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Running a vehicle on a Joe Cell is difficult and unstable
Bill Williams has said it took weeks to get his truck to the
point of running 100% on the Joe cell, and that once achieved the system
was very unstable and dangerous. Much R&D remains.
by Sterling
D. Allan
Pure Energy Systems News
Copyright © 2006
Follow-up from
- Joe
Cells > Joe
Cell Truck Builder Threatened, Destroys Plans - After
announcing that he had successfully built a truck that runs on
Joe Cell technology, drawing energy from water and Orgone, Bill
Williams said he was approached by two men who requested that he
stop his research, threatening him with dire consequences if he
didn't. Others are keeping it alive. (PESN; April 13,
2006)
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Not so easy

Bill Williams' Joe cell in his '75 Ford
F-250 |
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WESTERN USA - Due to his having been threatened in April by two
unidentified individuals after allegedly successfully getting his truck to
run 100% on a Joe cell (with its fuel line disconnected), Bill Williams
has become somewhat of a legend in the field of cutting-edge alternative
energy. He was later visited in his shop by two other unidentified
individuals who reminded him not to be talking to people about the
technology -- or else.

Seeing that they meant what they said, and considering the information
they had collected on him and the extent of resources they obviously had
at their disposal, Williams complied.
That suppression incident has only fueled interest in the technology,
spurring a myriad of people to try to replicate the effect for
themselves. Before Williams was threatened and told to cease his
work on this technology, he had already conveyed significantly detailed
instructions. However, in the nearly three months that have elapsed
since his being threatened, successful replication has eluded all who have
been making the attempt. Some are getting close, achieving as much as 50%
of their motive power from the Joe cell.
The instructions that are presently available, accumulated from a variety
of sources, make it sound like if one follows a series of steps,
assembling specified materials in a particular sequence, installing them
in a certain way, the result should be a vehicle being able to run 100% on
the Joe cell. (Ref.)
Obviously, the instructions are yet inadequate inasmuch as none have been
able to achieve that end result, even though the assembly and installation
would take just a few hours to accomplish.
We have come across some additional information about Bill Williams'
replication that might help explain the difficulties encountered by all
Joe-cell experimenters. Success was elusive for Williams too, who
gradually improved the output by trying a lot of different configurations
and materials. In trying various arrangements, and in doctoring his
cell and the water inside it, Williams had taken the lid off his Joe cell
so many times that the threads were beginning to strip.
And even when he reached100% benchmark, the engine’s performance was not
consistent, nor could his vehicle be considered safe.
It was with the intention of making an electrolysis unit for a standard
hydrogen-assist cell – which has been pursued successfully by many
individuals and companies (ref.)
– that Williams had started this saga. As he progressed in the
building of this device, using a conical tube design and stainless steel,
he realized that what he had was closer to a Joe cell, so he consulted
some information for that technology. Thus he finished his device
according to Joe-cell instructions rather than electrolysis cell
design. He drew on descriptions written by Alex Schiffer and by
Barry Hilton. He was also “following his gut” and using his own
insight and knowledge to determine what he felt to be correct. (See "orgone
whisperer" story.)
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| Williams' cell when he
first started in to this technology. The design is very close to
the standard Joe Cell concept. |
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The unusual characteristics of the Joe cell manifested for Williams
serendipitously, not intentionally the first time. The positive wire was
disconnected from the cell, so technically the cell should have been
"off." But when he started the engine, within thirty
seconds he noticed that the engine was running rough. He'd never
heard of such a thing with the straight hydrogen-assist scenario.
Recalling statements concerning adjusting the Joe cell’s timing, he
loosened the distributor cap and advanced it about 5 degrees. The
engine began running more smoothly, and the RPMs increased slightly.
Given his scientific training as a marine engineer consulting for the
government on ferry craft, and holding a minor in physics in college, it
was hard for him to believe that this was happening, even though it was
right in front of him. Somehow that Joe cell was effecting the running of
his engine, even though the cell was not generating hydrogen. And
even if it had been generating hydrogen, the gas should not have had that
effect.
Over the next several weeks, Williams played with the timing and made
other adjustments on the cell. Gradually the economy of his vehicle began
to increase.
During that time, he had been in contact with John Carter from
Australia. Communicating back and forth in reporting his results,
the two men shared ideas about what to do next. It was John who then
introduced him to Peter Stevens (who lives just 40 miles away from
Carter). This introduction to Stevens was about three weeks before the
threat incident that put a stop to Williams' work.
Williams had been using vinyl tubing to go from his cell to the vacuum
plug on his carburetor. Stevens recommended that he change his hose
to aluminum, and suggested tying it to a blind bolt on the engine
block. Williams then played around with these ideas, and continued
to improve the engine power that he attributed to the Cell. He tried
different preparations of water. If he saw contamination in the
cell, he would remove it. Most of the improvement came through adjusting
the timing.
A video is
available online that shows Williams running his '75 Ford F-250 on a Joe
cell in "assist" mode, with timing advanced 30-35 degrees.
Viewing this video, Stevens was able to provide recommendations, which
Williams implemented. Stevens said that Williams then reversed the
negative from the top of the cell and leveled the inner tubes. He
also isolated the container and delivery tube to the engine, insulating it
from the engine block, and maintained a distance of at least four inches
between the connecting hose and any conduits. The result was his
being able to run the truck on the Joe cell alone, with fuel line
disconnected.
Once Williams achieved 100% (fuel line disconnection), the engine's
operation was still very inconsistent, with about 60% repeatability.
The drivability was very unstable and very dangerous. The power surges
were too much for road safety. The inability to stop the vehicle in
a controlled manner was also scary. Though the engine responded to
the throttle position, the increments of power were not steady or
consistent, and the unpredictable spikes of power led to inconsistent
speed control.
Williams tried connecting the hose to a blind bolt, and that configuration
worked as well, but was more unpredictable than when the hose was
connected to the vacuum intake on the carburetor. At one point he
pulled the end of the hose away from the blind bolt gradually. The
engine continued to run (100% on the Joe cell), even when the hose was as
much as 5.5 inches away. When it was six inches away, the engine
began to sputter.
When the truck was on the blind bolt configuration, he never drove the
vehicle into town because of the instability, though he did drive it
around the block a couple of times.
Other Joe Cell Applications also Unstable
Vernon Roth of http://ancienttek.com
works with a modified Joe cell set-up. I have personally witnessed
this configuration at work, though not his cell, but one built earlier by
an associate. (Ref.)
He produces "magnetic water" via his cell, as well as what is
called a "shocker bottle" because of the arc that comes off the
top of the water when you touch it. (Ref.)
He's hoping to have a portable cell with him when he presents at the
ExtraOrdinary Technology conference in Salt Lake, July 29, 4:00 pm. (Ref.)
His presentation will be about the many non-vehicular applications of the
Joe cell.
He works with many functioning Joe cells on a daily, professional basis,
and has done so for several years now. In our conversation he made the
point that his cell system is not "stable", but still has
quirkiness about it that he's not been able to pin down.
Clearly, much research and development is needed to identify what is
happening with the Joe cell, and how to put this phenomenon to work
reliably.
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SOURCES INCLUDED:
- Communications with Peter Stevens
- Phone conversation with Vernon Roth, June 21, 2006
Editing input provided by Mary-Sue
Haliburton.
Feedback
Reasons for Instability
The following was posted to the JoesCell2 list June 22, 2006 6:54 PM
MST by "Robert"
http://groups.yahoo.com/group/JoesCell2/message/3114
I hope some of the observations I make will offer some very basic
causes of Bill Williams's road tests were 'uncontrollably erratically
responsive'
1...the 'air leaks' that are impossible to prevent...thus the
mixture in the cylinder were without constant precise control...
a) carburetor...pivot points of
throttle flaps are always a leak to vacuum and adjusted for...
b) pcv positive crankcase
valve...opens and closed by design to allow air mixture to changes in
internal pressures of the ICE...not precise...maybe this will not be
needed if running cooler temperatures caused by the 'implosion'
reaction...
c) intake manifold gasket...on that
engine, 360, historically, minute leaks can be present for years and not
affect the performance...by adjusting the idle jet screws...
d) any older vacuum hoses may have
miniscule leakage...just due to age...and undetectable to 'normal
performance expectations'
e) the way the carburetor is built
allows for different amounts of vacuumed atmosphere to come through as the
throttle plates are opened...
That is just part of the issues that are contributing to this
erratic behavior described on the test runs.
Compared to an aluminum built engine of the more modern design
with fuel injection....they are built to not have the air leakages
as all the sensors used to inform the computer module to adjust in
micro-seconds...air and fuel mixtures....I can't say they are hermetically
sealed...but much better at the task of air/fuel controlled
mixture...could be worth thinking about...
Mr. Williams stated that de-acceleration was similar to a braking
action...which I am thinking a normal state as the atmosphere is stopped
and the internal pressures are not allowed to escape as is normally
expected...on diesels it referred to as a Jake brake...using compression
of dead strokes to release theses gases slower and such.
Any, and all, of the 'engines of the past' that referred to this
type of energy...call it what you may...has always been built with a very
controlled intake/exhaust..exchange..of atmospheric gases...it appears
that the energy from the Joe Cell is dependent upon this very issue...and
if this is the 'controlling factor', then it is conceivable that a device
made, or, adapted, to allow for this is not that hard to install and test.
Mostly, this is my observations of the engines that were
successfully operating, to some degree, with the Joe Cell, were more
consistent with this factor. I have worked on many different types of
fueling systems over the years...vapor to AAA dragsters...and
others, and this is the common denominator to all of them...
It would not surprise me if this is 'not' being thought/talked
about by all involved, as I, also, studied the specs of many 'engines'.
And this is why I stated the above list...of possibilities...and to speed
the possibilities of further successes by those who are inspired to
continue work in this arena.
I think kudos are in order for the article written as a very
responsible publication as to make everyone realize the enormous energy
that can be produced/harnessed with the Joe Cell...and to be very
careful...not reckless... with pursuing this to its 'usability' status...
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