| Abstract 
              -- The treatment of pollution from incidents involving 
              toxic substances is usually one of the most difficult tasks among 
              the post-incident tasks. The treatment must be prompt and allowed 
              no delay to reduce the impact on the nearby environment. In the 
              past, the task is usually delayed owing to lack of clear indicators 
              and methods of treatment, and/or the company with incident lack 
              of the capability to complete the task of post-incident pollution 
              treatment. The Environmental Protection Administration has contracted the EPA/NKFUST 
              Southern Center for Emergency Response of Toxic Substance (ENSERTS) 
              the project “The Study of Post-Incident Environmental Pollution 
              Prevention Planning and Action Mechanism – Toxic Substance Treatment 
              Technology” for the purpose of improve and enforce the post-incident 
              environmental pollution treatment tasks. The project first established 
              an incident classification method based on the operation and potential 
              incident types of toxic substance. The project then goes on to establish 
              standard operation procedures for post-incident environmental pollution 
              prevention actions and clean-up indicators for toxic substances 
              with slow toxicity and slow decomposition rate.
 The project has completed on schedule. The tasks completed in this 
              final report include: established incident classification method, 
              established standard operation procedures of post-incident environmental 
              pollution prevention actions for nine toxic substances: dichlorobenzidine, 
              acrylonitrile, benzene, carbon tetrachloride, chloroform, dibromoethane, 
              ethylene oxide,tetrachloroethylene, trichloroethylene. The indicators 
              for treatment of post-incident pollutions for these nine compounds 
              were also established. The report also included three real incidents 
              from the ENSERTS and two incident from the literature to support 
              and verify the procedures established in this project. On November 
              2002, three Workshops were also held at northern, central, and southern 
              Taiwan districts for demonstrating the use of the standard operating 
              procedures. Various comments on the standard operating procedures 
              were received and included in the final version of the report. Finally, 
              the report included a section on the role of current incident prevention 
              planning for local government. Recommendations were made such that 
              future post-incident environmental pollution prevention actions 
              can be improved.
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