Biodiesel Production
A Simple, Proven System Of Biodiesel Production No One Else Will Tell You
About...
Making Biodiesel Has Never Been This Easy-
Discover How He's Taught 100's of People to "Turbo-Charge" Their Plans To Take Control of Their Own Energy
Freedom!
Even If You Have Never Made Biodiesel Before, Even If You Don't Know A Biodiesel Processor From a Food
Processor. This E-book Spills it All!Dive In and See... The Encyclopedia of Making Biodiesel at Home
This is an simplified version of the process. It is intended to give you an visual "overview" of the actions involved. The
process is not difficult, so don't get alarmed. We are not getting serious yet, You're just looking to see if this is something worth
considering.
Keep reading this is an interesting page...
The main biodiesel process is accomplished in 3 different tanks; a Processor Tank, Catalyst Premix Tank, and the Wash Tank.
Note:
1.) Keep in mind, a diesel engine can be run on straight vegetable or animal oil. (SVO or "Straight Vegetable Oil") It can even
be run on Waste Vegetable Oil. (WVO)
That's right folks, you COULD just run down to the local market and get some Crisco and slop it into your tank. This however, is
not a good idea. One, while your engine may "run" on canola, it won't "Start" on it. Because SVO takes a higher temperature to ignite. Which
means the engine must be warmed up before vegetable oil can be used.
2.) SVO or WVO doesn't burn cleanly or efficiently and emits more pollutants than biodiesel.
3.) Lastly, the MODERN diesel engine is simply not designed to run on SVO or WVO unless you have done a biodiesel conversion , without gumming up and generally making a mess of things.
4.) In other words, don't do it until you have done a biodiesel conversion.
OK, moving on...
What we are doing here is looking at the actions and/or steps involved if you were to buy a
Biodiesel Kits or build your own Biodiesel Processors and
what to expect.
1.) What we are going to do is fill the Processing Tank with vegetable oil (SVO) or waste vegetable oil (WVO) heated between 50c
and 60c 
2.) After a biodiesel titration test (Don't get intimidated. More on this later) is performed on the
oil, a measured amount of caustic soda (Lye) is added into the Catalyst Premix Tank

3.) You add methanol to the Catalyst Premix Tank along with the caustic soda.
4.) Once the methanol as been added to the catalyst premix tank, you start a mixing process. Mixing the methanol and SVO/WVO.
The mixed catalyst premix will be drawn into the manifold at the bottom of the processing tank by the Venturi pump created by the
circulation. This will then become a mixture of glycerin and biodiesel solution
5.) After the mixture is completely mixed, you allow it to settle. At that point, the glycerin will separate from the
liquid and forms a dark residue at the bottom of the processor tank. The glycerin is then drained off via a drainage valve at the bottom of the
processor tank.
What you have left is biodiesel. Which now must be Washed Biodiesel: Quick and simple
techniques
Washing Biodiesel: involves introducing water into the biodiesel mix in order to
strain the impurities out of it. Ok, almost finished...
Once the biodiesel has been "washed" you usually test for quality

The biodiesel can now the used in any diesel engine. You can use it without fear in cars, trucks, generators, your furnace,
anywhere you would normally use diesel fuel.
This is not meant as a paint by numbers way to do this. There is more to it than this. (but not much more) This is meant only as
an illustration to show you an overview so that you are able to understand the "biodiesel production process" is not for NASA engineers only.
Thousands of people, all over the world, are doing it right now. This is a do-able process and you can be on your way to freedom from the high
price of energy in a very small amount of time.
Still interested in biodiesel production? It's as easy as "1,2,3."
Then let's continue...
Or you can...
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