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Keeping well reservoir/pipes from freezing.

post #1 of 10
Thread Starter 
The well water system at my house has the pump, 86gal pressure tank, and pressure switch all sitting out right on top of the well, about 75' from the house. This was all newly installed in April. I used my mediocre DIY skills to construct a simple well house with 4"x4" posts, 2"x4" frame, and this cheap SmartSide fake wooden siding from Lowes.

Now that winter is approaching, albeit a generally mild NC winter, I guess I need to insulate everything. I have a 110v electric socket out there to work with. Would R13 insulation along with an incandescent light bulb (maybe on a thermostat) be enough? My only concern is to keep the well house (5'x5'x5') above freezing. It's rare that we have sub-32degree weather for any length of time, but I'd rather be prepared. Can anyone point me in the right direction?
post #2 of 10
I think what you proposed would work except use a flood light bulb as it puts out a little more heat. I used to use a similar set up to keep the water for my chickens from freezing. It worked very well and i even used the red or green bulbs so it was'nt so bright out there. Hope this helps, MAX
post #3 of 10
small electric heaters are pretty cheap and they have thermostats on them.

probably cheaper in the long run than just leaving a flood light on.wink.gif
post #4 of 10
Put 2, 75 watt light bulbs in the box. One on each side. That will do exactly what you want. Situate them so they hang in between the wall and the tank or atleast away from the walls. Place a thermometer in the box and check it on a cold day. If too warm shut one light off and recheck later.
post #5 of 10
I am farther north in NC than you.

I have a well head sticking out of the ground with a fake (fiberglass) rock covering it. It has never frozen.
post #6 of 10
^ that is a pitless and it's nothing like the OP is talking about, your pump is in the ground his is above ground. I bet I have the same fake rock on mine.



Do the math for yourself.

Q = U x Area x temp diff.

Q is BUTH or the amount of heat

U is the heat transfer rate or the reciprocal of R or more commonly known as R value

Area is the square foot area of all the walls and ceiling of your shack.

Temperature difference is the diff you anticipate between .....say 40 and the lowest temp you'll see.

If you want to use light bulbs, 100 % of the electric they use will turn into BTUH's and you'll make or more correcly put turn 100 watts of light into 341 BTUH'S as there is 3.412 BTUH's per watt.

Pretty simple really biggrin.gif.

I can look up the U values if you want, or you can use google to try and find it, off the top of my head plywood and R-13 will have a U value of .6.
post #7 of 10
Most people just have a light bulb. Unless you live in Sasketchewan this ought to do the trick.
post #8 of 10
Thread Starter 
Quote:
Originally Posted by Ed J View Post

^ that is a pitless and it's nothing like the OP is talking about, your pump is in the ground his is above ground. I bet I have the same fake rock on mine.
Do the math for yourself.
Q = U x Area x temp diff.
Q is BUTH or the amount of heat
U is the heat transfer rate or the reciprocal of R or more commonly known as R value
Area is the square foot area of all the walls and ceiling of your shack.
Temperature difference is the diff you anticipate between .....say 40 and the lowest temp you'll see.
If you want to use light bulbs, 100 % of the electric they use will turn into BTUH's and you'll make or more correcly put turn 100 watts of light into 341 BTUH'S as there is 3.412 BTUH's per watt.
Pretty simple really biggrin.gif.
I can look up the U values if you want, or you can use google to try and find it, off the top of my head plywood and R-13 will have a U value of .6.

So if the U value is the reciprocal of R, that would make the U value of R-13 insulation 1/13, or about 0.076. Since the shed is approx 125 sq ft.,

Q = U x Area x Temp Diff
341 = .076 x 125 x Temp Diff
341 = 9.5 x Temp Diff
35.89 = Temp Diff
So, R13 and a 100 watt light should hypothetically keep everything above a toasty 40degrees as long as the temp doesn't dip below 5degrees, correct? I'm sure some other factors come into play, since it's not a sealed environment, but that gives me a big margin of error.

Or I actually considered plan B....just draping an old electric blanket over the damn thing and plugging it in on cold nights.
post #9 of 10
I'd go with the flood light. Dad did the very same thing up in Vermont for many years. He also put a small indicator light on the outside of the well house so he could see if the power was on.
Cabo
post #10 of 10
Quote:
Originally Posted by fishfood View Post

Quote:
Originally Posted by Ed J View Post

^ that is a pitless and it's nothing like the OP is talking about, your pump is in the ground his is above ground. I bet I have the same fake rock on mine.
Do the math for yourself.
Q = U x Area x temp diff.
Q is BUTH or the amount of heat
U is the heat transfer rate or the reciprocal of R or more commonly known as R value
Area is the square foot area of all the walls and ceiling of your shack.
Temperature difference is the diff you anticipate between .....say 40 and the lowest temp you'll see.
If you want to use light bulbs, 100 % of the electric they use will turn into BTUH's and you'll make or more correcly put turn 100 watts of light into 341 BTUH'S as there is 3.412 BTUH's per watt.
Pretty simple really biggrin.gif.
I can look up the U values if you want, or you can use google to try and find it, off the top of my head plywood and R-13 will have a U value of .6.

So if the U value is the reciprocal of R, that would make the U value of R-13 insulation 1/13, or about 0.076. Since the shed is approx 125 sq ft.,

Q = U x Area x Temp Diff
341 = .076 x 125 x Temp Diff
341 = 9.5 x Temp Diff
35.89 = Temp Diff
So, R13 and a 100 watt light should hypothetically keep everything above a toasty 40degrees as long as the temp doesn't dip below 5degrees, correct? I'm sure some other factors come into play, since it's not a sealed environment, but that gives me a big margin of error.

Or I actually considered plan B....just draping an old electric blanket over the damn thing and plugging it in on cold nights.

Air infiltration is the only other heat loss that should take place, so a tight weather stripng on the door to the shack is a good idea. Half of your calculated loss would be a good guess for the loss due to infiltration.


A transformer and a cheap thermostat operating a relay to turn on and off a light would give you a hassle free way to insure your water works, it's how I'd do it if it were my place. But then again I have that stuff on hand so there is really no cost for me, maybe a cheap electric heater with a built in thermostat like Ted sugjested is right for you.

At the very least you know how much heat is needed now.
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