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Save 10-20% on electricity in refrigerated freezer/cooling rooms.

Our patent pending technology saves 10-20% on electricity in refrigeration, freezer rooms and freeze containers.

The device is easily installed.

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Removes static electricity in production halls

Our patent pending technology removes static electricity in production halls and offices.

Equalizing temperature differences and saving on electricity in AC systems

Our patent pending technology equalizes temperature differences between ceiling and floor where there is a high ceiling and generally saves 10-20% of electricity in AC systems.

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Prolongs shelflife for fruits and vegetables

Our patent pending technology prolongs shelflife 2 to 3 times for fruits and vegetables.

Keeps grease traps clear of fat accumulation longer that usual

Installed in grease traps means that the grease trap only needs to be emptied half the times than before installation.

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Keeps ventilation systems free of grease

Installing our EE-Rods in the kitchen ventilator hood will slightly alter the properties of the fat molecules so they will be carried out with the air and not reside within the ventilation system.

Quantum Technology

EE-Rod’s® is produced using quantum technology, which simply means that EE-Rod’s® has been brought into resonance with the quantum field. In other words, quantum entanglement and quantum tunneling with the quantum field have been achieved.

Quantum entanglement means that physical matter is connected to other physical matter via the quantum field and simultaneously separated by physical distance. Quantum tunneling means that atoms, molecules, or energy move from one physical location to another through the quantum field.

EE-Rod’s® affects air, water vapor, fluids, including refrigerants, to become more superconductive. Superconductivity refers to the ability for electric charge and thermal energy (heat/cold) to be conducted more efficiently.

Furthermore, EE-Rod’s® can transport energy in and out of the quantum field via quantum entanglement and tunneling. This way, thermal energy can be reduced in refrigerants, resulting in savings as compressors consequently have to work less and thus use less energy.