| 英文摘要 |
Control of stationary sources of air pollution has being the main focus of our environmental protection policies. In order to improve the decentralized situation of the related information management systems so as to reach the purpose of both single system management and integrated information application, this project builds an integrated information management system for control of stationary sources of air pollution. The following task has been fulfilled. An integrated platform has been established with a unified portal provided. Development of the integrated system has been oriented by user business functions. Authorization of the system functions and data useage depends mainly on user roles. Information regarding permission control, reported air pollution fee, reported air pollution emissions, environmental impact assessment, total amount control, construction and oven source, and data of greenhouse gas emissions has been integrated. A Google-map searching engine has been provided to strengthen application and search functions of these data. Functions such as personnel management, commissioned project management, meeting or activity information management, management of supporting data for performance evaluation, web-based performance evaluation, user communication, etc. have been developed and provided for use on-line after various testing finished. The system serves as a platform for the Environment Protection Department to understand and supervise the work of the Environment Protection Agency. To tie in with new policy development,a single reporting system to integrate both air pollution emmisions and air pollution fee has been established. The integrated reporting system links with permission control information, SCC code, inspection data and monitoring data for comparison. Bases for estimating the amount of air pollution emissions and air pollution fees are consistent. Procedures for reporting of air pollution emmisions, air pollution fees and by industry category are completed automaticly. Repeated reporting or reviewing is avoided. Errorproof feature is embeded in the system to avoid user input errors and to facilitate the review work. The future project will focus on functions for data application, linking and examination to enable the system to be an emissions information management center for vendors, a common platform and operation center for all the reviewing orgnization, and a decision-making support center for all levels of environmental protection authorities.
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