INTRODUCTION TO CEM TECHNOLOGY
In the field of pump technology, it is not often that
the adjectives "simple" and "state-of-the-art"
can be applied to the same design. The need for higher pump efficiencies
prompted Eddie Paul to explore the possibilities of a product that
qualified on both counts. The CEM is the revolutionary pump, compressor,
or engine that resulted from 16 years' research in the field of positive
displacement technology. In 1993, the CEM received its first patent
as an engine, pump, and compressor by the U.S. Patent Office. It has
since been patented in the rest of the world and received its latest
improvement patent in 2000.
The CEM's uniqueness lies in its simplicity
of design. Its main design feature is compactness. We have managed
to fit 12 cylinders into a unit that's smaller than many one-cylinder
engines designed by other companies. Its weight is about one-sixth
that of an equal-capacity unit and its cost of production is
less than its competitors'. The CEM can produce either low or
high pressure and can be run as a single unit or staged within
itself to multiply either volume or pressure.
Another outstanding feature is that its output is 24 times
that of most pumps or compressors of equal bore and stroke,
and twice that of most engines. This is because the CEM is configured
axially and features a mirror image arrangement of six dual-headed
pistons. With a pumping event occurring simultaneously at either
end of the rotating cylinder, each piston completes four cycles
- two at each end - per cylinder revolution for a total of 24
pumping cycles per revolution.
|And all of this is accomplished with only seven
internal moving parts! With fewer parts there are fewer problems,
less engineering, lower manufacturing costs, fewer parts to inventory,
and greater reliability. The CEM is scalable and can be manufactured
to meet any dimension or output requirement from a variety of
materials to maintain compatibility with any fluid medium. The
pump is self-priming and virtually maintenance free. The CEM's
internal components can be machined from advanced thermoplastic-based
resins with ultra-low friction characteristics.
Since its introduction, the diversity and number of applications
for CEM technology has increased tremendously. Our CEM Company
supplies laser-cooling pumps to major aerospace companies as
well as products for other large corporations in the automotive,
industrial, and environmental fields.
THE CEM ENGINE
The CEM Engine is being developed by E.P. Industries. The CEM Engine
will be an efficient method of converting fuel energy into electrical
energy. E.P. Industries is now offering interested parties an opportunity
to purchase a license for this technology. Please contact firstname.lastname@example.org
with licensing inquiries.
The CEM Engine will be capable of delivering substantially
greater performance with greatly reduced manufacturing cost. A novel
concept for significantly increasing the efficiency of the four-stroke
cycle internal combustion engine, the Department of Defense in 1997
awarded the engine concept an SBIR. The super-charged CEM Engine has
the potential to become one of the first self-lubricating, air-cooled,
multi-fuel, four-stroke cycle engines to deliver two horsepower/pound.
EXCLUSIVE TO THE CEM PUMP
* The CEM is a positive-displacement piston pump utilizing rotary
cylinders to increase mechanical efficiencies far above normal piston
* The CEM can be manufactured at far less cost compared to normal
* The CEM is simple in design and function. It pulls fluid or air
through one port and pushes it out the next port. There are no valves,
valve plates, gears, piston rings, wrist pins, crankshaft, connecting
rods, flywheel, or lubricating system.
* The CEM is 80% to 90% efficient.
* The CEM is a compact pump that takes up less space than any other
positive-displacement piston pump in the world of equal output (flow
* The CEM’s primary advantage is being able to produce 24 complete
(fluid in, fluid out) pump cycles in one revolution of the driveshaft.
A standard piston pump produces only one complete pump cycle per revolution.
* The CEM is lighter by up to 50% than any other positive-displacement
pump of equal output.
* The CEM will pump fluid and/or air in either direction and is self
* Can be manufactured from a variety of plastics that reduce overall
Here's what industry experts say about CEM
"As a liquid pump, it is ideal...This
design obviously has massive potential because of its flexibility."
• Eureka Engineering Materials & Design
Magazine, February 1998 issue
CEM Wins Editor’s Choice Award!
"Pump/Compressor Module provides Endless
Design possibilities... Immense potential..."
• Medical Equipment Designer Magazine, May 1994 issue
"Firetrucks could get a whole lot smaller
with [this] new multi-purpose device..."
• Los Angeles Times, Technology Special section, October 27,
"This technology is superior to anything
we have witnessed. My colleagues and I have had the opportunity to
thoroughly review [the] Cylindrical Energy Module... I can confidently
state that the technical feasibility and prognosis for commercial
success are unquestioned."
• L. Gordon Cooper, CEO of Galaxy Aerospace Management, Inc.
and Retired NASA Astronaut
"Versatile little device could serve as
a remarkably powerful pump or an engine."
• Popular Mechanics Magazine, September 1994 issue
"Batamweight Rotary pump delivers heavyweight
output...The CEM's primary strength lies in its increased output [over
conventional pumps] for a given size."
• Design News Magazine, January 17, 1994
"Engine of ingenuity...an engine more
powerful and lighter in weight than an internal combustion engine."
• Los Angeles Business Journal, January 19, 1998
"The birth of a new technology... It operates
on a uniquely different principle, has only 5 moving parts, is simple
and compact, weighs only about 1/5th that of a standard unit, and
can be built at about 1/4th the cost."
• Design Products News
"This pump is far more efficient than
anything I’ve seen to date."
• James Morand, President and Chief Executive of Enviro-Foam