Photo Courtesy of Blaw-Knox Company
gas dehydration at lower capital cost, lower operating cost • · · With
TRIETHYLENE GLYCOL High dew point depression — 5 0 ° to 8 5 ° F . • Easily regenerated to 9 8 - 9 9 % solution in an atmospheric stripper • Stable in the presence of sulfur, oxygen, and C 0 2 at normal operating temperatures * Carry-over losses are small · Does not solidify in concentrated solution · Noncorrosîve • High theoretical decomposition temperature—404°F. · Low vaporization losses
Initial cost of a TEG dehydration plant is usually less than half that for certain types of dessicant plant. And operating costs are only % to M—with lower dessicant makeup cost. Our technical service man will be glad to consult wtth you if you're thinking about a new plant—or about the feasibility of converting an existing one. If you currently use TEG, write for a typical analysis, quotation and free sample of our material. It's extremely low in iron, chlorides, acidity and water.
Dept. G 1-4-1
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VeiVISIOH.
40 Rector Street, New York 6, Ν. Υ .
776
C&EN
FEB.
2 0,
1956
Ethanolamines · Ethylene Oxide · Ethylene Glycols · U r e a · F o r m a l d e h y d e · U. F . C o n c e i t * i r a t e - 8 5 · Anhydrous A m m o n i a · A m m o n i a L i q u o r · A m m o n i u m Sulfate «Sodium N i t r a t e • M e t h a n o l · Nitrogen S o l u t i o n s · Nitrogen Tetroxide · F e r t i l i z e r s 8c Feed S u p p l e m e n t » .
