The Science Behind Enermosity

Enermosity is about energy conservation and protecting the environment in a way that is affordable and convenient for the average consumer.

• It’s about reducing electricity consumption.
• It’s about efficiently burning natural gas, oil, propane, butane and kerosene.
• It’s about reducing gasoline and diesel fuel consumption.
• It’s about reducing greenhouse gases including carbon monoxide and hydrocarbons.
• It’s even about keeping lime and harmful minerals at bay in and around your water system.

The Enermosity is a device made up of a refined and complex composition of metals. These metals combine to produce one of the strongest magnets available for residential, vehicle and commercial use. It is this technology that makes its incredible fuel efficiency possible.

These are not your everyday magnets. Their shear size (3" x 5") is a testament to their power. Don't make up your mind yet whether you believe our claims about what Enermosity can do. Let’s examine how magnets impact our world.

Magnets are a part of every day life. Their use runs the gamut from attaching grocery lists to the refrigerator to improving the flow of oil through the Alaska Pipeline.

Did you know magnets are also used in:

Computers and computer monitors	MRI (magnetic resonance imaging)
Credit and debit cards	High-speed trains
Recording technology	Tools (own a magnetic screwdriver?)
Televisions	Jewelry
Electric motors and generators	Toys

Some of the earliest applications of magnets in fuel systems occurred around World War II. In the 1930’s the Chinese used magnets on their fishing boat fuel lines. During the war the Germans used magnets on their bombers and fighter planes. Later in the war, the British also picked up on the use of magnets to reduce smoke from plane engines and reduce fuel use. Interestingly, this information was classified and kept secret long after the end of the war.

For you amateur rocket scientists out there, the term ‘magnet’ is typically reserved for objects that produce their own persistent magnetic field in response to an applied magnetic field: a phenomenon know as magnetism. Only certain classes of materials do this. Let’s think big for a minute. Compasses work because the Earth produces a magnetic field.

Everything on Earth has magnetism, even you! Ever touch a metal object on a dry winter day? Snap, crackle, ouch!

Magnets themselves vary in their strength depending on the composition and quality of metals used. These are the materials carefully chosen and tested for use in Enermosity.

But Just How Do Enermosity Magnets Work?

Magnets both direct and stabilize energy in even the most complex materials. With a magnetic field we can increase the internal energy of fuel, causing changes at a molecular level, including improved combustion. This ionization of molecules also blocks harmful emissions produced when fuel is burned. 

By applying a magnetic field to combustible materials, the reaction maximizes fuel economy, improves fuel efficiency and produces a cleaner fuel. Cleaner fuel = less pollution released into our environment.

Did you know: The Large Hadron Collider (LHC) is the world's largest and highest-energy particle accelerator.  The accelerator’s purpose is to generate high-energy particles for interaction with matter, profoundly enhancing our understanding of the creation of our world. It consists of an underground ring of superconducting magnets, reaching from Switzerland into France.

Enough of the science. Still think this is too good to be true? Try Enermosity, risk-free, for 60 days. If you don’t see significant fuel and energy savings, return your Enermosity magnets for a full refund. We’ll only ask to hear your story. It will encourage us to keep working hard to make sure the Enermosity thrills all of our customers, all of the time.

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UMiserU
520-303-0987
Email: sales@enermosity.com