The Technology

How It Works

Nx25 enhances effective energy yield by incorporating a clean, high-energy-density fuel source into the system. The reaction produced by Nx25 has beneficial second-order reactions.

Step 1:

Nx25 consists of an active ingredient mixed into a carrier solution for mobilization. The critical agent must enter the combustion environment in the right phase and at the right ratios. The Nx25 Dynamo system is assembled from commercial off-the-shelf parts and is used to inject Nx25 into a combustion environment or fog Nx25 into an air intake. Alternatively, Nx25 can be mixed into the primary fuel as a pathway into combustion.

Step 2:

The agent reacts within the flame of combustion and releases a complex of safe, high-energy particles. These particles add energy to the system, supplementing the load typically carried by fossil fuels.

Step 3:

During the combustion process, high-energy particles also ionize oxygen, hydrogen, and carbon molecules, resulting in more efficient combustion. Furthermore, the high-energy particles collide with hydrocarbon molecules, reducing them in size. These activities improve combustion speed and efficiency.

Results that improve over time

While the immediate initiation of the reaction is a matter of probability, once the reaction ignites, it sustains effectively. A combustion environment where Nx25 is employed will continue to improve its performance for approximately 200-500 hours of operation under the influence of Nx25, after which the improvements stabilize.

See the Data Case Studies