Frequently asked questions about magnetic fuel conditioning
for cars and trucks.
What is the protocol for the Adaptive
Gas Blaster?
Download this file for Adaptive Gas Blaster protocol.
How much money can I expect to save with the Adaptive
Gas Blaster?
The Adaptive Gas Blaster, through
better gas mileage (MPG), will save its users 10 -15% on fuel
consumption and resultant costs. Users are also able to use
regular gasoline rather than premium gasoline, while still
maintaining the same performance as with premium gasoline.
This switch can save an additional 10-20%.
How long does it take for the Adaptive Gas Blaster
to be effective?
It starts the cleaning process immediately, however, the gas savings does not start immediately in fact the gas savings will usually start after install, driving 1,000 miles and then an oil change.
Can I install the Adaptive Gas Blaster myself?
Generally speaking, Yes. Installation consists of simply bolting the conditioner around the inbound fuel line. However, if one is in doubt, it is advised that a professional assist with installation on the inbound fuel line.
Where do I install the Adaptive Gas Blaster?
The Adaptive Gas Blaster should be installed as close
to the fuel injectors or carburetor, on the fuel line, as possible
so that fuel can reach the magnetic field just before combustion. The
Adaptive Gas Blaster should be kept 12-14 inches away from any
computerized component.
Does the Adaptive Gas Blaster work on any fuel line?
Yes. Fuel lines such as rubber, steel, stainless steel, plastic,
or any combination of those materials are easily penetrable
for the Adaptive Gas Blaster.
Does the Adaptive Gas Blaster work on high performance
engines that use premium gasoline?
Yes. In fact, vehicles using premium gasoline can switch
to regular gasoline without any sacrifice in performance. This
can happen because the Adaptive Gas Blaster makes regular gasoline
behave in the same manner as a higher octane gas. The end result
being, high octane performance at regular gas prices.
Is the Adaptive Gas Blaster good for your car's engine?
Yes. Better power and performance is achieved because of
the Adaptive Gas Blaster's
ability to clean carbon and varnish deposits from the combustion
chamber of the engine.
Can the Adaptive Gas Blaster hurt your car's engine
in any way?
No. Its simple installation, being bolted around the fuel
line, makes the Adaptive Gas Blaster non-invasive. The main
effect is only to improve fuel combustion and efficiency.
Does the Adaptive Gas Blaster wear out?
No. The conditioners are constructed using permanent
materials. The Adaptive Gas Blaster will not wear out. The
conditioners are designed to last a lifetime.
Frequently asked questions about magnetic
water conditioning.
What is Magneto hydrodynamics (MHD)?
Magneto hydrodynamics is a term that scientists use when referring
to the study of the effects of magnetic energy on fluids. The
discovery, that when water flows past a conductive material
it will generate a weak electrical charge, was made by Michael
Faraday over one hundred years ago, yet it still remains today,
the basis of the way we treat water and other fluids with magnetism.
The magneto hydrodynamics (MHD) water treatment process neutralizes the lime
scale caused by calcium carbonate in hard water.
Will Adaptive Gas Blaster Energy's MHD System remove minerals from the water?
Our magnetic system will retain minerals in solution. This
prevents the minerals from forming hard crystals in plumbing
systems and heat exchange locations. When water is heated,
minerals in hard water can precipitate out of solution creating
hard calcite crystals or lime scale. However, when water passes
through an applied magnetic field the molecules of the water
and calcium change allowing sparse crystals called aragonite
to form. Light weight aragonite crystals remain suspended while
flowing through the plumbing system. As a result of this process,
new scale is being prevented from forming and existing scale
is removed over time.
Does heat affect a magnetized fluid?
No, heat alone will not affect magnetized fluid. However, "the
process" of heating water will have an effect. In the
heating process, currents and physical movements created as water
comes to a rolling boil, can cause disruption of the desired
magnetic effect.
Can anything adversely affect a magnetized fluid?
Yes. Strong physical disturbances can affect magnetized fluid.
Once the water molecules have been configured properly, disturbances
such as turbulence caused by a pump impeller, water meter or
a similar physical disturbance can cause the magnetized water
to loose its proper configuration and water quality. Also known
as vibrating depolarization. A good time to install this system
(or boost an existing system) would be after such disturbances.
Magnetized fluid will eventually loose its induced orientation
when it has laid dormant for a long period of time. That is
one reason the proper location of the water conditioners is
so important.
What is unique about Adaptive Gas Blaster Energy's conditioners?
The Adaptive Gas Blaster Energy conditioners are not
comprised of ordinary magnets. Their design and application
is based on key MHD principles.
(1) Power - The magnetic field strength
(2) Polarity - Properly focused energy field
(3) Quantity of Units - The applied magnetic fields contact time
(4) Location - Take into consideration distance of travel, flow rate, temperature,
pipe composition, mineral composition, turbulence, etc.
Magnetization serves different purposes. For example: Bar-code scanners focus
on magnetic effects on bar codes. MRI's focus on magnetic effects on the human
body. In the same manner, Adaptive Gas Blaster Energy's focus is on magnetic
effects on fuel/fluids.
Do magnetic systems soften water?
Technically speaking, magnetic systems do not soften hard
water. By definition the process of softening water involves
replacing essential minerals in the water with sodium or removing
minerals with filters. Both of the above methods are problematic
in that they produce pollution, health issues and/or wasted
water. The Adaptive Gas Blaster uses the principles
of physics to treat water, not chemistry.
Magnetized water creates a reduced surface tension, which in turn causes the
water to feel "soft". Hard water is characterized by its crystallization
process. Properly magnetized hard water, results in the reversal of that crystallization
process.
We already have a salt softener. Can magnetic fluid conditioning help?
Definitely. Magnetized fluid dissolves and mixes more readily
as a result of the reduction in surface tension. Magnetized
feed water can actually increase a water softeners efficiency
because the magnetized feed water increases the net ion charge
which creates an improved chemical reaction in the normal ion-exchange.
As a result of increased efficiency, less salt is required
to soften water. Some installations have shown a dramatic reduction
in salt consumption.
Can magnetized water reduce corrosion?
Yes, in two ways.
(1) Magnetizing helps to buffer and neutralize the fluid.
(2) Scale-related electrolytic corrosion is eliminated when the process of scale
formation is interrupted.
Will magnetization affect the pH of a fluid?
Magnetizing fluids causes those fluids to be configured and
ionized and the total numbers of H+ and OH- ions are forced
to move to equality. This occurs as a result of molecules being
placed in close proximity to other molecules that are able
to accept these ions into their structures. When the general
ionic content is accelerated, neutralization is reached. Neutralization
is achieved when acidic fluid moves toward basic and basic
towards acidic. Overall the process of buffering the pH, reduces
the variations found in fluids.
Can the Adaptive Gas Blaster have a
beneficial effect on fluids that are presently conditioned
with chemical additives?
Yes. Fluids which are magnetized mix more easily with conditioners.
This occurs as a result of a lowered surface tension which
in turn creates a "wetter" behavior
and uniform bonding thus improving the mixture. The magnetized
fluid increases the conditioners efficiency, reducing it's
normal precipitation from the fluid, thus resulting in the
same conditioner working longer, saving money. Overall, the
chemicals are used more effectively.
How can magnetized water help a reverse osmosis system?
Reverse osmosis (R/O) systems provide ultra filtration. Due
to the ultra filtration, fluids that are high in mineral content
clog the filtration membrane with mineral crystals. Placing
Adaptive Gas Blaster conditioners on the R/O feed will
prevent crystal formation ultimately reducing membrane
clogging and downtime required to flush the clogged membrane.
