A food preparation device for use with an inductive heating appliance comprising: a vessel for preparing food, said vessel having a conductive body , wherein said conductive body includes a power receiving surface that maintains a non-conductive coating disposed thereupon; a rectification circuit electrically coupled to said conductive body ; a first looped wire section being arranged as a loop about the power receiving surface , further being embedded within said non-conductive coating , said first wire section having each end coupled to said rectification circuit ; a second wire section embedded within said non-conductive coating , said second wire section coupled at one end at a connection point (X) to said first wire section and at the other end to said rectification circuit, wherein said connection point (X) is coupled to said conductive body and serves as the anode of the device ; wherein said rectification circuit comprises: a bridge rectifier coupled to each end of said first wire section ; a voltage regulator coupled to the output of the bridge rectifier , and to said second wire section ; and a current regulator coupled to the output of the voltage regulator ; and wherein said rectification circuit converts the electrical current induced at the first wire section by the inductive heating appliance into a rippled, rectified AC current that is supplied to said conductive body by said current regulator of said rectification circuit , so as to create a reducing environment of available electrons for absorption by the food carried by said vessel . a vessel for preparing food, said vessel having a conductive body , wherein said conductive body includes a power receiving surface that maintains a non-conductive coating disposed thereupon; a rectification circuit electrically coupled to said conductive body ; a first looped wire section being arranged as a loop about the power receiving surface , further being embedded within said non-conductive coating , said first wire section having each end coupled to said rectification circuit ; a second wire section embedded within said non-conductive coating , said second wire section coupled at one end at a connection point (X) to said first wire section and at the other end to said rectification circuit, wherein said connection point (X) is coupled to said conductive body and serves as the anode of the device ; wherein said rectification circuit comprises: a bridge rectifier coupled to each end of said first wire section ; a voltage regulator coupled to the output of the bridge rectifier , and to said second wire section ; and a current regulator coupled to the output of the voltage regulator ; and a bridge rectifier coupled to each end of said first wire section ; a voltage regulator coupled to the output of the bridge rectifier , and to said second wire section ; and a current regulator coupled to the output of the voltage regulator ; and wherein said rectification circuit converts the electrical current induced at the first wire section by the inductive heating appliance into a rippled, rectified AC current that is supplied to said conductive body by said current regulator of said rectification circuit , so as to create a reducing environment of available electrons for absorption by the food carried by said vessel . <EOS>