Non-thermal multiple plasma gate devices

A multi plasma gate device comprising:

• a housing including four side walls connected to one another and having a quadrilateral cross section;
• a first positive ion dual plasma gate device positioned along a first side wall and a second positive ion dual plasma gate device positioned along a second side wall opposite the first side wall, each positive ion dual plasma gate device including
• a plasma creation chamber configured to receive a first fluid,
• a first electric field generator positioned on a first side of the plasma creation chamber and configured to generate a first electric field and a second electric field generator positioned on a second side of the plasma creation chamber and configured to generate a second electric field, the first electric field and the second electric field energizing the first fluid to create a first plasma, and
• a bias electrode at least partially exposed to the plasma creation chamber and configured to receive a first bias electric voltage to extract electrons from the first plasma and create positive plasma ions;
• a first negative ion dual plasma gate device positioned along a third side wall and a second negative ion dual plasma gate device positioned along a fourth side wall opposite the third side wall, each negative ion dual plasma gate device including
• a plasma creation chamber configured to receive a second fluid,
• a first electric field generator positioned on a first side of the plasma creation chamber and configured to generate a third electric field and a second electric field generator positioned on a second side of the plasma creation chamber and configured to generate a fourth electric field, the third electric field and the fourth electric field energizing the second fluid to create a second plasma, and
• a bias electrode at least partially exposed to the plasma creation chamber and configured to receive a second bias electric voltage to inject electrons into the second plasma and create negative plasma ions;
• and
• a plasma product chamber configured to receive the positive plasma ions and the negative plasma ions so that at least a portion of the positive plasma ions bond with at least a portion of the negative plasma ions to create a plasma product.

A multi plasma gate device comprising:

• a housing;
• a plurality of single plasma gate devices each configured to create a plasma, each single plasma gate device including
• a plasma creation chamber including a first end opening and an opposing second end opening, the first end opening configured to receive a fluid,
• a first dielectric forming a first boundary of the plasma creation chamber and a second dielectric forming an opposing second boundary of the plasma creation chamber, each dielectric including an inner surface facing the plasma creation chamber and an outer surface facing away from the plasma creation chamber,
• a first electrode in contact with the outer surface of the first dielectric and a second electrode in contact with the outer surface of the second dielectric, the first electrode configured to receive a first electric voltage, the second electrode configured to receive a second electric voltage, the first and second electric voltages in combination generating an electric field in the plasma creation chamber through which the fluid flows creating the plasma, and
• a bias electrode at least partially exposed to the plasma creation chamber and configured to receive a bias electric voltage to manipulate electrons in the plasma and create plasma ions that have one of two opposing polarities and exit through the second end opening;
• and
• a plasma product chamber positioned in the center of the housing and configured to receive the plasma ions from each single plasma gate device and wherein at least a portion of the plasma ions having the first polarity bond with at least a portion of the plasma ions having the second polarity to create a plasma product.