An apparatus for treating soil with an electrical voltage at a pulsating frequency, wherein the apparatus comprises: an electric generator; high voltage wiring; control wiring; a unit box comprising: a line output transformer; and a high frequency transformer driver configured to condition the electric current and modulate the frequency of the electric current from the electric generator to the line output transformer, wherein the high frequency transformer driver includes a MOSFET circuitry for bridge gates configured to switch the high frequency transformer driver from an on position to an off position within a pre-determined frequency range between about 10,000 hertz to about 200,000 hertz; one or more electrical injectors configured to deliver an electric current to the soil, wherein the electrical injector comprises a coulter assembly comprising a knife, a first coulter disc and a second coulter disc, wherein said electric current is provided from the transformer to each of the first and second coulter discs, wherein the first coulter disc is provided positively charged electric current and the second coulter disc is provided negatively charged current; supply voltage wiring configured to provide the electric current from the transformer to the electrical injectors; a power storage device; and a fertilizing means comprising a composition storage tank and at least one supply line configured to provide a fertilizing composition to the soil after the soil has been contacted by the coulter assembly, wherein said knife further comprises a tube having a first end and a second end, wherein the second end terminates proximate to an edge of a knife blade, wherein the tube is configured to receive a composition from the storage tank from the supply line. an electric generator; high voltage wiring; control wiring; a unit box comprising: a line output transformer; and a high frequency transformer driver configured to condition the electric current and modulate the frequency of the electric current from the electric generator to the line output transformer, wherein the high frequency transformer driver includes a MOSFET circuitry for bridge gates configured to switch the high frequency transformer driver from an on position to an off position within a pre-determined frequency range between about 10,000 hertz to about 200,000 hertz; a line output transformer; and a high frequency transformer driver configured to condition the electric current and modulate the frequency of the electric current from the electric generator to the line output transformer, wherein the high frequency transformer driver includes a MOSFET circuitry for bridge gates configured to switch the high frequency transformer driver from an on position to an off position within a pre-determined frequency range between about 10,000 hertz to about 200,000 hertz; one or more electrical injectors configured to deliver an electric current to the soil, wherein the electrical injector comprises a coulter assembly comprising a knife, a first coulter disc and a second coulter disc, wherein said electric current is provided from the transformer to each of the first and second coulter discs, wherein the first coulter disc is provided positively charged electric current and the second coulter disc is provided negatively charged current; supply voltage wiring configured to provide the electric current from the transformer to the electrical injectors; a power storage device; and a fertilizing means comprising a composition storage tank and at least one supply line configured to provide a fertilizing composition to the soil after the soil has been contacted by the coulter assembly, wherein said knife further comprises a tube having a first end and a second end, wherein the second end terminates proximate to an edge of a knife blade, wherein the tube is configured to receive a composition from the storage tank from the supply line.