Dibal C 102-H is a dimer with a hydrodynamic radius of about 2.22 nm.
1. Synthesis of molecular
DIBAL C 102-H
DIBAL C 102-H and DIBAL C 102 were obtained by the reductive elimination of the tetrahedral complexes [1]+[C102-H]− or [1]+[C102]− by DIBAL-H.
The alkylated-polysiloxane adsorbent was prepared by reaction of tetrahedral disiloxane
2
with a trialkylsilylalkyl silane in the presence of DIBAL C 102-H as the reducing agent at room temperature.
The adsorption of acetone and isoprene on these polysiloxane adsorbents was studied under dynamic conditions.
Use of new, commercially available adsorbent with Lewis acidic sites allows to carry out the most convenient industrial chromatographic process for the separation of acetone and isoprene mixtures in a short time.
Worked examples
Example 1: preparation of Sn–Ti–O–C 102-H
Example 2: preparation of Ti–O–C 102-H and Sn–Ti–O–C 102-H
Example 3: preparation of T-C 102-H
Example 4: preparation of Zr-C 102-H
Example 5: application of Sn–Ti–O–C 102-H in adsorption of acetone and isoprene mixture
Example 6: adsorption of acetone and isoprene mixture by Sn–Ti–O–C 102-H
Example 7: adsorption of acetone and isoprene mixture by Ti–O–C 102-H
Example 8: adsorption of acetone and isoprene mixture by Zr–C 102-H
Example 9: application of Zr–C 102-H in adsorption of acetone and isoprene mixture
Example 10: adsorption of acetone and isoprene mixture by Sn–Ti–O–C 102-H
Example 11: adsorption of acetone and isoprene mixture by Ti–O–C 102-H
Example 12: adsorption of acetone and isoprene mixture by Sn–Ti–O–C 102-H
Example 13: adsorption of acetone and isoprene mixture by Zr–C ac619d1d87
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