-,INTRODUCING
AUNIQUE
NEWPRODUCT
Comparisons of
DFormulations
HayeSep~
0 This new polymer niade from high purity
divinylbenzene isunavailableanywhereelse. Ithasahigh
surface area and higher operating temperatures.than
competitivepolymers.Availablein four different porosities
with
surfaceareasfrom
790toover800m
2/gram.lh
isrange
allowsflexibility, sinceinwaterJethaneseparationsporosity
determines the orderof elution.
Aver.g.
Ci.m.t.t
lmicroMl
Bulk
Cenllity
gtem/ce
Surf.ce
Poraty At••
%
m
2
/grlm
These 0 formulations exhibit superior separation
characteristics for light gases. Significant separation
abilities include theseparationof COandCO
2
fromroom
airatambienttemperaturesandtheseparationofacetylene
prior tootherC2's.
HayeSep~
0 isparticularlyusefulinthe'
separationand analysisofwater and hydrogensulphide.
Dip
.0317 .3283 89.1
774
D
.0308 .3311 70.35 803
.0332 .3334 64.2 781
,
FIgu,.15
stOnMLX237
Column:
20'
x
118~
Ni
packed
withHaye~
0
100f120mesh
Column
Temp:25"C
Injedor
Temp:
100"C
Oeteclor:
P.E. 900
rc,
225
rna
140"C
Flow:
He 30 cclmin
sample;
IJaIco
YalYe
50microliters
vapor
(ambient)
1.
Ni\roglm
(balance)
2.
Oxygen
7%
AIt.x8
3.
c.rbon
Monoxide
nil
Alt.
x8
4. MlllhaM4.5% AIt.x4
S.
C8rbOn
Dioxide
15% ArLII4
F"tgul'e
16
GASMIXTURE
Column:
10'
x
118~
SS
packed
wittJHaye5epf' 0
1001120
mesh
ColumnTemp:
8O"C
Injector
Temp:
140"C
Oete<:1or: P.E. 900
tc
225ma
Alt.
II 4
Aow:
He
30 ceJmin
sample:
vaJco
va/Ye
100
microliters
•
,
t.
Nilrogen
(balanCe)
2.
Carbon
o;clUle
2%
3.
NItrous
Oxide
3'l'o
4,
W8IeI'
0.5%
S.
Hydrogen Sulphide
3%
•
•
.-J'-'ULJ-;'--' '--
..
..
,"~,
..
, '7
;
_-1'
u--'-----~,
'-:-
