Valuable Solvents economically recovered by Vacuum Drying

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Valuable Solvents recovered by V, acuum - Battery «f St«k*e ' ' I s serwîce st &c jaolâs ;M etmls " Ges^iity; - Sfant.-~3^" ΙΛ«Ϊ**ΪΙΙ*, •-"Recovery of solvents at emcïencîes as high as 99^5 îs typical of Stokes Vacosaim IDjryîug equipEEient. "Temperatures for drying are often held a s l o w a s 10®° F*. Xhos heat-sensitive materials such as plastics^ aluminum pastes, metal powders, and pharmaosntical dregs are dried amd separated from their solvents without the impairment of chemical and physical properties which occurs with atmospheric heating- Reynolds Metal Company at Louisville, for example, oses Stokes Rotary Vacuum Dryers for drying finely divided afeiiiiiiiiirn powder. Drying is usnifonn. throughout the batch, efficient and economical. Solvent is completely recovered, and there is no oxidation of the dry powder. Important, too, is the freedom from fire and explosion hazards. Fine dosst and solvent vapor do not mix safely witib oxygen. Without air there is no oxygen; hence trie danger of combustion and explosion is eliminated^. Cooling jackets permit cooling before discharging if desirable. Stokes is the only manofecterer of complete vacuum systems . . . Stokes engineers are experienced counsellors ready to work with you on any application of Vacuum engineering. STOSSES 22A2OES Plastics lAoidlsg Presses, Industrial TaJsfetfcg zïiû Fender Mslal Pressa, Fïarmscectlca? Eq&aîpoeât; Vacccsi Ρrecessing Esyjipsatfi]* itlgh Vsccusa Pwnpsaitd GsgsSj SçecxaF Madtâtury F. J. SfOKES MACHÏME COUPANT, SSIS f<&£©2. BOASb P!€i1lJâSIkP!i§2JL 1M, Ρ&. VOLUME 29, NO. 46 «NOVEMBER 12, 1951 4879 economically Drying STOKES

Transcript of Valuable Solvents economically recovered by Vacuum Drying

Page 1: Valuable Solvents economically recovered by Vacuum Drying

Valuable Solvents

recovered by

V, acuum

- B a t t e r y «f S t«k*e

' ' I s serwîce s t &c jaolâs ;M etmls " G e s ^ i i t y ;

- Sfant.-~3^" Ι Λ « Ϊ * * Ϊ Ι Ι * ,

•-"Recovery of so lven t s a t emcïencîes a s h igh a s 99^5 î s

typical of S tokes Vacosaim IDjryîug equipEEient.

"Tempera tures for d ry ing a r e often held a s l o w a s 10®° F*.

X h o s h e a t - s e n s i t i v e mate r ia l s s u c h a s plastics^

a l u m i n u m pas tes , m e t a l p o w d e r s , a n d pharmaosn t ica l d r e g s a r e dr ied amd

separa ted from their so lven t s w i thou t t h e impa i rmen t of chemica l a n d

physical p roper t i e s which o c c u r s w i t h a t m o s p h e r i c heating-

Reyno lds Meta l C o m p a n y a t Louisvi l le , for example , o s e s S tokes Rotary

V a c u u m D r y e r s for d r y i n g finely divided afeiiiiiiiiirn p o w d e r . Dry ing is usnifonn.

t h roughou t t h e ba tch , efficient and economical. So lven t is comple te ly recovered,

and t h e r e is n o oxidation of t h e d r y p o w d e r .

I m p o r t a n t , too , i s t h e freedom from fire a n d explosion h a z a r d s . F ine dosst

and so lven t vapor do not mix safely witib oxygen. W i t h o u t air t h e r e is

no oxygen; hence trie danger of combus t ion and explosion i s eliminated^.

Cooling jackets pe rmi t cooling before discharging if des i rable .

S tokes is the only manofec t e r e r of comple te v a c u u m

s y s t e m s . . . S tokes engineers a r e experienced

counse l lo rs r e a d y to w o r k w i t h

you on a n y application of

V a c u u m engineering.

STOSSES 22A2ŒS

Plastics lAoidlsg Presses,

Industrial TaJsfetfcg

zïiû Fender Mslal Pressa ,

Fïarmscectlca? Eq&aîpœât;

Vacccsi Ρrecessing Esyjipsatfi]*

itlgh Vsccusa Pwnpsaitd GsgsSj

SçecxaF Madtâtury

F. J . SfOKES MACHÏME COUPANT, SSIS f<&£©2. BOASb P!€i1lJâSIkP!i§2JL 1M, Ρ&.

V O L U M E 29, N O . 4 6 « N O V E M B E R 12, 1 9 5 1 4879

economically

Drying

STOKES