Systems and methods for nuclear reactor vessel segmenting

A nuclear containment vessel segmenting system, comprising:

• a stainless steel nuclear containment vessel;
• a telescoping vertical shaft comprising a first end disposed outside of the nuclear containment vessel to be segmented and a second end disposed inside of the nuclear containment vessel;
• a rotational drive motor coupled to the telescoping vertical shaft to impart rotational force thereto;
• a rotational blade mounting assembly coupled to the telescoping vertical shaft, proximate to the second end thereof, within the nuclear containment vessel;
• a horizontal translation rail moveably coupled to the rotational blade mounting assembly within the nuclear containment vessel;
• a translational drive motor operatively coupled to the horizontal translation rail to impart translational force thereto, and being disposed within the nuclear containment vessel;
• a blade drive assembly coupled to a first end of the horizontal translation rail within the nuclear containment vessel;
• an arc saw blade coupled via a pivot pin of the blade drive assembly and selectively operable to be reoriented from a first orientation to a second orientation, the arc saw blade comprising a plurality of sets of radially offset slits and the arc saw blade comprising a stainless steel core sandwiched between insulation layers;
• an orientation actuator operatively coupled to the blade drive assembly to impart force to selectively reorient the arc saw blade;
• a power commutator electrically coupled to the arc saw blade to impart current flow through the arc saw blade;
• a blade shroud housing at least a portion of the arc saw blade, the blade shroud comprising a dross outlet;
• and
• a magnetic waste separator system comprising a waste inlet coupled to the dross outlet, the magnetic waste separator system comprising a plurality of cylindrical electromagnetic rods disposed within an interior volume of a waste fluid reservoir.