect, observing the correct polarity as during the initial test.

On the original house water supply plumbing cut and insert a tee in the line from the pressure tank going to the house plumbing. Install one of the gate valves in the Tee side going to the new storage. The object is to connect the new storage container outlet Tee to the standard supply plumbing after the pressure tank check valve, see drawing 4.

If you liked this article, please rate it.

  • Illini Warrior

    water bed mattress for water storage? …. 100% grey water only – not suitable for potable water what-so-ever …..

    • Cruella DeVille

      As noted in the article – for testing only.
      Permanent will be potable water barrels more than likely.

  • BobW

    I like the waterbed bladder as a test mule. Understand its not potable water, but honestly it could cleaned out, and then filtered before drinking.

    As for storage, I’m unsure if these can be cleaned well enough to be potable, but I found some of these 275 gallon liquid storage containers for sale out in colorado (yes, I was trolling the internet).

    Something like this in the garage/barn/shed would provide strength, might well be stackable, and each could carry 2-months of water for a family of 4 without having 55 gallon drums filling up the garage.

  • BobW

    Thanks for the clear drawings to reference. I’ve got 160′ to the static water level. Current pump is at 180′. gridless backup water is my #1 concern at the new homestead. Still thinking a windmill might be a more cost effective option, but this gives me ideas.