The invention relates to nano
molybdenum sulfide and application of the nano
molybdenum sulfide as an efficient adsorbent for
uremia toxin. The technical problems that in the prior art, an adsorption material in a dialysate purification device capable of wearing an
artificial kidney is difficult to store, the adsorption efficiency is low, and the
biocompatibility is poor are solved. The nano
molybdenum sulfide has a two-dimensional ultrathin
nanosheet structure, a large number of defects exist on a
basal plane due to the interlayer spacing, and the
molybdenum disulfide with wide interlayer spacing and rich
lattice defects can be used as an efficient adsorbent for
uremia toxins. The invention reports that
molybdenum disulfide with wide interlayer spacing and rich
lattice defects is used for adsorbing
uremia toxins
urea,
creatinine and
uric acid for the first time. Compared with commercial MoS2,
activated carbon, narrow-interlayer-spacing MoS2 with
lattice defects and narrow-interlayer-spacing MoS2 without lattice defects, the dialysate purification material with high adsorbability,
high selectivity and high stability is obtained by analyzing and researching the adsorption performance of the material under different conditions (adsorbent dosage, adsorption time, temperature and the like).