Filter back-flushing reaction chamber apparatus

A filter cleaning enhancement device comprised of a body assemblage hydraulically connected for fluid supply, hydraulically connected for fluid outlet conveyance to a filter unit, pneumatically connected to a compressed gas source, the device being characterized to operate in a filling, static and discharging mode and comprising;

• a) a substantially hollow and sealed reaction chamber adapted to a filter unit for the receiving of fluid intended for back flushing of the filter unit;
• b) an inlet port to supply compressed gas into the reaction chamber;
• c) outlet conveyance adapted into the reaction chamber and providing hydraulic communication between the back flush fluid inlet port of a filter unit and the reaction chamber;
• wherein, during the filtration mode, the arrangement so configured receives fluid into the reaction chamber, said fluid being held in said reaction chamber antecedent to the back flush cleaning requirement of the filter unit, wherein for the expedience of the back flushing process, said fluid being expelled from the reaction chamber through the outlet conveyance and into the back flush fluid entry port of the filter unit, wherein said expulsion is engendered by the admission of pressurized gas into the reaction chamber, thereby driving and displacing the back flush fluid from the reaction chamber, through the outlet conveyance and into the back flush fluid inlet port of the filter unit.

A filter cleaning enhancement device comprised of a body assemblage hydraulically connected for fluid supply, hydraulically connected for fluid outlet conveyance to a filter unit, hydraulically connected to a high pressure fluid source, the device being characterized to operate in a filling, static and discharging mode and comprising;

• a) a substantially hollow and sealed reaction chamber adapted to a filter unit for the receiving of fluid intended for back flushing of the filter unit;
• b) an inlet port to supply high pressure fluid into the reaction chamber;
• c) outlet conveyance adapted into the reaction chamber and providing hydraulic communication between the back flush fluid inlet port of a filter unit and the reaction chamber;
• wherein, during the filtration mode, the arrangement so configured receives fluid into the reaction chamber, said fluid being held in said reaction chamber antecedent to the back flush cleaning requirement of the filter unit, wherein for the expedience of the back flushing process, said fluid being expelled from the reaction chamber through the outlet conveyance and into the back flush fluid entry port of the filter unit, wherein said expulsion is engendered by the admission of high pressure fluid into the reaction chamber thereby driving and displacing the back flush fluid from the reaction chamber, through the outlet conveyance and into the back flush fluid inlet port of the filter unit.