Dynamix – Green Hydrogen Production

Aqua Fission – The Dynamix technology is based on the principle of harnessing the intrinsic energy of water by separating hydrogen and oxygen molecules. Within the system, water is utilized to generate a dynamic magnetic field, which is then skillfully converted into electrical energy. This electrical energy is subsequently used to initiate the water hydrolysis process. The resulting hydrogen and oxygen are stored, while the entire system resets to its original state, enabling the continuous extraction of internal energy. 

Characteristics of the Pilot Installation: Deep-installed, submerged water and gas pipelines are positioned 60 meters below the water surface. If adequate depth is not available, the pipes can be installed at an equivalent elevation — for example, on a hill or raised platform. The system is capable of accepting any quality of water, whether freshwater or seawater.

The patented mechanism moves along the pipeline from the bottom to the end. The hydrogen produced within the system rises through the same pipe and is then transferred to a storage or utilization tank located at the top. The system operates independently of environmental conditions, with no discharges, consumables, or noise emissions.

The hydrogen production system offers easy scalability by adjusting the pipe thickness and the number of pipes used. The pipe material can be selected to withstand pressure equivalent to 60 meters of water depth, while maintaining resistance to the chemical and physical properties of the water.

The system requires electricity only to initiate the process; once started, the power source can be disconnected, and the system continues to generate energy autonomously.

The purity of the produced hydrogen meets the standards of electrolysis units, therefore no additional purification is required.

Due to its operation without consumables and self-sustaining energy capability, the Aqua Fission – Dynamix hydrogen technology features extremely low capital (CAPEX) and operational expenditures (OPEX).

As a result, the cost of hydrogen and oxygen production is exceptionally low, making this system one of the most efficient in the world.