Other

Ilc Technology, Inc.

Christian H Juvan

In certain chemical reactors, particularly devices providing continuous processing of a flow of process media, with electrical or optical excitation, the chemical reactor efficiency per single pass can be improved by increasing the desired turbulence of the process media within the reaction zone and concentrating the electrical/optical field lines by the use of a Flow-Field Constrictor (FFC) located inside the reactor vessel to concentrate and intensify the flow of the process media (liquid or gaseous medium) and the electric field lines in the reaction zone.

Physico-chemical conversion reactor system with a fluid-flow-field

A method and apparatus are disclosed for efficient endothermic processing of liquids and the precipitation of dissolved elements and chemical compounds. Improvements over prior systems include system layout, components and modes of operation of the system. Applications of the system include destruction of toxic wastes and sewage treatment, precipitation of chemical compounds and elements including metals from solution (brine, sea water, industrial waste), sterilization and water purification, catalytic formation of chemical compounds, and processing of hydrocarbons.

Apparatus for treating liquids with high-intensity pressure waves

Continuous flow method for processing liquids using high-energy discharge

A method and apparatus are disclosed for efficient processing of liquids and the precipitation of dissolved elements and chemical compounds. Improvements over prior systems include system layout, components and modes of operation of the system. Applications of the system include destruction of toxic wastes and sewage treatment, precipitation of chemical compounds and elements including metals from solution (brine, sea water, industrial waste), sterilization and water purification, catalytic formation of chemical compounds, and processing of hydrocarbons.

Separation of dissolved and undissolved substances from liquids using

Liquid processing system involving high-energy discharge

A method of converting inertial mechanical energy into a high energy direct current electrical pulse of short time duration is disclosed. Apparatus for practicing the method is described. According to the invention, a rotating mass is provided together with electrical conductor means for producing a localized magnetic field at the surface of the mass. A localized magnetic flux compression means is also provided at the surface of the mass and either the electrical conductor means or the flux compression means is rotated with the mass to produce periodic compression of the flux of the localized magnetic field in response to the rotation of the mass. A load is connected across the electrical conductor during such flux compression which converts a major portion of the inertial energy of the rotary mass into an exponentially rising pulse of direct current through the load with a very rapid decay.

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Cupertino, CA, United States of America

Christian H Juvan