Systems and methods for using external and internal reactors to produce and use a custom treatment fluid to change the internal conditions of piles

A reactor system comprising:

• an exterior high pressure reactor disposed external to a heap or pile;
• one or more conduits extending from the exterior high pressure reactor into an interior of the heap or pile:
• a drilled well casing positioned substantially vertically within the heap or pile, and coupled to the one or more conduits, the drilled well casing comprising an open top, an open or closed bottom, and at least one perforation zone comprising a plurality of perforations along a vertical section of the drilled well casing;
• a pipe positioned within the drilled well casing, the pipe configured to receive a customized pressurized treatment fluid;
• one or more isolation mechanisms configured to seal the drilled well casing above and/or below the at least one perforation zone to isolate a first flow of the customized pressurized treatment fluid through perforations among the plurality of perforations, wherein a pressurized flow of the customized pressurized treatment fluid creates a second internal high pressure reactor that fluidizes materials within the interior of the heap or pile, and creates a plurality of substantially near horizontal fluid channels, thereby rechanneling fluid pathways through the materials within the interior of the heap or pile.

A reactor system comprising:

• an exterior low pressure reactor disposed external to a heap or pile;
• one or more conduits extending from the exterior low pressure reactor into an interior of the heap or pile;
• a drilled well casing positioned substantially vertically within the heap or pile, and coupled to the one or more conduits, the drilled well casing comprising an open top, an open or closed bottom, and at least one perforation zone comprising a plurality of perforations along a vertical section of the drilled well casing;
• an isolation mechanism configured to seal the drilled well casing below the at least one perforation zone to isolate and direct a first flow of falling customized treatment fluid through perforations among the plurality of perforations, wherein falling flow of customized treatment fluid creates a vacuum at the top of the well casing or well head and creates a second internal reactor within an interior of the heap or pile, that impacts materials within the interior of the heap or pile, and partially or completely fills a plurality of substantially near horizontal fluid channels, thereby wetting and dispersing the customized treatment fluid to the materials in a zone in the interior of the heap or pile.