NOVELTY - Hydrogenation method of high-quality kerosene involves provding biological or oils as a raw material oil, secondary processing kerosene of secondaruy feedstock, operating under hydrotreating conditions, filling hydrogenation reactor with a hydrogenation catalyst, separating primary hydrogenation reaction zone effluent into gas phase and liquid phase, recycling tertiary reaction zone of reactor effluent gas, separating tertiary reaction zone effluent of reaction liquid by distillation, and obtaining naphtha, kerosene and distillate.    USE - Hydrogenation method of high-quality kerosene (claimed).    ADVANTAGE - The hydrogenation method of high-quality kerosene is efficiently enabled with improved storage stability.    DETAILED DESCRIPTION - Hydrogenation method of high-quality kerosene involves provding biological or oils as a raw material oil, secondary processing kerosene of secondaruy feedstock, operating under hydrotreating conditions, performing primary raw oil hydrogenation reactor through the reaction zone, filling hydrogenation reactor with a hydrogenation catalyst, performing bio-oil and hydrogen by primary hydrogenation reactor under operating temperatures, performing temperature through a hydrogenation reactor temperature, separating primary hydrogenation reaction zone effluent into a gas phase and a liquid phase, performing gas dehydration recycled post-processing, operating under hydrotreating conditions, separating the liquid and the obtained secondary raw oil under hydrogenation conditions in the hydrotreating catalyst by loading the secondary reaction zone, performing under hydrogenation conditions to continue into hydroupgrading catalyst containing tertiary reaction zone, recycling tertiary reaction zone of reactor effluent gas, separating tertiary reaction zone effluent of reaction liquid by distillation, and obtaining naphtha, kerosene and distillate. The hydrogenation activity of the catalyst component is platinum and/or palladium in reduced state.