THE PROBLEM
Every atom has a quantum magnetic field with electrons acting like tiny magnets. They act like magnets due to electron “spin”, which is a set of four quantum numbers.
Unpaired electrons exhibit a paramagnetic effect and can orient themselves in any direction to facilitate an attractive bond. This paramagnetism is the root attractive force between ions and molecules.
THE SOLUTION
Our proprietary quantum mechanics based technology utilizes the power of the fluid itself, the Earth’s magnetic field, and diamagnetic materials to impact electron spin.
The effect results in weakened ionic and covalent bonds. This changes the characteristics of flow, precipitation, and deposition.
These images of Calcite - the most stable polymorph of calcium carbonate - were taken with an electron microscope. The first image is of a Calcite crystal from a sample taken immediately before our technology. The second image is of a Calcite crystal from a sample taken immediately after our technology. In the second image, notice how the bonds are already weakened. They will continue to weaken and separate downstream.
CONTACT
It doesn’t cost anything to discuss our potential to solve your problem and increase your profits. Get in touch to learn more about the technology or to see if we can solve your problem.
Feel free to call 318-332-4276 or use the form below to send an email.