Technology is State of the Art

No emissions

Processes Fresh Drinkable water and Electrical Power from Sea Water

Eco friendly

SEA Desalination
Cold Plasma Gasification Technology

Processes Fresh Drinkable water and Electrical Power from Sea Water

Can be portable, to be used during emergencies

Produces its own power, so it can be placed in remote areas

Cold Plasma Gasification Technology
TECHNOLOGY BRIEF
The Process
Our process involved remediation of polluted/toxic wastewater and/or effluent into power and water. UltraPOWERTM is the proprietary method of generating electric power by the LT regenerative-electrodynamic generator. UltraFUEL™ – unlike SynGas – is Langenburg’s proprietary carbon-free hydrogen-based fuel, derived solely from any wastewater effluent or pure water. The process has been developed by biochemist Dr. Albrecht (Max) Hohenloe-Langenburg over 30 years. UltraGAS™ is Langenburg’s clean-burning, carbon-free, gaseous-state replacement for natural gas. Typical SynGas consists of H2 and CO, CO2 and small amounts of S and N-compounds, while Langenburg fuels contain only LTHydrogen ™. LT-Fuels may optionally be formulated with carbon for use in certain industrial processes. The LT-Turbine yields extremely high energy from a process that is initially primed by combusting LT-Hydrogen™ within a regenerative-hydrodynamic turbine, then cooled in a ion exchange reaction, enabled by a complimentary form of LTHydrogen ™. UltraFUEL™ is an energy-enriched, stable form of water-soluble, crystalized LT-Hydrogen™, that is non-flammable, non-toxic and non-combustible at room-temperature and pressure.

All waterborne constituents in the wastewater feedstock effluent are 100%-recycled/converted to zero-emission energy. We developed a continuous, single-step method for deriving proprietary hydrogens and oxygens through water (not by “cracking”), thereby avoiding the typical 243 kJ/mole of endothermic energy normally required by electrolysis. While other efficient dissociation processes have recently been announced in the public domain, our Process is utterly unique, distinguishable by an unusually large yield of available energy for industrial and civil infrastructure.

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