Three zeolite materials (HY, H beta, and HZSM-5) and two mesoporous Solids (all-silica MCM-41 and: active Al2O3) with different textural properties were investigated for their catalytic effects on the pyrolysis of brominated acryionitrile-butadiene-styrene (Br-ABS). The results indicated that, in the absence of a catalyst, the maximum liquid yield was obtained from the pyrolysis of Br-ABS) including oil and wax. The addition of HY and H beta zeolites significantly decreased the oil yield from 63.6 to 45 and 44.3 wt %, respectively; with a corresponding increase in the yields of wax and gas. HZSM-5 zeolite slightly changed the product distribution and increased the gas yield at the expense Of wax. Noteworthy, the mesoporous catalyst of all-silica MCM-41 retained the oil production while significantly reduced the wax yield to 7.9 wt %. In terms of the composition of the oils, the catalysts could promote the formation of valuable single-ring aromatics in oils. Moreover, the catalysts exhibited pronounced debromination efficiency, especially the zeolites, which could achieve the removal of bromine in oils by over 50% compared to thermal pyrolysis. The results indicated that the product distributions of Br-ABS had interrelationship with the textural properties of catalysts.