Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Intelligent safe storage device and method for hazardous waste of coal-fired power plant
The invention discloses an intelligent safe storage device and method for hazardous waste of a coal-fired power plant. The intelligent safe storage device comprises a storage unit and an intelligent safety management and control unit, the storage unit comprises a gate, a waste oil storage area, other hazardous waste storage areas, a waste denitration catalyst storage area and a waste lead-acid storage battery storage area, and classified storage of the hazardous waste is achieved through a passage, a partition retaining wall and a waste liquid guiding and discharging collection channel; and agas component monitoring device, an infrared thermal inductance monitoring device, an image recognition device and a smoke sensing alarm device in the intelligent safety management and control unit are data information acquisition modules and are used for integration comparative analysis of data information, and a fire-fighting spraying system, a ventilation and gas purification device and a fire-fighting sand fire-extinguishing system are intelligent safety operation modules, so that conventional safety disposal and emergency safety disposal of any area in the storage unit are realized. According to the intelligent safe storage device and method, intelligent inspection and intelligent emergency response of the hazardous waste storage device of the coal-fired power plant are realized, so that the storage safety of the hazardous waste of the coal-fired power plant is guaranteed.
本发明公开了一种燃煤电厂危险废物智能安全存储装置及方法，包括存储单元和智能安全管控单元，存储单元包括大门、废油贮存区、其他危废贮存区、废脱硝催化剂贮存区和废铅酸蓄电池贮存区，并通过过道、分区挡墙和废液导排收集渠实现危险废物的分类贮存；智能安全管控单元中气体成分监测装置、红外线热感监测装置、图像识别装置和烟感报警装置为数据信息采集模块，用于数据信息的整合比对分析，而消防喷淋系统、通风及气体净化装置和消防沙灭火系统为智能安全操作模块，实现存储单元内任意区域的常规安全处置和应急安全处置。本发明实现了燃煤电厂危险废物存储装置的巡检智能化和应急响应智能化，从而保障了燃煤电厂危险废物的存储安全。
Intelligent safe storage device and method for hazardous waste of coal-fired power plant
The invention discloses an intelligent safe storage device and method for hazardous waste of a coal-fired power plant. The intelligent safe storage device comprises a storage unit and an intelligent safety management and control unit, the storage unit comprises a gate, a waste oil storage area, other hazardous waste storage areas, a waste denitration catalyst storage area and a waste lead-acid storage battery storage area, and classified storage of the hazardous waste is achieved through a passage, a partition retaining wall and a waste liquid guiding and discharging collection channel; and agas component monitoring device, an infrared thermal inductance monitoring device, an image recognition device and a smoke sensing alarm device in the intelligent safety management and control unit are data information acquisition modules and are used for integration comparative analysis of data information, and a fire-fighting spraying system, a ventilation and gas purification device and a fire-fighting sand fire-extinguishing system are intelligent safety operation modules, so that conventional safety disposal and emergency safety disposal of any area in the storage unit are realized. According to the intelligent safe storage device and method, intelligent inspection and intelligent emergency response of the hazardous waste storage device of the coal-fired power plant are realized, so that the storage safety of the hazardous waste of the coal-fired power plant is guaranteed.
本发明公开了一种燃煤电厂危险废物智能安全存储装置及方法，包括存储单元和智能安全管控单元，存储单元包括大门、废油贮存区、其他危废贮存区、废脱硝催化剂贮存区和废铅酸蓄电池贮存区，并通过过道、分区挡墙和废液导排收集渠实现危险废物的分类贮存；智能安全管控单元中气体成分监测装置、红外线热感监测装置、图像识别装置和烟感报警装置为数据信息采集模块，用于数据信息的整合比对分析，而消防喷淋系统、通风及气体净化装置和消防沙灭火系统为智能安全操作模块，实现存储单元内任意区域的常规安全处置和应急安全处置。本发明实现了燃煤电厂危险废物存储装置的巡检智能化和应急响应智能化，从而保障了燃煤电厂危险废物的存储安全。
Intelligent safe storage device and method for hazardous waste of coal-fired power plant
一种燃煤电厂危险废物智能安全存储装置及方法
JIANG JIANPING (Autor:in) / ZHU YUE (Autor:in) / LI CHAO (Autor:in) / WANG FENGJI (Autor:in) / ZHANG YANG (Autor:in) / WEI HONGGE (Autor:in) / DU ZHEN (Autor:in) / TANG GUORUI (Autor:in) / JIN YINJIA (Autor:in) / PAN YANYAN (Autor:in)
01.12.2020
Patent
Elektronische Ressource
Chinesisch
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