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南海・南海地震発生時には地震に伴う揺れと津波の発生が想定されるわが国の大都市では水道水源を河川に求めている例が多いが地震に伴う津波の遡上により取水停止と取水停止に伴う浄水処理の停止を余儀なくされる可能性があるこのことから筆者らは前報で浄水処理停止による浄水処理性能への影響を溶存酸素やアンモニア態窒素を指標にして実験的に検証した本稿では前報に引き続き東南海・南海地震における浄水場のリスクを評価するために主要な浄水処理プロセスであるろ過池沈澱池を模型により再現し振動台を用いて地震動が浄水処理機能に与える影響について実験的に把握したWater supply system is one of the most important infrastructures as a key lifeline which supplies tap water for drinking and city activities. Even if incase of disaster, it has a important mission such as emergency water supply and supplying water for fire-fighting and medical use. On the other hand, there are several risks such as Tonankai-Nankai earthquakes. Restarting water treatment as soon as possible contributes to minimizing social influence of disaster. Such a situation is considered, we estimate the influence on water treatment by seismic motion, and discuss the recovery strategy from the view point of Business Continuity Plan

REPORT ON RISK OF SHUTDOWN OF WATER PURIFICATION PLANT CAUSED BY TOHNANKAI NANKAI EARTHQUARKE TSUNAMI SURGE(Part2)