Stanford University researchers have invented an electrified thermochemical reactor that uses high-frequency magnetic induction converting 85% of the electrical energy received into heat for primary manufacturers of cement, smelt steel, and aluminum. It can be adapted for use to take captured CO2 and convert it into sustainable fuels. It also can help shrink primary manufacturing infrastructure which means less energy needed to produce key materials. Finally, using to replace emission-heavy smelters and kilns will help reduce our global carbon footprint.