| |
|
DryVap®
/ DryDisk®
Applications
 Designed
to emulate the traditional
Kuderna-Danish (KD) method,
the DryVap Concentrator
System combines what were
once manual steps into
one automated process.
Using a unique combination
of vacuum, heat, and sparge
gas, the DryVap Concentrator
System rapidly evaporates
and gently concentrates
extractions down to a
precise volume.
The DryDisk Separation
Membranes offer a much
more efficient means of
drying solvents in organic
extractions than sodium
sulfate. Because it is
a physical separation
rather than a chemical
process to remove residual
water from organic solvent
extractions, DryDisk membranes
eliminate the problems
inherent with chemical
drying such as: retention
of water-soluble compounds,
over-saturation, caking,
oven drying, messy waste
removal, and inability
to handle emulsions. When
used in combination with
the DryVap system, the
sample drying and concentration
phase of the extraction
process is a breeze.
|
|
_________________________________________________________________
|
| DryDisk®
Separation Membrane |
|
|
An
Improved Solvent Drying
Technique for Enhanced Recovery
of Organic Compounds |
|
|
A
Study of DryDisk® Background
Contamination |
| |
| DryVap®
Concentrator System |
|
|
Using
the Learn Mode to Optimize
Recoveries With the DryVap®
Concentrator System |
|
|
Optimizing
the DryVap® Concentrator
System for use with High
Boiling Solvent Mixtures
|
|
|
Solvent
Exchange from DCM to -Hexanes
using the DryVap® Concentrator
System |
|
|
Impacting
Recoveries: Excessive Solvent
Washing of Concentrator
Tubes |
|
|
Concentrating
PCB Congeners 10 Thousand
Fold with the Horizon Technology
DryVap® Concentrator
System |
|
|
Recovery
of Organochorine Pesticides
Using MeCl with the DryVap
Concentrator System |
|
|
Automated
Drying and Concentrating
of Neutral and List 1 Pesticides
with Horizon Technology
DryVap® Concentrator
System. |
