JoeCell DownUnder

Joe Cell is similar to an electrolysis cell built with concentric stainless steel pipes. Generally with diameters of 1, 2, 3, and 4 inch diameters, and sometimes with a 5 inch also. Different theories of length hold that the cylinders should be between 4" and 10" long. There are many theories of how a cell works. It is generally accepted to be an Orgone Accumulator. An operating cell progresses through a series of stages, the first of which is simple electrolysis, the second is referred to as the seeding stage, in which the cell builds up a charge in the water, which eventually reaches a point where the cell will run an engine. There are higher stages that supposedly can be achieved. For example, stage 4 is supposed to nullify gravity. There are people who claim to have approached this stage, with the car weight getting less and less. Interestingly enough there is no current running through a breeding cell when it is running a car. Once the water is charged sufficiently no further energy is required. The cell is generally connected to the car through an aluminium tube to someplace on the block close to a water passage. It will then charge the coolant water, which will provide the energy to run the engine. The cell causes an implosion in the engine rather than an explosion, so the timing must be significantly advanced so the spark occurs during the compression stroke. A running engine will get cold rather than hot. A car running on a good cell can be idled down to 1 or 2 rpm, and can easily accelerate to 18,000 rpm. Joe cells are notorious for messing up the cars electronics, so it is a bad idea to try one with an EFI engine. (Bernie)

Test cells in various stagesStarting a cell AIM. To get the plates in ‘ equilibrium ’ ( as Joe calls it ). THEORY. According to Joe, both sides of the neutrals have to be in equilibrium. To achieve this, he drives the negative to the positive and the positive to the negative. In the above, Joe’s use of the word drive indicates his observation of the bubbles and water formation as he manipulates the applied potential’s on the various cylinders, thus he is ‘ driving ’ them. Comment. A longer term means of observing these ‘ potential’s ’ on the plates is observing the build up ( or lack thereof ) of an oxide or ‘ colour ’ on the surface of the plates. As mentioned in my manual, the cylinders should stay clean on a working cell. The danger of this statement is, that a shorted or incorrectly functioning cylinder will also display this characteristic. However, by the observation of the resultant bubbles, water forms and of course the cell function, you will easily distinguish between good and bad cylinders. METHOD. 1. Connect your negative to the inner, central tube. 2. Connect your positive to the first neutral ( next tube ). 3. Shift the positive from the first neutral to the second neutral. 4. Continue this process until your positive is now on the outer tube ( or container of the cell ) Notes. A. Leave the potential on the tubes until you obtain the ‘ right ’ bubble production but no longer than 1 minute no matter what the outcome. If it does not ‘ work ’, look for problems elsewhere. B. Clip your leads so that the negative connection is always in line , but as far apart as possible from the positive connection. For example, clip the negative to one end of the one inch tube and the positive to the diametrically opposite end of the two inch ( next ) tube. C. You can swap and change the above sequence and polarities until you achieve the desired effect, BUT always end up with the negative to the central tube and positive to the outer. D. The ‘ right ’ bubble formation is unfortunately an observational skill that comes with a lot of practice, and would be next to impossible to write in words. For beginners, you will have to use the very crude method of igniting the bubbles to differentiate amongst the various gas types until you get the ‘ eye ’ to see. REMARKS. This note is required at this time, as there seems to be quite a fair bit of disinformation ( deliberate or otherwise ) circulation on the Web. Please read my lips, hear and listen, no matter if you live on the North pole, South pole or anywhere in between, on completion of start up, you must leave the negative connection to the middle of the cell, ( the most inner tube ). Now there seems to be many ‘ advisers ’ recommending negative to the outer tube ( case ), as they get pretty bubbles, vortex actions and similar. That is all great, BUT do they have a working cell? No, they do not, I can guarantee it, as you must have the negative to the central tube to do so. I will give you a very short reason, so at least you will tend to believe me, but in reality you have free will and you can do what you like. I am merely an advisory sign, to be used as you see fit. Electricity is always trying to destroy it’s dipole, it is constantly trying to eliminate the positive and negative potential differential. Magnetism on the contrary is forever trying to establish a North and South magnetic pole differential ( as far apart as possible ). This is an endless and balanced battle between electricity and magnetism that has been going on since the start of creation. As a result of this ‘ battle ’, negative is a contractive energy and positive is an expanding energy. As we are trying to accumulate a force and thus create a ‘ frequency ’ with our cells, it is obvious ( to me at least ) that the contracting force should be inside and the expanding force on the outside. How else can you possibly draw anything in? Reverse the potential’s and positive ( the expanding force ) in trapped in the middle of the cell by the contracting negative force. Not the way to go! No wonder that you have pretty signs of this battle. Similar to the sign ( smell ) that you get when you drive your car with your handbrake on.

Car Cell Parts Cell Stages. In our experimental work on the cell, I have graded the cell types with a crude numerical system, ie. stage 1, stage 2 and so on. Let me refresh you in case you have forgotten or are a new player: Stage 1. A normal electrolysis cell doing what it does best, conventional electrolysis with the production of hydrogen, oxygen and heat. This production of gasses follows the well known Faraday rules, namely more current , more gas. Absolutely useless for what we are working on, and only of any use to people that still think that they can obtain more power from the resultant conversion of water to gas, than what the power requirement is to achieve the separation. I wish you luck, you will need it. Stage 2. The ' seeding ' of the cell with the new energy. At this stage the cell is attempting to initialise the conversion process, but due to faulty materials or construction defects or water type, etc., etc., the cell will not ' catch ' or enter its free running or breeding mode in the production of the energy. This can be equated to trying to push a child on a swing and pushing the swing out of synchronism ( or with insufficient force ) with the desired pendulum effect. Stage 3. The ' breeding ' stage of the cell. The ' seeding ' attempt was successful ( the swing is swinging ) and the cell is now accumulating and producing the desired energy. The output of the cell is greater than the combined design ( or otherwise ) losses, and the cell is useable although very temperamental and thus unreliable and not practical for commercial use. At this stage, the cell is a ' laboratory queen ' and is only suitable for proof of concept type work, as well as the unreliable production of ' anti-gravity ' and transmutation effects ( to mention a couple ). This stage 3 cell would suffice for the stationary running of a water cooled power plant. With compliments from Alex Schiffer, for complete details read Alex's book. Experimenters Guide to the Joe Cell on this site. Or buy it from NUTECH 2000.