Reflexive valve preservation and actuation system and method

A valve assembly for injecting an injectable material into at least a portion of a valve, the valve assembly comprising:

• a supply housing, comprising:
• a first inlet at a first end, the first inlet receiving a working fluid;
• a second end opposite the first end;
• and
• a first outlet between the first end and the second end, the first outlet directing the working fluid out of the supply housing;
• an injectable housing, comprising:
• a first end coupled to the supply housing at the second end;
• a second outlet at a second end;
• a second inlet between the first end and the second end;
• a cavity formed within a body of the injectable housing, the cavity receiving the injectable material via the second inlet;
• and
• a piston arranged in at least a portion of both the supply housing and the injectable housing, the piston moving axially along a longitudinal axis;
• wherein the working fluid is configured to move the piston toward the second end such that the piston drives the injectable material out of the injectable housing via the second outlet.

A valve assembly for injecting an injectable material into at least a portion of a valve, the valve assembly comprising:

• a supply housing, comprising:
• a first inlet at a first end, the first inlet receiving a working fluid;
• a second end opposite the first end;
• and
• a first outlet directing the working fluid out of the supply housing;
• an injectable housing, comprising:
• a first end coupled to the supply housing at the second end;
• a second outlet at a second end;
• a second inlet between the first end and the second end;
• a cavity formed within a body of the injectable housing, the cavity receiving an injectable material via the second inlet;
• and
• a piston arranged in at least a portion of both the supply housing and the injectable housing, the piston blocking the first outlet until the working fluid applies a force to move the piston at least a predetermined distance along an axis.