Invited speakers:
          Lu Shize,Atmospheric Division,Ministry of Environment Protection of the People’s Republic of China, China 's Atmospheric Environment Situation and Control Countermeasures
          EVARTS, Dale , U.S.EPA/OAQPS, U.S. Air Quality: Current Trends and Key Lessons
          Academician Jiming HAO,Tsinghua University, Scientific Innovation Continues to Promote China 's Air Pollution Control
          Academician Hou Li’an,The Second Artillery Engineering Design and Research Institute, Suggestions on Prevention and Control of Air Pollution in Indoor and Typical Industrial Plants in China
          CARMICHAEL, Greg,University of Iowa, Improving Air Quality (and Weather) Predictions using Advanced Data Assimilation Techniques Applied to Coupled Models
          Academician Zhang yuanhang,Beijing University,TBD
          Chai Fahe,Chinese Research Academy of Environmental Science, Scientific Control of Air Pollution in China 
          He Hong,Research Center for Eco-Environmental science,Chinese Academy of Sciences, Heterogeneous reaction mechanism of secondary aerosol formation
          Catherine Witherspoon, Senior Project Officer, Consultant of ClimateWorks Foundation, Air Quality Attainment Experiences in California
          Shao Min,Beijing University, TBD
          JANG Carey,U.S.EPA, Recent Development of Air Benefit and Cost and Attainment Assessment System (ABaCAS)
          Wang Shuxiao, Tsinghua University, Air Quality Standard and Its Health Benefit Analysis in Beijing - Tianjin - Hebei Region
          HANNA, Adel, University of North Carolina, CMAS Advanced Modeling and Analysis Tools; Supporting the Community at Large
          CHIANG, Pen-Chi , National Taiwan University, Development and Implementation of Integrated Ambient Air Quality Management Plans in Taiwan
          Chen Jianmin,Fudan University,TBD
          Wang Zifa,Institute of Atmospheric Physics,Chinese Academy of Sciences, Evaluation Method of Regional High Accuracy Atmospheric Environmental Carrying Capacity Model and Evaluation of Emergency Control Plan
          MATHUR, Rohit , U.S. EPA/ORD, Modeling the Influence of Hemispheric Transport on Trends in Tropospheric O3 Distributions
          Cheng Shuiyuan , College of Environmental and Energy Engineering, Beijing University of Technology, Study on New Method of Continuous Improvement of Air Quality and Optimization of Pollution Source Emission Reduction in Typical Area of Beijing, Tianjin and Hebei
          Gao Xiang,Zhejiang University, Management Technology and Cost Evaluation of Coal - fired Flue Gas Pollutants
          FU Joshua, The University of Tennessee, New development of the multi-pollutant abatement in coal-fired power sector in China
          Chen Changhong,Shanghai Academy of Environmental Sciences,TBD
          LIN Jerry , Lamar University, Application of ABaCAS in the Ozone Non-Attainment Areas, Texas, USA
          Tonny Xie, CAAC, Bluetech technology assessment and demonstration
          Zhu Tong,Beijing University, Health Effects of Air Pollution in China: Risk, Association, Mechanisms, and Exposure Metrics
          Bi Jun,Nanjing University, Monetized Wellbeing Losses from Ambient PM2.5 Pollution in China
          Zheng Mei,Beijing University, Sources of Fine Particles during Winter Haze Pollution in Beijing
          Fu Qingyan,Shanghai Environmental Monitoring Center, Progress and Application of Rapid Source Analysis Technology for Particulate Matter in Shanghai
          LAI Hsin-Chih, Chang Jung Christian University, Taiwan, PM2.5-Related Benefit Analysis by Emission Reduction of Air Pollutants in Taiwan
          Zhu Yun, South China University of Technology, Application of ABaCAS to Support Source Contribution Analysis and Air Quality Attainment Planning in PRD China
          WOO, Jung-Hun - Konkuk University, Co-benefits Analysis for Fine Particle Pollution in Korea
          WANG, Jiandong ,Max-Planck Institute Chemistry, Germany, The pathway of aerosol direct effects impact on air quality and its health impact
          Lv Xiaoming, Guangdong Province Environmental Monitoring Center, Study on the Improvement of Air Quality in the Pearl River Delta and Its Main Supporting Technology
          Savitri Garivait , JGSEE/KMUT, Air Quality Benefit from Implementation of Advanced Energy Policy in transport sector in the Bangkok Metropolitan Region, Thailand
          Chen Junhui,Sichuan Academy of Environmental Sciences, TBD
          Li Jiaming, Guangdong Provincial Environmental Information Center, Based on large data of Guangdong Province air pollution source emissions list update: 2015 multi-source multi-dimensional data integration analysis and verification
          Xing Jia, Tsinghua University, TBD
          Li Li,Shanghai Academy of Environmental Sciences, Numerical Simulation of Ozone Pollution Characteristics and Sources in Yangtze River
          Lei Yu,Chinese Academy of Environmental Planning, Prospect of Urban Air Quality Management in China
          BIONA, Jose Bienvenido Manny , De La Salle University, Updates on the Application of ABACAS in Sustainable Transport and air Quality Planning in Metro Manil
          Bao Cunkuan, Fudan University, Air Pollution and Carbon Reduction and Coordination Policy Tools - Based on Strategic Environmental Assessment
大会特邀报告:
          逯世泽处长,大气司,中华人民共和国环保部,中国大气环境形势与控制对策
          EVARTS, Dale , 美国环保署/OAQPS,美国空气的现状和经验
          郝吉明院士,清华大学,科学创新持续推动中国大气污染防治
          侯立安院士,第二炮兵工程设计研究院,我国室内和典型工业厂区空气污染防控对策建议
          CARMICHAEL, Greg,美国爱荷华大学,应用耦合模型的高级数据同化技术来改善空气质量(天气)预测 
          张远航院士,北京大学, 题目待定
          柴发合,中国环境科学研究院,我国大气污染的科学防治
          贺泓,中国科学院生态研究中心,二次气溶胶生成的非均相反应机制
          Catherine Witherspoon 女士,气候工作基金会高级项目官,空气污染治理成本效益分析
          邵敏,北京大学, 题目待定
          JANG Carey,美国环保署,空气污染控制费效及达标评估系统(ABaCAS)最新进展
          王书肖, 清华大学,京津冀地区空气质量达标途径及其健康效益分析
          HANNA, Adel, 北卡罗来纳大学,CMAS高级建模与分析工具:支持大范围
          蒋本基,国立台湾大学,台湾综合环境空气质量管理计划的制定与实施
          陈建民,复旦大学,题目待定
          王自发,中科院大气物理所,区域高精度大气环境承载力模式测算方法及应急控制方案评估
          MATHUR, Rohit , 美国环保署/ORD,模拟半球运输对对流层O3分布趋势的影响
          程水源 北京工业大学环境与能源工程学院,京津冀典型区域空气质量持续改进和污染源优化减排新技术方法研究
          高翔,浙江大学,燃煤烟气污染物治理技术及费效评估
          FU Joshua, 田纳西大学,中国燃煤电力部门多重污染减排的新发展
          陈长虹,上海市环境科学研究院,题目待定
          LIN Jerry , 拉马尔大学,ABaCAS在美国德克萨斯州臭氧未达标区域的应用
          解洪兴,中国清洁空气联盟秘书处,创蓝技术评估与示范平台
          朱彤,北京大学,中国空气污染对健康的影响:风险,协同,机制和暴露指标
          毕军 南京大学,中国PM2.5归因幸福感损失的价值评估:2004-2013
          郑玫,北京大学,北京冬季霾污染细颗粒的来源
          伏晴艳,上海市环境监测中心,上海市颗粒物快速源解析技术进展和应用
          LAI Hsin-Chih, 台湾昌荣基督教大学,台湾空气污染物减排PM2.5相关利益分析
          朱云, 华南理工大学,空气质量费效及达标规划系统在中国珠三角污染源贡献分析及空气质量达标规划编制应用
          WOO, Jung-Hun -神户大学,韩国细颗粒污染共同效益分析
          王建栋, 德国马克斯普朗克化学研究所,气溶胶影响空气质量及健康的途径
          吕小明,广东省环境监测中心,珠三角区域空气质量改善情况及主要支撑技术研究
          Savitri Garivait , JGSEE/KMUTT,空气质量改善得益于泰国曼谷大都会区运输部门执行先进的能源政策
          陈军辉,四川省环境保护科学研究院,题目待定
          黎嘉明,副主任/教授级高工 广东省环境信息中,基于大数据的广东省大气污染源排放清单更新:2015年多源多维数据集成分析验证
          邢佳, 清华大学,题目待定
          李莉,上海市环境科学研究院,长三角地区臭氧污染特征及来源的数值模拟
          雷宇,环境规划院,中国城市空气质量达标管理的展望
          BIONA, Jose Bienvenido Manny , 德拉萨勒大学,ABaCAS在马尼拉大都会可持续交通和空气质量计划中的应用
          包存宽, 复旦大学,大气污染与碳减排协同治理政策工具——基于战略环境评价的分析