Portable Water Quality Monitoring And Treatment System

A portable system for the continuous on-site monitoring and treatment of water comprising:

• a protective enclosure adapted to be positioned proximate a source of collected water, said enclosure containing at least one water inlet and a plurality of water outlets;
• a fluid flow system at least substantially disposed within said enclosure and comprising a first conduit extending from a water inlet to a first of said water outlets, a second conduit extending from a water inlet to a second of said water outlets and a third conduit selectively communicating said first conduit with said second conduit;
• a first probe disposed within said first conduit for measuring a first parameter of the water flowing through said first conduit;
• a second probe disposed within said second conduit for measuring said first parameter of the water flowing through said second conduit;
• a filter assembly disposed within said third conduit for filtering water flowing therethrough;
• and
• a controller assembly disposed within said enclosure and operatively connected to said first and second probes for receiving data from said probes regarding the measured parameters of the water flowing through said first and second conduits, said controller assembly comparing the measured parameters with predetermined acceptable levels for water flowing through said first and second conduits and in response to such comparisons, selectively communicating said first conduit with said third conduit and with said second conduit and said second conduit with one of said water outlets for selective further treatment and disposal.

A portable system for the continuous on-site monitoring and treatment of water comprising:

• a protective enclosure adapted to be positioned proximate a source of collected water;
• a fluid flow pathway at least partially disposed within said enclosure;
• a first probe disposed within a first portion of said pathway for measuring a parameter of the water flowing thereby;
• a second probe disposed within a second portion of said pathway for measuring said parameter of filtered water flowing thereby;
• a filter assembly disposed in said pathway between said first and second probes for filtering water flowing therethrough;
• and
• a controller assembly operatively connected to said probes for receiving data from said probes regarding the measured parameters of water flowing thereby, comparing the measured parameters with predetermined levels of said parameter for water flowing through said first and second portions of said fluid flow pathway and in response to such comparisons, selectively communicating said first portion of said pathway with the water source or an alternate location in the event that the parameter measured by said first probe fails to meet the predetermined level for said parameter in said first portion of said pathway, or with said filter assembly and said second portion of said pathway in the event that the parameter measured by said first probe meets the predetermined level for said parameter in said first portion of said pathway, said controller assembly additionally comparing the measured parameter of filtered water flowing through said second portion of said pathway with a predetermined approved standard for said parameter in said second portion of said pathway and communicating said second portion of said pathway with the water source or an alternate location in the event the measured parameter of the filtered water flowing in said second portion of said pathway fails to meet the predetermined level standard for said parameter, or with a clean water collection or a distribution site in the event the measured parameter of the filtered water flowing through said second portion of said pathway meets the predetermined approved standard for said parameter.

A portable system for the continuous on-site monitoring and treatment of water comprising:

• a fluid flow pathway;
• a first probe disposed within a first portion of said pathway for measuring a parameter of the water flowing thereby;
• a second probe disposed within a second portion of said pathway for measuring said parameter of filtered water flowing thereby;
• a filter assembly disposed in said pathway between said first and second probes for filtering water flowing therethrough;
• and
• a controller assembly operatively connected to said probes for receiving data from said probes regarding the measured parameters of water flowing thereby, comparing the measured parameters with predetermined levels of said parameter for water flowing through said first and second portions of said fluid flow pathway and in response to such comparisons, selectively communicating said first portion of said pathway with the water source or an alternate location in the event that the parameter measured by said first probe fails to meet the predetermined level for said parameter in said first portion of said pathway, or with said filter assembly and said second portion of said pathway in the event that the parameter measured by said first probe meets the predetermined level for said parameter in said first portion of said pathway, said controller assembly additionally comparing the measured parameter of filtered water flowing through said second portion of said pathway with a predetermined approved standard for said parameter in said second portion of said pathway and communicating said second portion of said pathway with the water source or an alternate location in the event the measured parameter of the filtered water flowing in said second portion of said pathway fails to meet the predetermined level standard for said parameter, or with a clean water collection or a distribution site in the event the measured parameter of the filtered water flowing through said second portion of said pathway meets the predetermined approved standard for said parameter.