Magnetic induction fluid heater

A magnetic induction fluid heating system, the system comprising:

• a receptacle configured to house a fluid;
• a heating substrate positioned within the receptacle, the heating substrate comprising a ferrous material, wherein a first heating cavity is formed at least in part by the heating substrate;
• a first valve coupled to a first end of the heating substrate:
• wherein the first valve is configured to enable fluid flow from the first heating cavity to a second heating cavity;
• wherein the second heating cavity is formed at least in part by the receptacle;
• an induction coil proximate the heating substrate;
• and
• a controller configured to provide an alternating current to the induction coil thereby generating an electromagnetic field, wherein the heating substrate is configured to heat fluid within the first heating cavity in response to the electromagnetic field.

A method of heating fluid using magnetic induction, the method comprising:

• enabling fluid to enter a cavity from a chamber, wherein the cavity is formed at least in part by a heating substrate positioned within a receptacle, and wherein the chamber is formed at least in part by the receptacle;
• applying an alternating current to an induction coil positioned within the receptacle, wherein the induction coil encompasses at least a portion of the heating substrate, and wherein the alternating current induces the induction coil to generate an electromagnetic field, wherein the electromagnetic field induces the heating substrate to generate heat, wherein the heating substrate heats the fluid;
• and
• enabling the heated fluid to exit the cavity and enter the chamber.