Health meter

A health meter for a contaminated fluid comprising:

• (a) a decontamination device comprising:
• a metal casing body with sealable metal lid, the metal casing body comprising:
• (i) at least one inlet port for receiving at least one contaminated fluid;
• and (ii) an outlet port for emitting a decontaminated fluid;
• a sealing centralizer comprising:
• a threaded flow through annulus and a seating projection;
• at least one removable open bucket contained between the metal casing body and a sealable metal lid, each removable open bucket comprising;
• (i) a tapered docking base comprising a removable open bucket outlet;
• (ii) a docking lid locating seat;
• (iii) a reinforcing seat formed within the removable open bucket;
• (iv) a convex reinforcing spacer positioned within the reinforcing seat around the removable open bucket outlet, the convex reinforcing seat comprising:
• (i) a plurality of ribs, each rib having at least one reinforcing spoke, and (ii) a plurality of openings;
• at least one docking lid configured to sealingly engage the at least one removable open bucket;
• the docking lid comprising:
• (i) a first side comprising:
• a plurality of vents formed on a perimeter;
• a docking connector extending from the first side to engage a second removable open bucket;
• a moveable stowable handle integrally connected to the first side for disengaging the at least one removable open bucket from a docking connector of an adjacent removable open bucket or from the sealing centralizer;
• (ii) a second side comprising:
• a centrally disposed tapered hollow tube locator;
• a facing seat engaging the docking lid locating seat of the at least one removable open bucket;
• a hollow tube connected between the centrally disposed hollow tube locator and the at least one removable open bucket outlet;
• a compressible layered decontamination media contained between the docking lid and the convex reinforcing spacer;
• a pair of sensors encapsulated between layers of the compressible layered decontamination media transmitting measured physical properties;
• (b) a controller with processor and computer readable media in communication with the pair of sensors, the computer readable media containing instructions for (1) receiving detected amounts of soluble contaminants and/or insoluble particles in the compressible layered decontamination media from the pair of sensors, (2) comparing the detected amounts to preset limits of soluble contaminates and/or insoluble particulates in the compressible layered decontamination media, (3) calculating an amount of remaining capacity of soluble contaminants and/or insoluble particulates in the compressible layered decontamination media;
• and (4) provide a message to a plurality of client devices simultaneously via a network when detected amounts of soluble contaminants and/or insoluble particles in the compressible layered decontamination media rise above preset limits of soluble contaminates and/or insoluble particulates in the compressible layered decontamination media;
• wherein the health meter receives contaminated fluid via the at least one inlet port of the decontamination device through the vents in the docking lid flows the contaminated fluid into the compressible layered decontamination media with sensors simultaneously forming decontaminated fluid as the controller continuously monitors remaining decontamination capacity of the health meter.