Internet Web-Based Information System for Scrap Vehicle Disposal in Taiwan

The scrap vehicle recycling program was formally initiated in 1995 when the illegal dumping issues of scrap tires and cars turn out to be intolerable in the society of Taiwan. The inherent complexity of such a recycling program, however, by integrating many public and private sectors that functions as a whole from the collection, storage, transport, treatment, and the disposal of scrape vehicles, makes the entire managerial efficiency hard to be maintained. Therefore, the state-of-the-art information technology via the use of the Internet platform becomes an indispensable tool to present a good communication mechanism, to provide the essential information sharing between all users and agencies, and to end up with improving the overall managerial efficiency. The idea using advanced web database along with geographical information system to help general public to dump their scrap vehicles smoothly and to make governmental agency control the disposal procedure easily could be one of the best solutions from the long-term environmental management perspective. This paper, representing contemporary progress of environmental management skill performed by the Foundation for Reduction, Reuse and Recovery, sponsored by the Environmental Protection Administration (EPA) in Taiwan, is designed to illustrate how to build up such a system, as named by the Scrap Vehicles Recycling Program Information System (SVRPIMS) in order to meet the requirement from both supply and demand sides of scrap vehicles disposal. Experience gained in this study indicates that the SVRPIMS successfully integrates the Coldfusion^® and Mapguide^® software engineering technologies on the World Wide Web (WWW) platform. After actual implementation in 1999, it proved that communication between users and agencies at various levels in the recycling program became much easier through instant information retrieval and analysis via such a system. Besides, SVRPIMS also provides two decision-support functionalities to assist in automatic search for the most appropriate dumping site for the users and to perform possible trading of spare parts for the recyclers through a logistic optimization analysis.