Direct coal liquefaction (DCL) oil is known for the production of aromatic hydrocarbon because of the large amount of cyclic compounds with a high aromatic content. In this work, naphtha from the DCL oil was used as raw material and the hydroreforming experiments were carried out in a small continuous fixed-bed reactor for the production of aromatics. The results show that the n-alkane isomerization reaction occurred and naphthenics were converted to aromatics via dehydrogenation and aromatization during the process of hydroreforming. The yield of C1C4 hydrocarbon gas was 6.03%, and the yield of hydrogen was 3.6%. The aromatic content reached 83.2% with 61.3% of C6C8 after reforming, which is a better raw material to extract benzene, toluene, ethylbenzene, and xylenes. It is found that the naphtha distillation range also affected the composition and yield of aromatic hydrocarbons and the appropriate temperature range was 60-160 degrees C. According to the experimental results, the technical route to produce aromatic hydrocarbon from DCL oil naphtha was also proposed.