Kitchen cabinets and extra kitchen items

Another important item for the design of a house, and a big money pit if you’re not careful, are kitchen cabinets. As it happens, people renovate kitchens a lot, so there are often lots of extra kitchen cabinets left over. So, after doing some Craigslist searches, I came across this:

cabinets2

For $500 I got the cabinets (uppers and lowers), electric range, range hood, sink, faucet, garbage disposal, and dishwasher. I already have a gas range, so I’m going to put the electric range up for sale and get some of my money back. Also, I think I have another kind of sink in mind, so I’ll probably sell the sink. I already got a dishwasher previously, but this new one is better, so I’ll probably sell the old one. And I certainly don’t need the disposal, so I’ll see if I can make anything off it too.

We also had an adventure getting the cabinets inside the barn. The upstairs of the barn is the largest area for storage of house items, as well as the driest. So, the cabinets needed to go up there. However, the stairs going up are only 2 feet wide, which did not provide enough room for the cabinets to go through. However, the upstairs of the barn has a 4’x4′ door at floor level that just goes out to open air. So, I built a ramp out of a couple 2″x6″x20’s and built a small rope-pulled sled to go on the ramp. We loaded the cabinets onto the sled one-by-one and dragged them up the ramp. It was surprisingly effective and went off without a major disaster. Sadly, we don’t have any pictures recording that fun. Perhaps when we take the cabinets back out again!

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Septic site registration

Because this house is being built in a rural area, there are no public sewer systems available, so plumbing waste is disposed of via a septic system. The principal is that the solids are separated from the liquids, and the liquids are released into the ground and get filtered by the ground. Of course, some soils are more suited for filtering than others. Some soils are incompatible with a septic system. Some soils work with a fairly primitive, inexpensive septic system. And some soils work with a septic system, but the septic system needs to have a more advanced pre-treatment system to ensure that the liquids leaving the septic system are much cleaner, because the soil has a lower filtering capacity.

So, on January 12, a local backhoe operator and septic installer, a local septic designer, and the county health inspector convened on the property and started digging holes in the ground to do a soil analysis. (Note: they used to dig holes and pour water into the holes to observe how fast the water drains – now, they look at the soil to determine the different soil types at various depths and use that as a basis for septic system type.) They dug holes in many different spots on the property, but the soil types were very consistent throughout. The soil was good enough for a septic system, but not good enough for conventional, gravity fed systems. The septic designer seems to prefer aerobic treatment systems as the best alternative design, and both he and the septic installer agreed that such a system would cost around $15,000 to install on our site.

Emma and Rebecca came along to watch the digging, and they’re glad they did, because they got to play in the holes. Here are some pictures from the dig:

DSC_6377 DSC_6379 DSC_6382 DSC_6388 DSC_6389 DSC_6390 DSC_6392 DSC_6400 DSC_6402 DSC_6404 DSC_6410 DSC_6414

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