The execution duration of this project is from October 14th, 2015 to October 13th, 2016. The final results of this project were separately introduced as the following: I).To better understand the environmental effects of volatile organic compounds (VOCs) emitted from the Offshore Industrial Park, this project integrated the monitoring results of 54 VOC species from ten air quality monitoring stations for special industrial area with the simulation results by the total air pollution model (TAPM) to characterize the effects of ambient ozone formation. The increment amounts of monthly ozone attributing to the concentrations of alkenes, alkenes, alkynes, aromatics at the ten stations were estimated by the approach of maximum incremental reactivity (MIR). The concentration contours of alkenes, alkenes, alkynes, aromatics, and ozone from November 2015 to September 2016 were drew respectively using the results of monitoring and modeling. The causes of high ozone and VOC concentrations at each location were described in detail. II). Updating and maintaining the central monitoring database integration system of the Offshore Industrial Park. Base on the different properties of each database, different frequency of regular updating are applied. Moreover, proactive notification function has been built up in the central monitoring system. And in the central monitoring system functional expansion, build proactive notification platform capabilities (air quality, excess of meteorological stations, CEMS and FLARE flow). III). Assist in emergency incidents occurring in the Offshore Industrial Park We have assisted in emergency response in the Offshore Industrial Park for seven times, including reporting back related information and writing press releases, namely on October (two incident), November (two incidents), February (one incidents), April (one incident) and May (one incidents). We aid EPA to grasp the relevant information and control the on-site conditions in the emergency response process. IV). Building and installing a digital LED billboard for campus: In order to offer greater convenience to citizens, we had erected a 43-inch digital LED billboard for teachers and students to check the real-time air quality information (PSI, SO2, CO, PM, etc., and the standard value). V). Providing education and technical training of existing air pollutants check The first training session of this project was held on February 25th, 2016. The purpose of this training was to introduce the operation of "emergency response system”, under the framework of the environmental monitoring system of offshore island industrial zone. Via the system, information and state of the plants can be controlled quickly during an emergency. The second training session was held on September 22th, 2016. In this session, the topic is about "Evaluation of the Air Pollution Model (TAPM) with Ozone Pollution Episode Monitoring in the Offshore Industrial Park.”

Offshore Industrial Park, Information Integration, Ozone, The Air Pollution Model (TAPM), Industrial Source Complex Short-Term Dispersion Model (ISCST3).