Elimination of volatile organic compounds (VOCs) in the e-waste dismantling industry by an integration technique of spray tower-electrostatic precipitation-photocatalysis was conducted to investigate its application possibility for reducing formation of O₃ and secondary organic aerosols (SOAs) as well as exposure risk. Results revealed the average 5.4 × 10² μg m⁻³ of VOCs with the top two groups being aromatic hydrocarbons (AHs, 55.93%) and halogenated hydrocarbons (HHs, 33.33%), contributing to 1.3 × 10³ and 3.0 × 10⁴ μg m⁻³ of the O₃ and SOA (OFP and SOAFP) formation potential, respectively. Furthermore, 86.47% of OFP and 99.87% of SOAFP were ascribed to AHs, in which toluene ranked first (35.30% and 48.07%). The highest removal efficiency (76.92%) for VOCs by the integrated technique resulted in excellent prevention efficiencies of OFP (71.54%) and SOAFP (80.62%). Occupational cancer risk assessment found that HHs (62.63%) and AHs (36.93%) were the top two contributors. After the treatment by the integrated technique, 55.44% of the total risk index was reduced with the accumulation of few low-concentrated and more toxic AHs (e.g. 6.6 μg m⁻³ benzene on average). All results suggest that controlling AH and HH emissions from the e-waste dismantling source could efficiently prevent atmospheric secondary pollution and human exposure risk to industrial emission.

通过喷雾塔-静电沉淀-光催化一体化技术，消除了电子垃圾处理行业中的挥发性有机化合物（VOCs），以研究其在减少O ₃和二次有机气溶胶（SOA）形成中的应用可能性。暴露风险。结果显示平均5.4×10 ² 微克米^-3的VOC与顶部的两个基团芳族烃（AHS，55.93％）和卤代烃（HHS，33.33％），有助于1.3×10 ³和3.0×10 ⁴ 微克O _3的m ^-3和SOA（OFP和SOAFP）的形成潜力。此外，AH占86.47％，SOAFP占99.87％，其中甲苯居首位（分别为35.30％和48.07％）。集成技术对VOC的最高去除效率（76.92％）使得OFP（71.54％）和SOAFP（80.62％）的预防效率极高。职业癌症风险评估发现，HH（62.63％）和AH（36.93％）是最重要的两个因素。通过综合技术治疗后，总的风险指数降低了55.44％，同时积累了少量低浓度和毒性更大的AH（例如6.6μgm ^-3）苯）。所有结果表明，控制电子废物拆解源中的AH和HH排放可以有效防止大气中的二次污染和人类暴露于工业排放的风险。