Abstract: To study the application possibility of iron-based bimetallic MOF material for the degradation of halogenated benzoquinones in water，we successfully synthesized irontitanium bimetallic MOF material using a solvothermal method with isopropyl titanate，iron acetylacetonate，and 2-aminoterephthalic acid as raw materials. We characterized its structure and thermal properties，and disussed its removal rate of 2，6-dichloro-1，4-benzoquinone. The results showed that when the initial concentration of DCBQ was 1. 8 mg/L，the amount of （Fe∶Ti = 0. 6∶2. 0） bimetallic MOF material was 30 mg，and the amount of 3% hydrogen peroxide was 1 mL， the optimal degradation rate was 98. 58%. The results demonstrate that iron-titanium bimetallic MOF has a good effect on the degradation of halogenated benzoquinones in drinking water，and the effect of hydrogen peroxide is better.

Key words: bimetal MOFs, solvothermal method, Fenton-like, halogenated benzoquinones