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ENEFLOW Fluid Dynamic Power Cells
Magnetohydrodynamics (MHD)
Magnetohydrodynamics (often abbreviated MHD) is a
relatively young scientific discipline. Simply put, it
refers to the principles of motion of a fluid affected by
a magnetic field. Developed mainly during the last three
decades or so, it has scarcely reached maturity.
Scientists know, for instance, that the formation of the
universe was some- how dependent upon the principles of
MHD but its exact role is not yet known.
Yet, in recent years magnetics have been at the cutting
edge of dramatic new technologies applied to medicine,
nuclear engineering, thermodynamics, propulsion and
transportation. Examples include MRI, magnetic resonance
imaging, which has revolutionized diagnostic medicine.
Other practical applications of magnetohydrodynamics
include moving ships without propellers and trains without
wheels!
Building on these extraordinary developments, our
researchers and engineers have now taken fluid flow
systems performance enhancement technology into the 21st
century through applied magnetohydrodynamics for
controlling mineral scale build-up and scale-induced
corrosion.
Our patented ENEFLOW Fluid Dynamic Power Cells can
eliminate and control scale build-up in all types of fluid
flow systems caused by dissolved diamagnetic earthsalts in
hard water - minimizing and sometimes eliminating the need
for chemicals or complicated equipment to maintain. The
most common of these minerals, of course, are calcium and
magnesium. Furthermore, when ENEFLOW Fluid Dynamic Power
Cells are installed in a fluid flow system, they can
improve the bactericidal function of disinfectants,
accelerate reagent diffusion and improve the efficiency of
ion-exchange resins.
ENEFLOW's revolutionary magnetic circuits incorporate
multi-pole, multi-axial, permanent magnetic flux
generators which uniquely concentrate the magnetic forces
for maximum descaling effect.
ENEFLOW's Fluid Dynamic Power Cells are the only permanent
magnetic circuits available that utilize a metallic blend
of nickel, cobalt, aluminum and neodymium iron boron
chemically bonded to magneto-ceramic ferrite. The
resultant magnetic flux generators exhibit extraordinary
fluid treatment characteristics the next generation in
applied MHD technology for controlling mineral scale in
all types of fluid flow systems.
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