Objective To establish a convenient and efficient method to detect Environmental endocrine disruptors (EDCs) in atmospheric particulate matter. Methods Atmospheric total suspended particles (TSP) was sampled through glass fiber filter paper in a medium-flow TSP sampler at a flow rate  of 100L/min for 2 hours. The filter paper sample was then subjected to the treatments as follows: (1) The samples were extracted with acetone and dichloromethane (3:2,v/v) from glass fiber filter paper. (2) Ultrasonic cleaning for 30 minutes. (3) Centrifugation at 2,500r/min for 20 minutes. (4) The supernatant was dried out in water baths at 55℃, and then acetonitrile was added to make the volume constant. Chromatographic condition was : HPLC-FLD ( λ_ex=275nm，λ_em=312nm) . Results The content of OP, NP and BPA in the standard series showed a good linear relationship with their respective peak areas, and all the correlation coefficients were greater than 0.99. The detection limits for BPA, OP, NP were 9.80 ng/ml, 5.60 ng/ml, and 5.30 ng/ml, respectively, and the recoveries were 92.10%~127.00%, 83.90%~97.40%, and 83.70%~101.20%, respectively. The RSD for the inter-and intra-day was less than 5%. Conclusion The method was simple, rapid, and accurate, which could be used for the detection of environmental endocrine disruptors in atmospheric particulate matter.