Donnan exclusion driven intermatrix synthesis of reusable polymer stabilized palladium nanocatalysts

This paper reports the Donnan exclusion driven intermatrix synthesis (DEDIMS) of Pd polymer-stabilized metal nanocatalysts (PSMNCs) in an anion exchange resin as a novel heterogeneous catalyst for Suzuki cross-coupling reaction (SCCR). An average diameter of the obtained PSMNCs was around 35 nm and the catalytic performance was found to be proportional to the Pd content in the nanocomposite. Stability of the catalyst was evaluated within several reaction cycles.

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► The first successful application of Donnan exclusion driven intermatrix synthesis of Pd-nanocatalysts for Suzuki cross-coupling reaction in anion exchange resin as stabilizing matrix.
► The most favorable distribution for catalytic applications of nanocatalysts inside stabilizing polymer is obtained by using Donnan exclusion driven intermatrix synthesis technique.
► The polymer stabilyzed metal nanocatalysts synthesized are easily recoverable and give a good Suzuki cross-coupling reaction yield.
► A linear relation is observed between the reaction yield and Pd-nanocatalysts content in the polymer.