The liberation of energy inspired by nature.
How Does It Work?
What does it do?
How Does It Work?
Where Will It Be Used?
When Will It Be Available?
How Is It Sold?
The NOHRMAN (H+e) System manages and controls the same chemical reactions that create lightning in the atmosphere, but at a much reduced level. Charge separation and the electrons (electricity) of a lightning bolt never actually occur in the system, but are harnessed and used to power your home.
The NOHRMAN (H+e) performs a relatively simple function (from a scientific standpoint) that converts water into ions and then back into hydrogen and oxygen. Water, or H2O, as we all know from grade ten science classes, is made of two parts hydrogen (H) and one part oxygen (O). The DiAxiom system separates the H and O and when this occurs, the O gains two electrons from the hydrogen to become an oxygen ion (O-2) and the H gives up two electrons to become two hydrogen ions (2 H+) . We separate these ions into electrically isolated chambers within NOHRMAN and then cause the O-2 to pass its two extra electrons back to the 2 H+ ions. This flow of electrons is electricity. This process also allows the O-2 to bond with another O-2 to become O2 or diatomic oxygen, the air we breath, and two H+ to become H2 or the hydrogen fuel of the future.
When we transfer the electrons from one ion to the other we can divert it so that it can be used to power our homes. This process would be no different then hooking up to a battery's (+) and (-) terminals and using the electron flow (electricity) from the battery.
Once this process is complete we store the hydrogen and oxygen for use in a fuel cell to generate additional electricity when needed. A fuel cell works in the opposite manner to a battery and puts the hydrogen and oxygen back together to form water that is reused in the NOHRMAN (H+e) System. The fuel cell can also divert the electron flow which is used to create electricity to power electrical devices.
The NOHRMAN (H+e) process and associated storage systems are controlled and monitored by a computer system and a host of sensors to ensure there is always the proper balance of hydrogen and electricity.
For a more indepth explanation of the NOHRMAN (H+e) process, refer to the SCIENCE and TECHNOLOGY sections of this website.
