DIY Video : How to build an Off Grid Water Heater – Hot Water with DIY Firestove

     



    RECENT POSTS YOU MIGHT LIKE
    • How to build your own 24 X 24 Garage and save money. Step by Step Build Instructions
      This tutorial goes over the basic overview of a 24x24 , two 9 foot door,one side door window garage.First of all,you will need to take permission from the building inspector.The inspector makes sure that you are within zoning requirements.You will need the paperwork ,plot plan when you go to the building inspector and those are available from your assessor's office or the town hall or you may have one with your deed.Started with a bucket loader come in, take out some trees level off the area remove blushes and prep for the concrete work. The first step is to dig down and install the footings where the wall is kind of set.Here I have a four foot wall put in with the floating floor. Wall of the foundation is about six inches high, it goes into the ground four foot.And one reason that I wanted the wall foundation versus a flat pad foundation is because of the bug issues. After the footings are dry in a few days,the walls are put up and I have the openings for the two nine foot doors and a side door. After they dry for a few days,the floor screen is laid .This is a standard 4 inch thick flooring. Floating floor means that in reality, if the ground swells during the winter time, the floor can actually rise up and sink down. But it prevents it from cracking because it does have a little give to it. So it's not actually connected to this wall. It's poured right up against it, but the floor is a separate piece by itself. When the walls are poured every four foot they have a half inch threaded rod that's embedded into the concrete while it's still wet, it goes down about maybe a foot and a half has an L shape on the bottom in the rod will stick up directly in the center of the 2 X 4. 2 inlets for underground wiring,a 50 and 130 amp circuit.Its buried four foot down through the PVC. The walls are standard 2 X 4, a double sill plate and a top plate those are the two that run horizontally. I use pressure treated against the concrete which will take care of the bug issues. The headers for the garage door is standrd 2X10,double up half inch plywood in the center. The plywood on the three sides and trusses are put up.The trusses are put upside down and they are flipped up.But once they're up there I marked the top sills where I wanted them nailed them and put braces across the top,measure and straighten them out. The first truss on the end of the building on both ends is called the gable end. It's a little different than the other main trusses.The trusses are 24 inch on center, which means that they're spaced 24 inches apart,unlike the walls which are 16. The roof and the sides are on half inch plywood.I also run some stringers down the center and off to the sides to help so they won't twist during a snowstorm.One thing that's very important is when you put up the plywood the very first piece that you put on is the most important piece of wood that you're going to put on this garage because everything references off that one piece.It has to be square to the gable end . When the first piece of plywood is put up, you install the plywood ties between the trusses and all that does is if the roof gets moisture from inside the garage,it will tend to flex.The ties help in keeping them nice and flat and avoid the bowing. The truss catwalk goes right down the center that stabilizes the horizontal bottom piece of the truss. The doors are framed and roof is made of standard architectural shingles.These shingles have more lifespan.Also added tarpaper on the roof.The wiring is through down the center of the catwalk. The finished garage and the build videos
    • How to build an Inexpensive Geothermal Solar Air Conditioning System to Cool your Garage using an Old Car Radiator ,Solar Panel.
      This project goes over the build of a cheap Geothermal Solar air conditioner that can cool your home with the Earths natural cool temperature. A few feet underground, the temperature remains between 55 and 60 degrees Fahrenheit. This is true regardless of the weather above ground.The geothermal unit siphons heat from inside and vents it into the water or refrigerant in the loop. The cool temperature underground then lowers the temperature of the liquid back to 55 degrees. In my case when I draw the water well, the static water level is 2 feet above the ground and and what that means that there is a free flowing well that runs down the hill. This is connected to a 55 gallon drum buried in the ground to keep it cool. A circulator pump is used to pump the water to the radiator. The water well is about 85 feet.We drop a 10 foot pipe in there and get a cheap pump from a car and probably some check valves valves and maybe start a natural siphon and run out of solar. You will need an old car radiator for this project. The Radiator used here is from an old Volvo Car. This is used to circulate air using a solar panel. The water coming in is connected to the radiator and the water coming out the is attached to a PVC drain pipe . The radiator is hooked to a motor connected to a solar panel. A Temperature sensor is attached to the radiator fan to detect the indoor temperature. The pump is out of the same Volvo car from which I got the radiator. A Coolant temperature sensor can be added to measure the temperature difference from the inlet versus the outlet and just see how much heat get pulled into the water . The system works on Solar.You will need a Charge controller,DC to DC Convertor and 12 or 24V batteries. https://www.youtube.com/watch?v=sOxnJ5DceeU&list=PLpZKoEWMZEz_OeTiV3mx47jy1jOUL6yqe
    • How to build a simple and effective Multi Purpose Waste oil Aluminum Scrapping Foundry / Forge out of Scrap Metal
      This project goes over the build of a convertible waste oil powered aluminum foundry / forge made out of recycled materials. Waste oil burning does get more than hot enough to melt down aluminum, which has a melting point of about 660.3 degree celsius. The materials you need for this project are old 10 gallon propane tank for the foundry, air compressor tank for the waste oil burner, blower from a car , three eighth inch hose and a brake line for feeding waste oil from a bucket, 12V marine battery for powering the blower. We take a car heater blower and house them inside an old tin can for the air intake. This is soldered to soup can and one and quarter inch schedule 80 pipe .This feeds air into the burner vessel. The fuel source which is the waste oil is drip fed from a five gallon jug with a brass gate valve. It is connected to the blower pipe through a three eighth inch hose and a metal brake line. The waste oil burner is from an old air compressor tank .It has a two inch cap on the top where we start the ignition and light the system. The pipe from the blower goes half an inch into the burner at an angle. This generates a cyclone vortex effect . We want to make sure that the oil and air are very well mixed together. In order to sustain combustion on something that's so difficult to ignite like waste oil, we have to have a source of heat so it can actually atomize, turn into a vapor where it will burn very easily and very effectively. The outlet from the burner is connected to the foundry propane tank through a three inch piece of axle welded with a rotating coupling piece. This can be rotated independently so that the foundry can be rotated to a forge mode with the help of a lever. We mark and cut the top of the propane tank that essentially forms the body of our foundry. Next, we are going to need to put a lining on the inside , probably about two and a quarter inches thick. This acts as an insulator. Here we use a 50% mix of plaster of paris and play sand. The propane tank is filled with the mix and the air compressor is submerged in the center to form a mould. We let the tank sit for 24 hours to cure before we remove the air compressor out of it. Next step is to create the hole into the side of tank that will be the outlet of our waste oil burner. The hole is cut at a height so that the the aluminum wont run down and back flow into the oil burner tank. We place a three inch axle through the hole that is welded to rotating coupling . This coupling attaches to the outlet of the oil burner. One the other side of the propane tank ,we add a small lever system with a latch to manually put the foundry into a forge mode. A one inch water pipe is connected to the tank .Inside of that one inch water pipe is this bit of one inch shaft with a hole drilled in to accept a three eighths inch bolt. A rebar with a latch mechanism is welded vertically to this pipe. The latch is pulled to pulled and the foundry is rotated into forge mode. The foundry sits on a cradle during the forge mode .The cradle is made out of two inch flat bar. The frame is constructed from one and a half inch by one and a half inch angle iron that I had laying around. To start the system , we use a little piece of rag cloth and poke it down into the inlet of the ignition port of the oil burner. We apply a little waste motor oil and start the ignition. Once the flame begins , we apply power to our blower motor by connecting it to the 12V battery. https://www.youtube.com/watch?v=l95fkSaaOEE