Sunday, September 1, 2013

Root Cellar/Storm Shelter - Update II

Over time, we've learned some things about an underground concrete structure, especially when they're in an area through where water flows or floods: if the walls are basically straight down, the water will end up rolling down between the wall and the dirt, and can end up flooding the underground structure. And for us, this has happened quite often with our root cellar/storm shelter, especially around the main entrance side. We've tried burying plastic to try to get the water to drain away, but it's never really worked.

Recently, we had at least 6 inches of rain for a 2-day period or so, and that whole area flooded, and we ended up with at least a couple of inches of water down in the root cellar -- some 125 gallons worth, which Sue and I shop-vac'ed out, about 5 gallons at a time (since the full shop vac was heavy, I had to do the vacuuming and bucket filling, and so Sue uncomplainingly did the hauling up and out).

Well, that was about the last straw for me; and so I figured I really needed to do something as soon as possible, so more erosion that had happened below the stairs wouldn't occur, to hopefully prevent any more erosion from behind the concrete walls from happening, and so the wood walls inside the root cellar wouldn't rot. The plan was to dig away from the east wall, all the way around the entrance, to where we could pour a 4-inch slab or so, 2 feet out (3 in front of the entrance because that seemed to be one of the worst spots), dug out at least flat or inclined away if possible, and then have a 6-inch or so wide trench outside that around 10-12 inches down, so hopefully the water would have to crawl below and up the concrete in the trench, and then crawl under the slab before getting to the root cellar walls.

I began this project, starting to do the digging:

First Part of Root Cellar/Storm Shelter Footer Dug Out
Another Angle of First Part of Root Cellar/Storm Shelter Footer Dug Out


Once I dug out to a place past where I thought the first 20 bags of concrete might fill, I installed concrete anchor bolts to try to help keep the concrete against the root cellar concrete:

Concrete Anchors Installed
More Concrete Anchors Installed


And then I placed and elevated metal mesh, tying it to the anchor bolts:

Concrete Mesh Installed
Another Angle of Concrete Mesh Installed
Concrete Mesh Tied to Anchor Bolts
More Concrete Mesh Installed


And then it was time to pour the concrete. Since this footer isn't really structural, I tried to mix in with each bag half a 5-gallon bucket full of the dirt I had dug out, to try to extend the range of ground each bag covered. I found putting the dirt in first and adding water before putting in any concrete helped soften the dirt and made for breaking up the clods much easier. And this is how far 20 80 lb bags of Quikrete, with dirt mixed in, went. It took me about 5 to 5 1/2 hours or so:

First Section of Root Cellar/Storm Shelter Footer Concrete Poured
Another Angle of First Section of Footer Poured


After showing the rubber ducky, which was meant for the root cellar, that hopefully it wouldn't get its opportunity now, we were able to find it a new home :) :

Root Cellar Rubber Ducky in Geese Pond


Once the concrete started setting, I used a 2-liter bottle with a hole punched in the top as a squirt bottle to spray water on the concrete to try keep it wet on top while it dried:

2 Liter Water Squirt Bottle


Well, a few days later, I mentioned in conversation this project I was working on. Community work day was coming up, which was to be at the Bunkers' place; but Mr. Bunker graciously offered to move work day to our place so we could get help finishing the footer. Well, this was a very nice offer, and it sure would help to have that assistance, so I accepted.

And on work day, the work commenced...

Here is retrieving dirt from the dug-out pile to be mixed into the concrete:

Retrieving Dirt to Mix into the Concrete


And dumping in the concrete into the dug-out footer:

Dumping Mixed Concrete into Footer


And the guys mixing more concrete:

Mixing More Concrete


And here is how far we got before lunch break:

Footer Completed by Lunch Break


With as far as we progressed, I thought perhaps we might actually be able to finish the whole thing in the afternoon, so I dug out the rest and installed the anchor bolts and mesh. The guys came back, got on it, and we finished the whole thing -- 53 bags that day, 73 in total!

Root Cellar/Storm Shelter Footer Concrete Pour Complete
Another Angle of Finished Concrete Footer
And Another Angle of Finished Concrete Footer


The rest of the time, the concrete crew got to cool down and relax -- it was I believe in the low 100 degrees F that day. We also kept spraying the concrete to keep it from drying too fast:

The Root Cellar/Storm Shelter West Footer Concrete Crew


And as always on work days, we finished the day together with a fellowship meal:

The Community at the Work Day Fellowship Meal


We've had some rains since then, and it appears to be working so far. Hopefully it will work long term as well.


Sue & I are very grateful and appreciative for the help from the folks here we received working on the root cellar/storm shelter concrete footer, and for Mr. Bunker sacrificing a work day at his place to help with ours. And we thank the Lord for the resources to do this, and for the fellowship here He's granted us, and for the service of His people to each other. We pray He grant us growth in the graces of servanthood.

-- David

4 comments:

Unknown said...

David,

You're certainly fortunate to have such good neighbors who are willing to help with this project.

What type of mesh are you using in the concrete to tie back to your anchor bolts in the existing structure?

Topher said...

Hi David,

How much cooler is the cellar relative to the outside temperature?

As dry as our area is down here near Austin, we still get wet spells that has the ground water within 3 feet of the surface. This caused us trouble when we installed our septic system several years ago.

Grace and peace to you and Susan,
Chris
Liberty Hill

Judy said...

It looks like you all did a great job, as always. Let us know if it solves the problem.

David and Susan Sifford said...

Hi Unknown,

We believe we are blessed for the fellowship the Lord has granted us, and for the willingness of folks to help and serve. Their work really helped on a project like this get it done -- it's better too to pour concrete all at once.

The wire mesh were these wire panels, probably 8 feet long, 40-some inches tall, with 6 inch squares, I believe. Something like that...got them at Home Depot -- didn't seem too expensive and saved time, compared to using rebar. I think the have big rolls of the stuff too.


Hi Chris,

I just looked, and it's about 78 degrees F in there right now, according to the thermometer, although we have been keeping the door open during the day most every day since those flooding rains to try to dry it out down there, so I don't know if that might make a difference.


Hi Judy,

So far so good...true tests I guess will be over time, and during any flooding type rains.


Thank you all for the greetings and for saying hello!

-- David