outlet 56 in communication with and connected to the bottom of the mix measure chemical storage tank 64 is tubing 70 connected to the atomizer or misting unit 50 for transferring chemicals to the atomizer unit 50 mounted in line between the main chemical storage tank 60 and the mix measure storage tank 64 is a manual control ball valve 72 for controlling the flow of chemical between the main chemical storage tank 60 and the mix measure chemical tank 64 a second manual control ball valve 74 is mounted in line between the mix measure chemical tank 64 and the atomizer unit 50 for controlling the flow of chemicals therebetween the apparatus further includes a process control switch 76 enabling the operator to change from one program to another stored in the program controller 28 in the preferred embodiment the process control switch 76 allows the operator to change between chemical wetting operations and standard dryer operations referring to fig5 there is shown an alternative embodiment of the present invention wherein two atomizer units 50 and 50a are mounted to the access door window 46 the construction of this alternative embodiment is essentially the same as that shown in fig1 4 except that a second conduit 70a is incorporated to permit flow of resins and other liquids from mix measure tank 64 to atomizer unit 50a additionally a second manual control ball valve 74a is connected to conduit 70a to control liquid flow to atomizer unit 50a also shown in fig5 are noise suppressors 78 connected to atomizer units 50 and 50a at the air inlets thereof the noise suppressors 78 shown each comprise a 211 pvc elbows so having attached thereto a portion of common flexible electrical conduit.