Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Pipe network system for dispatching, recycling and reusing experimental water and water resource dispatching method
The invention provides an efficient and energy-saving experimental water scheduling and recycling pipe network system and a water resource scheduling method, and the pipe network system respectively schedules water supply for an office building, a water supply equipment laboratory, a water pump experimental building, a sewage treatment equipment laboratory, a sewage lifting pump station laboratory and a water purification equipment laboratory. Comprising a first water source pipeline, a second water source pipeline, a third water source pipeline, a water supply pipeline, a first sewage pipeline, a mixing pipeline, a third sewage pipeline, a rainwater pipeline, a water supplementing pipeline, a fourth sewage pipeline, a clean water pipeline, a fifth sewage pipeline, a sixth sewage pipeline, a lifting pipeline and a reclaimed water pipeline. According to the invention, water resources are recycled, so that the demand on a fresh water source is reduced, and the energy consumption required for extracting, transporting and treating the fresh water source is reduced; water resources are recycled, meanwhile, the amount of wastewater needing to be treated is reduced, and energy consumption in the wastewater treatment process is reduced; distribution and utilization of water resources are dispatched and optimized according to actual requirements, the flow of water is controlled, and unnecessary energy waste is avoided.
本发明提供一种高效节能实验用水调度回收再利用的管网系统及水资源调度方法，管网系统分别为办公楼、供水设备实验室、水泵实验楼、污水处理设备实验室、污水提升泵站实验室和净水设备实验室调度供水，包括水源管道一、水源管道二、水源管道三、供水管道、污水管道一、混合管道、污水管道三、雨水管道、补水管道、污水管道四、净水管道、污水管道五、污水管道六、提升管道、中水管道；本发明通过循环利用水资源，减少了对新鲜水源的需求，降低了抽取、运输和处理新鲜水源所需的能源消耗；循环利用水资源同时减少了需要处理的废水量，降低了废水处理过程中的能源消耗；根据实际需求调度优化水资源的分配和利用，控制水的流量，避免不必要的能源浪费。
Pipe network system for dispatching, recycling and reusing experimental water and water resource dispatching method
The invention provides an efficient and energy-saving experimental water scheduling and recycling pipe network system and a water resource scheduling method, and the pipe network system respectively schedules water supply for an office building, a water supply equipment laboratory, a water pump experimental building, a sewage treatment equipment laboratory, a sewage lifting pump station laboratory and a water purification equipment laboratory. Comprising a first water source pipeline, a second water source pipeline, a third water source pipeline, a water supply pipeline, a first sewage pipeline, a mixing pipeline, a third sewage pipeline, a rainwater pipeline, a water supplementing pipeline, a fourth sewage pipeline, a clean water pipeline, a fifth sewage pipeline, a sixth sewage pipeline, a lifting pipeline and a reclaimed water pipeline. According to the invention, water resources are recycled, so that the demand on a fresh water source is reduced, and the energy consumption required for extracting, transporting and treating the fresh water source is reduced; water resources are recycled, meanwhile, the amount of wastewater needing to be treated is reduced, and energy consumption in the wastewater treatment process is reduced; distribution and utilization of water resources are dispatched and optimized according to actual requirements, the flow of water is controlled, and unnecessary energy waste is avoided.
本发明提供一种高效节能实验用水调度回收再利用的管网系统及水资源调度方法，管网系统分别为办公楼、供水设备实验室、水泵实验楼、污水处理设备实验室、污水提升泵站实验室和净水设备实验室调度供水，包括水源管道一、水源管道二、水源管道三、供水管道、污水管道一、混合管道、污水管道三、雨水管道、补水管道、污水管道四、净水管道、污水管道五、污水管道六、提升管道、中水管道；本发明通过循环利用水资源，减少了对新鲜水源的需求，降低了抽取、运输和处理新鲜水源所需的能源消耗；循环利用水资源同时减少了需要处理的废水量，降低了废水处理过程中的能源消耗；根据实际需求调度优化水资源的分配和利用，控制水的流量，避免不必要的能源浪费。
Pipe network system for dispatching, recycling and reusing experimental water and water resource dispatching method
一种实验用水调度回收再利用的管网系统及水资源调度方法
YANG LEI (Autor:in) / LI FANGYU (Autor:in) / ZHAO JIANG (Autor:in) / CHEN ZHIQIANG (Autor:in) / SUN BIN (Autor:in) / CHENG QIANG (Autor:in) / LIAN ZHAOBIN (Autor:in)
13.12.2024
Patent
Elektronische Ressource
Chinesisch
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