Cold Fusion Plasma Technology

Cold Fusion Plasma Technology
Revolutionary metallurgical refining system using advanced cold plasma technology to extract and recover metals with precision.
What is Cold Plasma?
Fourth State of Matter
Plasma behaves like a gas but conducts electricity like a wire due to ionization.
Cold Temperature
Our proprietary cold plasma operates at just 65-120 degrees Fahrenheit.
Industrial Applications
Plays important roles in scientific and industrial processes, especially metallurgical refining.
How Our Technology Works
Ionization
Hydrogen molecules are ionized using DC pulsed electric power, producing different radicals.
Enhanced Refining
Hydrogen's refining ability is enhanced, with radicals reaching the surface of the melt.
Chemical Reaction
Radicals react with impurities to form volatile compounds like NH3, H2S, and PH3.
Impurity Removal
Insoluble compounds are carried away by fluent gas, removing impurity elements from metal.
Our Proprietary Device
Reactor Design
Features positive and negative electrodes, proprietary membrane, and agitator for optimal plasma generation.
Electrode Configuration
Specially designed to generate cold plasma at temperatures between 65-120 degrees Fahrenheit.
Electrolyte Solution
Uses NaCl with our proprietary chemical additives to enhance plasma formation and metal recovery.
Metal Recovery Process
Iron Recovery
Extracted at pH 2
Base Metals
Recovered at pH 3
Precious Metals
Isolated at pH 4-7
Rare Earth Metals
Extracted at pH 8-14
Cold Fusion Applications
Metal Recycling
Efficient recovery of metals from waste streams and electronic scrap.
Industrial Refining
Purification of metals for manufacturing and production.
Mining Operations
Enhanced extraction of valuable metals from ore concentrates.
Research & Development
Advanced applications in metallurgical science and materials engineering.
Business Flow
Raw Material Acquisition
Sourcing of metal-containing materials for processing.
Cold Plasma Processing
Application of proprietary technology to separate and purify metals.
Metal Recovery
Sequential extraction of different metals by pH adjustment.
Quality Control
Verification of metal purity and preparation for market.
Distribution
Supply of recovered metals to industrial partners and customers.
Environmental Benefits
65°F
Low Temperature
Minimal energy consumption compared to traditional high-temperature processes
99%
Recovery Rate
Near-complete extraction of valuable metals from source materials
0
Toxic Emissions
Clean process with no harmful byproducts or atmospheric pollutants