Jieyang Maritime Safety Administration conducted comprehensive emergency drill

20/Apr/2021

At present, our city is about to enter the flood season. In order to improve the flood disaster prevention and water emergency response capabilities, the Jieyang Maritime Safety Administration has organized and carried out three flood season water emergency emergency comprehensive drills, covering the Rongjiang Nanbeihe and Huilai coastal areas.

It is reported that in this comprehensive emergency drill, the Jieyang Maritime Safety Administration, based on the hidden dangers and weaknesses of water traffic safety in flood seasons in the districts of our city, scientifically formulated drill plans and refined drill scripts, respectively, in accordance with the actual conditions of the Rongjiang Nanbeihe and Huilai coastal areas. Scientifically set up 3 actual combat drill scenes, including emergency flood prevention of Huilai coastal water conservancy project, emergency rescue of Rongjiang Nanhe ferry, and emergency treatment of flood prevention and pollution prevention of Rongjiang Beihe. The content covers emergency situations such as ship out of control, personnel in distress, and fuel leakage disposal by using oil booms and oil absorbent pads. During the exercise, the exercises were completed in an orderly, scientific and professional, safe and smooth manner by adopting methods such as remote intelligent command, online comprehensive coordination, and on-site emergency response. After the exercise, each exercise team also conducted comments and summaries separately, and carefully analyzed the good practices and shortcomings in the exercise. Through the exercises, the rationality and feasibility of various emergency plans for water traffic safety were effectively tested, the awareness of flood prevention and disaster relief of relevant wading units was enhanced, the coordination ability and response skills of rescue teams were exercised, and the coordination and cooperation between ships and personnel of water emergency response were further improved. 



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