Practical Guige to Free Energy Devices

The Centrifugal Energy Amplification Conversion Unit (“CEACU”) of Donnie Watts.
James Hardy’s unit relies on the output power of the water pump. The Clem Engine described in chapter 8 is selfpowered,
becomes very hot in use causing the working liquid to be oil rather than water, and it gives the
impression that the very difficult-to-make tapering spiral is an essential feature. However, it is perfectly possible
to make a very effective, house-powering, self-powered generator using simple principles. Quite a number of
people have been involved in the development which I only became aware of in July 2016.
The design is based on well known principles and is not anything like pumping a great deal of power into the
device. Based on sheer input power, you get a very impressive system like this:
Powered by a Fire Service pump and hose, this arrangement supports both the hose and 350 kilograms of weight
– usually three people, and while this is spectacular and eye-catching, it is not the sort of device in which we are
interested.
Instead, we are looking at a simplified and improved version of the Clem Engine which is just a single cylinder.
This engine runs cold and is simple enough for many people to be able to build one. With a rotating cylinder of
just 250 mm (10-inch) diameter, a self-powered output of ten horsepower can be achieved and ten horsepower is
7.5 kilowatts, so driving a generator with it would power a household. The output power increases with rotor
diameter and with rate of spin and so in order to stop the device accelerating until it destroys itself, an inflow valve
to limit the water entering the rotating cylinder is an important control requirement.
What needs to be understood very clearly is that this is an exponential power engine. The output power is
proportional to the square of the rotation speed, so double the revolution speed and you quadruple the output
power. Also, the output power is proportional to the square of the rotor diameter, so double the diameter and that
quadruples the output power. So, if you double the rotor cylinder diameter and you double the rotation speed, the
output power goes up by a factor of sixteen. The basic Coefficient Of Performance for the design is four.
Initially, it is necessary to start the device with a 500-watt water pump, but when the rotation reaches 60 rpm the
device no longer needs the water pump although it can be left running if desired. At 60 rpm, the pressure inside
the rotor drum reaches the point where the suction caused by the water passing through the rotor jets creates
sufficient suction to maintain the operation. But, remember that this is a positive feedback system, with an
increase in speed causing an increase in power, an increase in water flow, an increase in speed of rotation, …..
and consequently, the engine will runaway self-powered and if you are not ready for that with a throttle on the rate
of water flow into the cylinder, then the engine is perfectly liable to accelerate to the point where internal pressure
destroys the engine.
In principle, the design is like this:
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