System and method for removing or reducing pollutants in exhaust gases

A system of apparatus for removing or reducing pollutants, carbon dioxide, and volatile organic compounds (VOC's) in exhaust gas emissions, comprising:

• a vessel having a liquid/gas compartment connected with a reservoir;
• radial vortex mixing means connected in fluid communication with said liquid/gas compartment, said vortex mixing means having a vortex mixing chamber inlet for receiving the exhaust gas, a liquid inlet in fluid communication with the mixing chamber for receiving a pressurized mixing liquid, the pressurized mixing liquid descending in a high velocity helical swirling vortex in said mixing chamber and creating a negative pressure zone to draw the gas into the swirling liquid stream and form a blended liquid/gas mixture which passes into said liquid/gas compartment;
• an air injection manifold connected with pump means for introducing motive air therethrough and having a plurality of spiral jet fluid mixers disposed in a lower portion of said liquid/gas compartment, and
• an induction port in said manifold disposed between said pump means and said spiral jet fluid mixers, said induction port connected with a source of pollutant degradation material;
• wherein
• motive air conducted through said spiral jet fluid mixers creates negative pressure at said induction port to draw the pollutant degradation material into the motive air passing through said spiral jet fluid mixers and creates spiraling rotation of the liquid/gas mixture in said first compartment in a turbulent fluid flow pattern to cause aeration of the liquid/gas mixture and entrainment of the pollutant degradation material in the mixture, and the pollutant degradation material significantly reduces or eliminates the pollutants and volatile organic compounds (VOC's) in the aerated liquid/gas mixture to produce a non-volatile liquid.

A system of apparatus for removing or reducing pollutants, carbon dioxide, and volatile organic compounds (VOC's) in exhaust gas emissions, comprising:

• a vessel having a liquid/gas compartment connected with a reservoir;
• radial vortex mixing means connected in fluid communication with said liquid/gas compartment, said vortex mixing means having a vortex mixing chamber inlet for receiving a mixing liquid, a fluid inlet in fluid communication with the mixing chamber for receiving the exhaust gas, the exhaust gas descending in a high velocity helical swirling vortex in said mixing chamber and creating a negative pressure zone to draw the mixing liquid into the swirling vortex and form a blended liquid/gas mixture which passes into said liquid/gas compartment;
• an air injection manifold connected with pump means for introducing motive air therethrough and having a plurality of spiral jet fluid mixers disposed in a lower portion of said liquid/gas compartment, and
• an induction port in said manifold disposed between said pump means and said spiral jet fluid mixers, said induction port connected with a source of pollutant degradation material;
• wherein
• motive air conducted through said spiral jet fluid mixers creates negative pressure at said induction port to draw the pollutant degradation material into the motive air passing through said spiral jet fluid mixers and creates spiraling rotation of the liquid/gas mixture in said first compartment in a turbulent fluid flow pattern to cause aeration of the liquid/gas mixture and entrainment of the pollutant degradation material in the mixture, and the pollutant degradation material significantly reduces or eliminates the pollutants and volatile organic compounds (VOC's) in the aerated liquid/gas mixture to produce a non-volatile liquid.