The invention provides a multicore
palladium cluster compound for catalytically hydrolyzing
carbon disulfide and
carbonyl sulfide. The multicore
palladium cluster compound is an azacyclo- di-core
palladium (II) cluster compound and has the general formula of ([(N^N)2Pd2(NO3)2](NO3)2), wherein (N^N) represents a ligand and is one selected from
pyridine, dipyridine, alkylpyridine,
pyrroline and
phenanthroline. The invention further provides a preparation method for the multicore palladium cluster compound and an application of the multicore palladium cluster compound. The multicore organic-
metal cluster compound provided by the invention serves as a catalyst for removing
sulfur from the
carbon disulfide and the
carbonyl sulfide through
hydrolysis and is used for catalytically hydrolyzing the
carbon disulfide and the
carbonyl sulfide in a low-temperature (room-temperature)
aqueous solution in a high-efficiency manner so as to produce a
carbon dioxide and sulfidion (S<2->) bridged
intermediate product of a tri-core palladium cluster compound, and finally, the recycling of the catalyst is achieved through an oxidation-reduction reaction between concentrated
nitric acid and the tri-core palladium cluster compound.