Vapourtec Fixed bed reactor The Vapourtec fixed bed reactor contains a column within a glass manifold, in which heat
transfer in or out of the column is achieved by controlling the temperature of the surrounding gas
flowing through the glass manifold.
in such a way that it is representative of the temperature on the inner wall.
There are many advantages to this design, (compared to the conventional method of clamping
the column between heated metal jaws), such as:
• The contents of the column are always visible• The column heating is absolutely even, with no hot spots.•
Fixed bed reactors may be used for workup, for scavengers,
supported reagents, or even to dispense reagents.
Max pressure depends on bore of the column and,
Note that the thermocouple is different from that on the tube reactor manifolds, and they are not
interchangeable.
Fixed bed diameters of 6.6mm, 10mm and 15mm diameters are supported and fit
adaptors are available with fixed and adjustable ends.
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Vapourtec Fixed bed reactor
The Vapourtec fixed bed reactor contains a column within a glass manifold, in which heat
transfer in or out of the column is achieved by controlling the temperature of the surrounding gas
flowing through the glass manifold. This temperature is measured at the outer wall of the column,
in such a way that it is representative of the temperature on the inner wall.
There are many advantages to this design, (compared to the conventional method of clamping
the column between heated metal jaws), such as:
nts of the column are always visible The column heating is absolutely even, with no hot spots.
may be used for workup, for scavengers, solid supported catalysts, for solid
supported reagents, or even to dispense reagents.
pends on bore of the column and, for larger sizes, temperature.
Note that the thermocouple is different from that on the tube reactor manifolds, and they are not
bed diameters of 6.6mm, 10mm and 15mm diameters are supported and fit
adaptors are available with fixed and adjustable ends.
The Vapourtec fixed bed reactor contains a column within a glass manifold, in which heat
transfer in or out of the column is achieved by controlling the temperature of the surrounding gas
the outer wall of the column,
There are many advantages to this design, (compared to the conventional method of clamping
solid supported catalysts, for solid
temperature.
Note that the thermocouple is different from that on the tube reactor manifolds, and they are not
bed diameters of 6.6mm, 10mm and 15mm diameters are supported and fittings and
