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BASIC OPMMTIOH OF A •'QAC" SYST= <br /> TEE BASICS: <br /> foR CEECK system operates- <br /> perates the_.,.ally, <br /> First and foremost, t_he QAs� <br /> raising the temperate=~e of your P=ocess stream from a�ient to 1400 <br /> retaining these heated gases for a minimum of 1. 0 <br /> teen <br /> deg. F, `� <br /> seconds before exhaus zing them into }fie a osphere. <br /> you= process St=eam is introduced into the combustion chamber <br /> }.ouch a mechanical di-fuser and a -turbulence u .geThese`gases are <br /> instant exnos•.:_e �o ..he internal ,.emP y a of one <br /> for <br /> ac-µally w eta-ne d in the carabc:s tion chamber o- - <br /> (1) second, twice the recommended retention time- <br /> (1) <br /> } and .s s.-peed <br /> The bas-c model is designed as a NZY-A 4 sys..em n gas `rain, <br /> panel, <br /> ca=ple-e w3.t.h a bu_1ner package, control 6 , snub stack. <br /> a re=connecting <br /> complete refrac-c=y =-.'�=ng and an .rn <br /> � 4- _.te trailer tur:7key option, the process :lower, <br /> wi}r..0;:.. � �ri� and p�L".il:,�:1Cj are <br /> erect-an, =na <br /> t ,connect-ng ductwork, field w—_ g <br /> to be s::Iied by others. <br /> CATAL^_IC: <br /> Case of custom designed equipment,pent, is <br /> The. catz'_yt_c option, in theor in the case of the <br /> an in=es'al Pa== of the original design + <br /> smaller "standard" un-is can be added at a 1 <br /> ate= daze -f you <br /> choose. <br /> our precious metal catalyst - designed to activate at 6000 F <br /> ge F g <br /> 6o0QF to 13506 F. This operating <br /> and have an open acing range o� <br /> range allows the Catalytic system to handle VOC concen=at-ens of <br /> up to 30% of the LEL. <br /> Des='uct_ve efficiencies can be achieved at up to 9c _ ga <br /> E It must be noted that catalyst of all types can be deactivated by <br /> eac, s::'-=::.:. c:ilor;.nated hydrocarbons, silicones and phosphcr :s <br /> contain-ng c0ffiDO=ds_ The resulting affect of this dead-vat�.an is <br /> reduction of :.he des=_active efficiencies. <br /> tive efficiency can be restored through <br /> In most cases, full dost-' ac <br />' a sixsple cleaning Process. <br /> i <br /> 1 <br />