The scope of this project is collected about the information about PM2.5, and evaluated the effectiveness of the Environmental Protection Bureaus (EPBs) in conducting air pollution control work. In addition, this project proposed the control strategies for local SIP projects to improve the utilization of their air pollution fee. This project in terms of analysing of the pollution control effectiveness, according to which administrative regions and air pollution fees are divided into four groups, including the Stationary Pollution Source Installation, Operating Permit system, the stricter standards for electric power industry, the steel industry, the inspection/maintenance program for diesel trucks and motorcycles, the open burning control, the control of fugitive dust from riverbank, the construction dust controls and the management of the air quality purification area. In terms of monitoring domestic PM2.5 and analysing the result of the pollution-related, we've collected the six years projects about atmospheric sample, data analysis and composition of flue fingerprint data. It offers reference to local government and institution of research, which analysis for PM2.5 mass and composition in the specific region , doing some work about sampling is required by data inspection. That way, it will enhance the quality of the data. Conferences were held for comments exchange between local EPBs and EPA, and to receive recommendations from the air pollution control technology committees. The Auditing Rules for the Effectiveness of Local EPBs in 2015 is to strengthen the EPB’s air pollution control performance through combining and simplifying the audit indicators. The new emphasis in auditing the local air quality management plans will require the implementation and planning PM2.5 control strategies and emissions management to be included in the content. This year we have upgraded the “SIP Audit Information System” with the ASP.NET program language and planned the revision steps and its protocol to facilitate for the addition and expansion. In addition, we added new content and functions to the system in order to improve its effectiveness for the uses.

PM2.5, Reduction Measure, Control Measure