the blob you’ve been waiting for, and mega-blob too

This is a project that I had been waiting for since I found the post in a blog I frequent back in March, when I was having a serious case of spring fever and the surprisingly mild temperatures made me wish I could just fast forward three months. Too bad it was cold for most of May and the first half of June so I had to wait a little bit longer than I originally thought. But when summer finally came this year, it came in style, thanks to this little number I like to call the blob, and its much older sibling mega-blob.

I have to start with my sources on this one because I in no way take credit for the conception or planning of this amazing project. My only goal in writing this is to express how incredibly easy it was to execute and how much fun my family and friends had playing with it. Pretty much everything I did here came from Leisha over at her Homemade Toast blog.

If you follow the directions on Homemade Toast, you will see that it’s really pretty straightforward. You can find a lot of different tutorials online for how to do this, but most of them involve sealing the edgeswith duct tape, which I’ve heard results in almost immediate leakage. I would also think it would be more expensive, since you’d be using so much tape. What Leisha has come up with, with the iron and parchment, is nothing short of pure genius. I want to emphasize here that melting the plastic edges together is really the only way to ensure a true, leak-proof seal. You can get a few small holes here and there and be fine, but if the seams go, the whole thing is going to lose its structure. I’d hate for that to happen when the kids are running and jumping on it.

The only thing that I think was confusing was what to do with the parchment paper, so I’ll try to clarify that. The parchment is meant to create a buffer zone between your iron and the actual plastic sheet. That's why you draw the line down the middle. Once you fit the two layers of plastic inside the parchment, with the edges pushed up against the parchment's inside seam, the line will provide a guide that shows you how far in to iron, about 2" from the edges/seam. There will still be a couple of inches of paper between the line and the plastic, so you don't even have to be exact; just follow the line as best you can, like I'm doing here:

And here's a video just in case it still isn't clear.

Like most projects, I did a semi-trial run first. Turns out the painter’s plastic comes in various weights that correlate directly with the price of the product. So I purchased a smaller 10’ x 9’ sheet in .2 mil weight for about $4 the first time around. The only other thing I had to pay for was the water itself, so this is definitely an economical project to say the least. The only caveat I can offer with the .2 mil is that it was much weaker at the seams and over time small leaks began to develop where the material was stretched, and it was so thin on top that the girl’s toenails eventually began to poke little scratches and tears in it. This was okay at first, as it kept a perpetual skin of water over the top, but eventually it led to more leakage than we really wanted. So definitely go for the .4 mil if you want an end-product that you’re going to be able to use more than once or twice, or even fill and refill multiple times. I would also note that I do not recommend the .2 mil test version for use by any children over 30 pounds, as the thicker plastic is really necessary to support any more weight than that I would think. Here's a video of the original blog:

I also added a final step of spraying down the top and drizzling on  little eco-friendly dish soap so that the kids would have an easier time sliding around on it.

The addition of the slide was a huge hit, at least until they started getting all soapy and falling on the ladder to climb up. In the future I would put a baby pool of water at the base of the later so that they would have to rinse the soap off before climbing up.

Once I was ready to go all in on with mega-blob I went back to the instructions from Homemade Toast, and this time I followed her instructions exactly, rather than using the thinner and smaller plastic like I did for my prototype. The only thing I did differently is that I did not cut down the .4 mil plastic like Leisha recommends; instead, I used the whole roll! It was huge!!!

I am not kidding you, this thing took over an hour to fill up with water!

But the added bonus of mega-blob is that it is adult-friendly.

And here is a picture of the larger and thicker .4 mil version of the painter’s plastic that I purchased off Amazon for mega-blob. HomemadeToast’s instructions have a link to the product and I looked around and did some research and this is really the best thing. At $12 I still think that it’s a pretty economical project overall.

I have to say, this is one of those rare internet finds that reverses the typically inverse relationship that you find between how exciting and fun a project turns out to be and how difficult it is to pull off. Usually I find myself putting the most work into the projects that are least successful, but in this case it was much easier than I thought and the kids had a much better time playing with it than I ever could have anticipated. But I don’t know why I didn’t think it would be a total hit—it is, after all, a giant outdoor water bed covered in soapy, slippery water. It also looks cool once it’s filled up because the plastic is clear. If I ever make another one I might put some rubber sea creature toys inside or something so the girls can pretend its an inside-out-aquarium. But for now blob versions 1.0 and 2.0 have been quite enough. After it was finished we played with it for about three weeks before I found the time to come inside and write this post.

Happy blobbing, everyone.

boxing back the front

One of the best things about having one of us stay home is that we don’t always have to make decisions out of convenience but rather get to find ways to save money by putting in a little extra effort to make or reuse things ourselves. One way in which we have done so is by investing in a substantial garden from which we can pull fruits and veggies for at least four months of the year (I know four months probably sounds pathetic but this is Colorado, after all). This is nice because gardening also happens to be one of Mack’s life passions—something that he throws himself into fully without hesitation or reserve. Usually, we spend our summers embarking on our semi-annual pilgrimage to Kentucky, but with a few recent developments in our family’s living situation, we didn’t feel the need to do so this year. This has left our summer plans wide open in a way that we have yet to experience since moving to Colorado—in eight years, we had never really spent a full summer here. And because of that, a garden was something that we’d never really been able to achieve (since June is such a crucial month for growing here and that’s usually when we would be gone). As Colorado readers already know, the soil out here isn’t necessarily conducive to growing a lot of product in a short amount of time, and coaxing even a modest yield out of in-ground plants seems to take an amount diligence far surpassing that necessary even to get my toddler to eat. So it should go without saying that nothing requiring that much effort could possibly be worth it, and any respectable home-gardener around here will tell you that above-the-ground is the way to go. For my east-coast and southern friends out there, this means that here in Colorado, we buy our dirt at the store. We started by digging down about six inches below where we wanted the surrounding mulch to come up in the bed alongside where the boxes were going to go. Then, Mack hammered in the stakes for the four corners of the western-most box. Here is a picture where you can easily see the corner stakes that we hammered into the ground and then built everything else off of:

But we must have hit rock or something because the far southwestern stake got stuck with about three feet still sticking up in the air. After nearly an entire afternoon of frustrated pounding, Mack decided that a three-foot-tall garden box might not be such a bad idea, in terms of our tomato crop and maintaining his sanity. I personally thought it would look weird to have three-foot-tall garden box sticking up randomly in the air, and so the idea was born to build a second-level tier around the outside of the taller inner box, to make it all more proportional and Roman-looking; because the idea involved more planting, building, power tools, and general digging in the dirt, Mack took little convincing.

Here’s a picture of what the tiered corner looked like (never mind what is going on in the background):

Of course, our limited income makes the economic benefit of growing our own edible plants an added bonus, and it was important to us to maximize our return by spending as little as possible on the overhead. You see a lot of nice-looking and bountiful gardens that probably cost more than a whole summer of trips to Whole Foods (never mind a Costco membership) to get up and running. Once again, we decided that pallets were the way to go—they would provide cheap lumber, after all (and my definition of cheap is really free). Mack had to spend about 100 hours at the dump busting up pallets into their individual panels, which he loved. But after doing some research Mack realized that it can be very hard on the wood to sustain multiple waterings year in and year out, and he didn’t want to have to keep fortifying the thing over and over again, so we decided to go ahead and purchase some ¾” plywood, which we covered in plastic sheeting. This will prevent the side panels from bowing out from water damage after a couple of seasons, and instead allow the wood panels from the pallets to really serve as just a façade. This is basically what you are going for on the inside:

You can also see that there are horizontal braces running the length of the plywood. On the larger box we added an additional vertical post in the middle. All of this lumber came from the dump (read: free). The plastic sheeting was one of our larger expenses, at about $10 for the three-mile-long roll, but we will have plenty to use for slip-and-slides throughout the summer, so win-win-win, I think. In this picture, you can see the plastic sheeting covering the plywood panels on the inside a little more easily (Mack just used a staple gun and wrapped the plywood panels like a present):

For the southeastern corner we just made a single-tier box in line with the proportions of the larger western box (Roman, again). Then, Mack had the absolutely genius idea of finishing the edges, corners, and borders with 2” trim, which we purchased for about $7. This also allowed Mack to use the miter feature on his chop saw, which is always an event worth celebrating in the Holly household. Note his particularly fine craftsmanship here:

And here are some pictures of Mack looking hot and lining up the corners:

And here’s the finished version with the trim (you can see that this again is the smaller of the two):

We coated everything in a clear poly to protect against weathering, but the best part is that the inside is completely protected by the plastic sheeting so if any of the outermost panels become damaged all we have to do is replace them. Overall, we have planted flowers, tomatoes, and herbs in these boxes, which are south-facing and add a much-needed addition to our modest crop. It’s also kind of convenient and nice to just walk right out the front door and grab whatever herbs I need while I am cooking.

Because the backyard is so far away.

Happy gardening, everyone.

~Amy

filtering black gold

Mack came up with this one all his own and I have to say I was pretty impressed because it is a true feat of engineering. Everything we make these days is from pallets because on one income a project is much more worth doing if it is free. If I had known all it would take to make my husband happy would be to go to the dump every day and pick up free stuff, I would have had him quit his job a long time ago. But now being resourceful isn’t just fun; it’s necessary. We used to have one of those fancy drum-shaped plastic bins that you turn with a crank on a side, but it basically desintigrated when we tried to move it from the old house, and besides, we were looking for a more permanent structure here. So Mack designed this bin to suit our purposes, and it kind of turned out halfway between a bin and a heap. It’s kind of hard to explain so I’ll just give you lots of pictures.

So to start out, he took one pallet in relatively good shape. We had some plastic chicken-wire type fencing that the previous owners left in our backyard when they moved out; he just tacked that on using a staple gun. The idea behind the chicken wire is to have a double-layer of filtration (in addition to the pallet planks) to sift out the smaller product from the larger pieces of stuff inside. You only want to use the material that is furthest along and most broken-down, so filtering out the big chunks helps with that. The whole compost bin is going to be built on top of this first pallet, like a base, and you need to be able to access the area beneath the pallet to pull out the material that filters through. Unlike other compost bins that need to be cranked and turned, gravity is doing the work for you here. That's what the cinderblocks are for. You could use something higher if you wanted more space to work with underneath, but for us this is just fine. You can see in this picture that there is a flat board all the way across the ground beneath the pallet that can be pulled out to access the final product; more on that later.

You can already see in the picture above that panels are positioned on three sides, made of plywood. These are going to be the walls of the bin. You can just screw these into the pallet base directly, then use simple 2 x 4 boards as corner anchors. Here's a picture of my husband looking hot and attaching the sides:

 And here's a pic with all of the sides attached. You can somewhat see the 2 x 4 corner anchor in that far back corner.

And now for the final step: accessing your compost. As you can see here, Mack selected a clean piece of plywood in relatively good shape and made sure it was the right size to fit in between the cinder blocks.


 He also positioned some 2 x 2 planks horizontally and vertically so that the board would slide more smoothly when pulling it in and out (rather than sliding directly across the ground). You can see that underneath here:


Having a lid helps of course, both with smell and keeping little critters out, but it also keeps the moisture in and helps the materials inside decay.

In Colorado, you may actually have to water your compost to make sure it is healthy and breaking everything down in an efficient way.

That's black gold, people. Putting worms inside helps, too, but they tend to migrate so make sure you add more from time to time. Happy composting! Please let me know if you have questions.
-Amy