Diols,such as ethylene glycol and propylene glycol,are extensively utilized as fuels and chemicals across industries due to their high market demand.However,the conventional production of diols from petroleum derivatives poses significant drawbacks including reliance on non-renewable raw materials and substantial environmental pollution.Therefore,the utilization of biomass-based green pathways for diols production is conducive to promoting sustainable development.This study comprehensively reviewed the current research progress on tungsten-based catalysts employed in the chemoselective production of diols from biomass as well as its derivatives(including cellulose,glucose,and fructose)in recent years,and provided a detailed overview of the catalyst structure,the reaction pathway,reaction mechanism,and catalyst stability.Building upon this,it anticipated the trajectory of catalytic synthesis of diols from biomass feedstocks,aiming to provide valuable insights for researchers in the related field.
维普
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