The invention relates to a hydrogenation combination method for producing high-quality kerosene. The hydrogenation combination method comprises the steps that firstly, under the condition of hydrogenation, biolipid and recycle hydrogen are mixed and pass through a hydrotreating reaction zone, the gas obtained by separating a hydrotreating generated material flow is recycled, the liquid obtained by separation, the raw kerosene and the recycle hydrogen are mixed and pass through a hydrofining reaction zone and then enter a hydro-upgrading reaction zone at least comprising hydrogenation catalysts with isomerization performance, and the liquid obtained by separating a hydro-upgrading generated material flow is continuously fractionated, thus obtaining naphtha and high-quality kerosene products, wherein in the reaction state, the hydrogenation active components of the hydrogenation catalysts used in the hydrotreating reaction zone are one or more of W, Mo, Ni and Co in the reduction state. Compared with the prior art, the method has the advantages that not only can the storage stability of the biolipid as fuel oil be effectively improved but also the high-quality jet fuel product can be directly produced.