Method for reducing CO2, CO, NOX, and SOx emissions

A method for reducing the emissions of industrial combustion facilities, comprising the steps of:

• collecting emissions from said industrial combustion facilities,
• reacting said emissions to form at least carbonate-containing fertilizers, wherein said emissions are reacted to produce NH4HCO3 fertilizer according to the formula:
• 5CO2+4N2+14H2O+3CH4→8NH4HCO3↓;
• and
• applying at least a portion of said fertilizer to soil and plants.

A method for reducing the emissions of industrial combustion facilities, comprising the steps of:

• collecting emissions from said industrial combustion facilities,
• reacting said emissions to form at least carbon-containing fertilizers, wherein said emissions are reacted to produce (NH2)2CO fertilizer according to the formula:
• CO2+N2+3H2→(NH2)2CO↓+H2O;
• and
• applying at least a portion of said fertilizer to soil and plants.

A method for reducing the emissions of industrial combustion facilities, comprising the steps of:

• collecting emissions from said industrial combustion facilities,
• reacting said emissions to form at least carbon-containing fertilizers, wherein said emissions are reacted to produce (NH2)2COfertilizer according to the formula:
• CO2+4N2+2H2O+3CH4→4(NH2)2CO↓;
• and
• applying at least a portion of said fertilizer to soil and plants.

A method for reducing the emissions of industrial combustion facilities, comprising the steps of:

• collecting emissions from said industrial combustion facilities,
• reacting said emissions to form at least carbonate-containing fertilizers, wherein said emissions are reacted according to the following reaction pathway:
• wherein R is at least one selected from the group consisting of H2 and CH4;
• NOx is at least one selected from the group consisting of NO, NO2, N2O, N2O3 and N2O4;
• and SOx is at least one selected from the group consisting of SO2 and SO3, and
• applying at least a portion of said fertilizers to soil and plants.

A method for reducing the emissions of industrial combustion facilities, comprising the steps of:

• collecting emissions from said industrial combustion facilities,
• reacting said emissions to form at least carbonate-containing fertilizers, and
• applying at least a portion of said fertilizers to soil and plants, wherein said fertilizers are applied in conjunction with application of at least one selected from the group consisting of calcium and magnesium fertilizers, mineral products, and fly ash to soils to enhance the formation of earth mineral carbonates according to at least one of the formulas selected from the group consisting of:
• HCO3−+[Ca(OH)]+→H2O+CaCO3↓
• Ca2++2HCO3−→CaCO3↓+(H2CO3)aq
• HCO3−+[Mg(OH)]+→H2O+MgCO3↓
• Mg2++2HCO3−→MgCO3↓+(H2CO3)aq.

A method for reducing the emissions of industrial combustion facilities, comprising the steps of:

• collecting emissions from said industrial combustion facilities,
• reacting said emissions to form at least carbonate-containing fertilizers, and
• applying at least a portion of said fertilizers to soil and plants, wherein said fertilizers are applied to soils and water is then applied to bring the carbonates down into groundwater and subsoil earth layers, the carbonates being deposited at the earth subsurface by carbonation reaction with earth minerals according to at least one of the formulas selected from the group consisting of:
• HCO3−+[Mg(OH)]+→H2O+MgCO3↓
• Mg2++2HCO3−→MgCO3↓+(H2CO3)aq
• HCO3−+[Ca(OH)]+→H2O+CaCO3↓
• Ca2++2HCO3−→CaCO3↓+(H2CO3)aq.