Over the past 20 years, thermomorphic multiphase systems (TMS) have been used as a
versatile and elegant strategy for the recovery and recycling of homogeneous transition …

An economically meaningful hydroformylation of long-chain olefins requires an efficient
combination of both a high-yield reaction step and efficient catalyst recycling. The …

The hydroformylation of 1-dodecene on a rhodium-biphephos catalyst complex exploiting a
thermomorphic multicomponent solvent system was studied experimentally in a batch …

Reduce–reuse–recycle! One of the challenges in applied homogeneous catalysis is the
efficient recycling of the valuable metal catalyst. The catalyst recycling concept of …

Water‐borne phosphine‐functionalized core‐cross‐linked micelles (CCM) consisting of a
hydrophobic core and a hydrophilic shell were obtained as stable latexes by reversible …

A new process concept has been developed for recycling transition‐metal catalysts in the
synthesis of moderately polar products via aqueous thermomorphic multicomponent solvent …

Biphasic water-based solvent systems offer the opportunity of efficient recycling of
homogeneous catalysts. Water separates well from most organic solvents; therefore, water …

In this paper, we present a process concept for the atom economic hydroesterification of
renewable methyl 10-undecenoate in thermomorphic multicomponent solvent (TMS) …

Highly porous and crystalline metal–organic framework MIL-101 has been synthesized and
used for the preparation of rhodium supported catalyst. Acetylacetonato (1, 5 …

The rhodium-BiPhePhos catalyzed hydroformylation of n-decenes, as representative long-
chain olefins, was investigated in this study experimentally and theoretically. Besides …