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!� II <br /> ♦ v� <br /> w pew <br /> Si Y <br /> ji mom <br /> SPRAYRUM <br /> ESERVOIst <br /> .:. DIGE,SnNG MEDIA , <br /> TPV_M WAT�t <br /> HEATER <br /> I FEN- YCLIE <br /> BLOWER K <br /> AXE€tN <br /> TOXIC WASTE WLtZNT <br /> assure the proper rate of digestion, the approximate) 33 <br /> Y gal/day or 1000 <br /> system is Maintained in an aerobic gal/month of waste water, and produces <br /> condition—by passing—warm—air—up— S-to-6-gallons of recyclable watCr per <br /> through the digesting filter medium day. <br /> 7he warm air also picks up moisture and The maintenance required for the ABG <br /> any airborne products produced from the is minimal <br /> digestion of toxic wasteThe flow of waste in. and <br /> . The recyclable water out, call be set up for <br /> moisture-laden warm air next passes automatic continuous feed. The <br /> through an activated charcoal filter <br /> where products of digestion are adsorbed may need toabe replenished at�the rate <br /> onto the charcoal, leaving clean air and of approximately one half cubic foot <br /> water vapor. The effluvium (exhaust air) <br /> then passes through a condenser where relaced per month. TTG medium needs to be <br /> the water vapor condenses into wPh so ids only <br /> it activated becomes hred <br /> al <br /> dernineraiized water The water Is regenerates itself due to bacterial <br /> recycled back into factory operations, growth transferred from the digestion <br /> The air or CO2 is discharged to the media and it is not anticipated that this <br /> atmosphere. The entire process is will need to be replaced <br /> self-contained. The system can process <br /> — e� <br />