会议专题

Catastrophe Emergency and Rescue of Mine Belt Roadway Fire

The wide use of belt conveyors underground brought fire hazards to coal mine in its safe production. The thermal effect generated in the process of belt fire acting on the underground airflow will affect its stability seriously, the toxic substances and smog released from belt by heat can easily spread through the unstable ventilation system and cause casualty in large range. The belt fire develops quickly, if effective disposal measures are not adopted in early stage, the disaster is easily to expand. The influence of roadway relationship to fire was got by the analysis of belt fire hazard and fire developing speed. Applied Fluent to analyze the airflow stability under local short circuit conditions, the airflow disorder state and its impact parameters were clear. According to the traits of belt roadway fire, the basic elements of catastrophe emergency were analyzed, the emergency response organization in disaster was determined. The catastrophe emergency plan of belt roadway fire based on the actual situation could effectively guide the emergency rescue during the disaster. The emergency disposal measures studied was helpful to control fire in the initial stage;the setting of refuge chamber could enhance the effectiveness of site emergency and reliability of disaster avoiding so as to control the damage caused by belt fire.

belt roadway fire catastrophe emergency disaster avoiding refuge chamber

ZHANG Shengzhu XU Ming LIU Xingkui ZHANG Bo ZHANG Rui

Faculty of Resource and Safety Engineering, China University of Mining and Technology(Beijing), Beij School of Engineering & Technology, China University of Geosciences, Beijing 100083,China Tianjin Baosteel Northern Trading Co., Ltd, Tianjln 300308,China College of Resource and Environmental Engineering, Shandong University of Science and Technology, Qi

国际会议

The 2010 Chinese Seminar on the Principles of Safety Science and Technology(第二届全国安全科学理论研讨会)

北京

英文

454-460

2010-10-01(万方平台首次上网日期,不代表论文的发表时间)