This blog is where I talk about my three passions: Glass, Gardening, and my Straw Bale Home. I have a front yard edible garden where we produce a lot of our family's food, I am a recycled glass artist, and I am building a straw bale house. "All of Green Glass" is both about the recycled (green) glass, the (green) garden, and the (green) house.
We have a family reunion coming up and we are supposed to bring an item to be auctioned off as a fund raiser. I decided to do a little stained glass piece. While I was thinking about what design to use, I found some beveled glass kits that I had forgotten I had bought a couple of years ago. I found them at a thrift store and didn't have a specific project in mind for them, but the price was good, so I bought them. One of the sets was a set of four stars made up of five little kite shaped pieces. I decided that they would look great as stars in a flag. I guess I was right because I think they look wonderful.
Like the last few pictures I have made, I decided to put the glass in a frame with a light box attached. This frame is all made of reclaimed barn wood that we saved from getting burned last year. The LED back light always makes the picture pop.
I also decided to make one of my cool collapsible stands to show case it off. The sides of the stand are barn wood and the stringers are made from pallets and the whole thing is held together by wooden wedged pins (also from pallets). The LEDs I ordered online, but the power supply I picked up from a thrift store.
The kids all thought it looked cool lit up.
We had to turn off the lights to see the wonderful glow it gives off. It is a lot like when we carve jack o lanterns: the kids all have to turn off the lights and put candles inside just so they can see what they look like.
The beveled glass stars made a neat light pattern on the table.
Here is a video update of the shed. Winter and other projects and responsibilities have slowed down the progress of the shed, but I have been working more on it lately. I am just about done with the light clay wood chip infill, and am getting ready for the plaster. This weekend we installed the door and started putting up the chicken wire over the pallets in preparation for the plaster.
Looking back on this project, I have decided that it has taken A LOT OF WORK! This way of building is not for the faint of heart. Some of the painstakingly time consuming things I have done so far are:
The foundation: stone by stone trying to save as much mortar as possible by fitting each rock neatly within the wall. Usually masons will slop on a large wad of mortar and roughly fit the rocks together. It takes much less time, but uses about twice as much mortar. I used 15 bags. Even easier would have been to pour cement footings. The way I did it saved me money, and used up a pile of rocks and used cement curbing dumped in my yard by my neighbor (dumped before I bought the lot[he did insist on taking care of the pile, but I told him I had a use for it])
Salvaging the materials: I spent hours dumpster diving looking for useful materials. Then, when I got them, I usually had to take out nails, cut of bad parts, or reinforce sections. Pallet wood is tough and ornery. The nails don't come out easily, it is hard to cut, and never straight.
The light clay wood chips: Even though I used a cement mixer this process took forever. We dug by hand a hole big enough for our trampoline to get enough clay. We found that the term "light clay wood chips" isn't really "light" at all. When you try and use a light clay slip to hold the wood chips together, they just become flaky when they dry out (even worse if they freeze while still wet). It takes a lot of clay to keep the chips stuck together. Our recipe ended up being something like 1/2 parts water, 1 1/2 parts clay, 1 part wood chips. The end consistency ended up a lot like plaster. In fact, I ended up using it much like plaster to patch holes. That is another problem with the way I used pallets; There were many gaps that I missed while filling up the walls that I had to patch later.
Other time consuming things I have still waiting for me to complete include plastering both inside and outside and putting down the earthen floor. The upside of both of these is that I will be using far less material to make both products. The walls of the shed are about 10 inches thick and took a few tones of clay and wood to fill. I plan on putting just two coats of plaster on the walls, so they shouldn't take as much clay . I will need to sift the clay better, but a good chunk of the plaster will be made of sand.
I am not saying that the methods I have employed are bad, but they are just more than I originally reckoned for. When I am done, I will have a large, sturdy, environmentally friendly, warm, and comfy shed. I think I'll turn it into my glass shop.
I know I need to work on my video technique, but I was also working at the time and it is hard to pay attention to both where the camera is pointed and what you are doing while slopping mud. I just wanted to show what it is like using light clay wood chip. From the video you can see that the clay isn't too light. It definitely isn't cob, but we found that if we didn't have enough clay in the mix, the small wood chips wouldn't stick together very well. The first few batches we did had about the same recipe as light clay straw, but with wood chips replacing the straw. The results of those first batches were unsatisfactory and the walls started flaking off wood chips when they were rubbed. With more clay in the mix, it makes it less insulative, it has more thermal mass, and it is much stronger.
Here is the first video on this blog. It is a long video about the shed and how far we have gotten on it so far.
A view of the loft from the ladder. We still need to add the second layer and insulate the loft.
Looking in the front door
Looking toward the north west corner. One piece of plywood is being used as a form for the light clay wood chips
The rocket stove wasn't drawing correctly, so i dismantled it . I'll rebuild it, but I'll follow the directions in the book more carefully this time.
The south east corner where a permanent ladder will eventually go.
The north side where we are putting in the light clay wood chips. You can see the plywood forms above the scaffollding
wood chips filled up to the top of the pallets
looking down the pallets. You can see the electrical wire in the first row of pallets and then the second row is the one being filled up right now.
The east side with the forms recently pulled off
The south east corner. You can see some of the chunks of foam inside the wood chips. We are using a lot of the foam to help boost the r-value and just as a filler so we don't have to make so much light clay wood chips. Because I got the foam for free, I'd rather use it than the wood chips, but the wood chips are needed to fill in the gaps and make it all fit together better, plus I don't have enough foam to insulate the whole shed.
40" Pallets leave a 16" gap on top where I had to cut up a pallet to fit
Once the foundation was finished it was time to put up the pallet walls. I looked up the standard pallet size on line and it said it was 48"x40" So I made my plans accordingly. I was able to get a lot of pallets for free, but only a fraction of them were the "standard size". I also found out that not all pallets are created equal and that there is a huge variety when it comes to quality.
After scrounging up a whole lot of pallets (over 130) I was able to find enough to frame up the walls. After watching a bunch of YouTube videos, I decided to use 2x4s in between each column of pallets with 4x4s on the corners.
With many of the pallets not quite square (along with wavy but free 2x4s) it was necessary to use clamps quite a bit to keep things as square as possible. If you do decide to make anything with pallets, I highly recommend getting some 5'+ long clamps along with some 8" long clamps. It will make your project go much more smoothly and look much better.
To speed things up while working alone, I build a few columns on the ground with 2x4s on each side, then raised them up and placed the loose pallets in between.
Using clamps helps keep it all square
Clamps also help hold it up square when I'm working alone
Skinny pallets in the corner so I have plenty of room for the door ( I didn't have the door yet, so I didn't know the size)
Starting on the floor joists for the loft
Sarah working on filling gaps between slats. Yes she is using the power tools.
The north side with the walls all up and getting ready for the loft floor to go up
The pallets in deck on the loft were made up completely of 40" x 40" pallets. I seemed to get a lot of these and ended up needing to use them on the walls as well. There are sections of the walls that use regular framing like around the windows and the door.
The loft floor half way complete
The floor from underneath
The Joist were salvaged from a house being torn down.
This project has "Crazy" written all over it. First of all the reason behind it. Our son has autism and qualifies for services such as SSI, DSPD, and Medicaid. There are several requirements to be able to quaify and one of those has to do with assets that we own. One of the asset stipulations is that we cannot own property that we don't live on. Well, back in December we bought some property to build our straw bale house on. When we did that SSI put us on hold with their services for one year. We figured that we could survive for a little while, but now the bild still hasn't started and we are being told that come December if we don't live on the property we will loose SSI. Because the other programs are based off of our eligibility for SSI, we will loose them as well. By the way there is a 4 year waiting list to get back on. We have gone the rounds to try and find a solution, but it boils down to needing to move on the property while we build.
The first day of foundation wall
Long story short, we just bought a camper trailer and I'm going to build a shed. The purpose of the shed is to give us extra space to store things, a place to hang out and a place to eat together. After the house is built, the shed will serve as my glass shop until I can build an official shop and then the shed will be a really cool hangout for the kids.Here is the link to the SketchUp model: http://sketchup.google.com/3dwarehouse/details?mid=f8e22fec33d9919499a2ba6ee90ca252
The corner at the right was the shallowest and everything after that took more rocks and a lot more time
The code here says that anything over 200 square feet needs a building permit, but anything under that doesn't, which also means that it doesn't need inspections. So, I am going to build a pallet shed with an earthen floor, light clay straw/wood chips/foam insulation inside the pallets, a rocket mas heater, and an earthen plaster finish inside and out. I was hoping to do all of this under $500. The original plan was to use a living roof, but with the materials at hand the living roof would be too heavy, so I'll probably use a metal roof manufactured here in towninstead.
That's me working
The foundation used a lot of stone and urbanite (used concrete) mortared together with a cement cap to make it all level. Anchor bolts were put in between the rocks and mortared in. The mortar cost $75, the cement $41, the rocks and urbanite came off the property $0 and the anchor bolts (and a lot of other materials for this little project) were salvaged from a dumpster $0.
Trying to bring up the wall to the right level
I have been able to find all of the 2x4 material, pallets, windows, door, joists for the loft, wiring, screws, trim, and carpet (for the loft) all through dumpster diving as well as some of the treated toe ups, and most of the plywood. As we get further along I'll keep you up to date on what I have salvaged and what I have had to purchase. The reasons we are trying to keep it cheep are 1) Duh who wants to spend extra money, and 2) we are trying to keep a good down payment for the construction loan for the real house.
First corner finished
This process takes a lot longer than just pouring a cement foundation
I spent hours doing this. After sitting like this for a few hours , It would take me several minutes before I could stand up straight