Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Water supply plant regulation, storage and pressurization unpowered control energy-saving system
The invention relates to a water supply plant regulation, storage and pressurization unpowered control energy-saving system. A filter tank is connected with a disinfection tank through a disinfection tank water inlet pipe, the disinfection tank is connected with a diversion control well through a diversion control well water inlet pipe, and the diversion control well is connected with a water suction well and a clean water tank through a first water suction well water inlet pipe and a clean water tank water inlet pipe correspondingly; and the clean water tank is connected with the water suction well through a second water suction well water inlet pipe, the water suction well is connected with a water feeding pump room through a water feeding pump room water inlet pipe, a water pump is arranged in the water feeding pump room, one end of the water pump is connected with the water feeding pump room water inlet pipe, and the other end of the water pump is connected with a water feeding pump room water outlet pipe. According to the water supply plant regulation, storage and pressurization unpowered control energy-saving system, by changing a traditional series design operation manner of the clean water tank, the water suction well and the water feeding pump room into a parallel operation manner of the clean water tank and the water suction well, a duckbill valve or a flap valve is used for controlling, unpowered automatic control is realized, measuring facilities such as an electric valve and a water level gauge are abandoned, the automatic control requirement is reduced, and the operation energy consumption and the operation cost of the system are effectively reduced.
一种给水厂调蓄加压无动力控制节能系统，滤池通过消毒池进水管连接消毒池，消毒池通过分流控制井进水管连接分流控制井，分流控制井通过第一吸水井进水管及清水池进水管分别连接吸水井和清水池，清水池通过第二吸水井进水管连接吸水井，吸水井通过送水泵房进水管连接送水泵房，送水泵房内设有水泵，水泵一端连接送水泵房进水管，另一端连接送水泵房出水管。本申请通过改变传统清水池、吸水井、送水泵房串联设计运行方式，设计为清水池与吸水井并联运行方式，由鸭嘴阀或拍门控制，实现无动力自动控制，摒弃电动阀、水位计等测量设施，降低自控要求，有效减少系统运行能耗和运行成本。
Water supply plant regulation, storage and pressurization unpowered control energy-saving system
The invention relates to a water supply plant regulation, storage and pressurization unpowered control energy-saving system. A filter tank is connected with a disinfection tank through a disinfection tank water inlet pipe, the disinfection tank is connected with a diversion control well through a diversion control well water inlet pipe, and the diversion control well is connected with a water suction well and a clean water tank through a first water suction well water inlet pipe and a clean water tank water inlet pipe correspondingly; and the clean water tank is connected with the water suction well through a second water suction well water inlet pipe, the water suction well is connected with a water feeding pump room through a water feeding pump room water inlet pipe, a water pump is arranged in the water feeding pump room, one end of the water pump is connected with the water feeding pump room water inlet pipe, and the other end of the water pump is connected with a water feeding pump room water outlet pipe. According to the water supply plant regulation, storage and pressurization unpowered control energy-saving system, by changing a traditional series design operation manner of the clean water tank, the water suction well and the water feeding pump room into a parallel operation manner of the clean water tank and the water suction well, a duckbill valve or a flap valve is used for controlling, unpowered automatic control is realized, measuring facilities such as an electric valve and a water level gauge are abandoned, the automatic control requirement is reduced, and the operation energy consumption and the operation cost of the system are effectively reduced.
一种给水厂调蓄加压无动力控制节能系统，滤池通过消毒池进水管连接消毒池，消毒池通过分流控制井进水管连接分流控制井，分流控制井通过第一吸水井进水管及清水池进水管分别连接吸水井和清水池，清水池通过第二吸水井进水管连接吸水井，吸水井通过送水泵房进水管连接送水泵房，送水泵房内设有水泵，水泵一端连接送水泵房进水管，另一端连接送水泵房出水管。本申请通过改变传统清水池、吸水井、送水泵房串联设计运行方式，设计为清水池与吸水井并联运行方式，由鸭嘴阀或拍门控制，实现无动力自动控制，摒弃电动阀、水位计等测量设施，降低自控要求，有效减少系统运行能耗和运行成本。
Water supply plant regulation, storage and pressurization unpowered control energy-saving system
一种给水厂调蓄加压无动力控制节能系统
CHEN YISHENG (Autor:in) / HUANG ZHENGCE (Autor:in) / LI LINGLING (Autor:in)
07.09.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
,
INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
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