Improved plasma products and methods for producing same by using multiple simultaneous electrical discharges

A plasma product obtained by a process using a system, the system comprising:

• a storage unit that contains an input material;
• moving the input material from the storage unit using a variable flow rate feed;
• using a flow meter to measure and control the variable flow rate feed;
• providing a non-thermal plasma chamber into which the input material is fed, the plasma chamber including a magnetic field generator for generating a magnetic field and a magnetic field control;
• feeding a plurality of electrode segments by an automatic feed into the plasma chamber wherein the electrode segments freely move in the plasma chamber during a reaction phase;
• providing a frequency and voltage control unit in the form of a programmable logic controller that controls a conversion of the input material to a plasma in the reaction phase by controlling an interaction between the magnetic field and the electrode segments disposed within the plasma chamber;
• moving the input material through the plasma chamber in the reaction phase as throughput material;
• moving the throughput material to a discharge unit as output material;
• holding the output material in the discharge unit;
• wherein the output material comprises the plasma product.

A system for generating a plasma product comprising:

• a storage unit that contains an input material;
• a non-thermal plasma chamber including a magnetic field generator for generating a magnetic field;
• a feed pump to move the input material from the storage unit to the non-thermal plasma chamber;
• a plurality of electrode segments that are fed into the plasma chamber by an automatic feed;
• wherein the electrode segments freely move in the plasma chamber during a reaction phase;
• and
• a control unit that controls an interaction between the magnetic field and the plurality of electrode segments disposed within the plasma chamber.

A plasma product obtained by a process using a system, the system comprising:

• a storage unit that contains an input material;
• moving the input material from the storage unit using a feed pump;
• using a flow meter to control the feed pump;
• providing a non-thermal plasma chamber into which the input material is fed, the plasma chamber including a magnetic field generator for generating a magnetic field and a magnetic field control;
• feeding a plurality of electrode segments by an automatic feed into the plasma chamber wherein the electrode segments freely move in the plasma chamber during a reaction phase;
• providing a control unit in the form of a programmable controller that controls a conversion of the input material to a plasma in the reaction phase by controlling an interaction between the magnetic field and the electrode segments disposed within the plasma chamber;
• moving the input material through the plasma chamber in the reaction phase as throughput material;
• moving the throughput material to a discharge unit as output material;
• holding the output material in the discharge unit;
• wherein the output material comprises the plasma product.