Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Green high-rise building water supply and drainage network and water-saving and energy-saving operation method thereof
The invention belongs to the field of green building water supply and drainage, and provides a green high-rise building water supply and drainage network and a water-saving and energy-saving operation method thereof.The green high-rise building water supply and drainage network comprises a water supply pipe network, a drainage pipe network, a secondary pump room and a roof drainage system; the roof drainage system comprises a water bucket, an electric control valve, a rainwater direct drainage falling pipe, a rainwater treatment falling pipe, a water falling opening, a membrane filtration treatment element, an oblique flow pipe, a rainwater main pipe and a valve, a plurality of preparation water tanks and U-shaped waterway pipelines are arranged at the tail end of the rainwater main pipe, and the preparation water tanks are arranged on different floors; the U-shaped waterway pipeline located at the lowest position is connected with a rainwater direct drainage down pipe. Rainwater potential energy is fully utilized for treating, recycling and storing rainwater in the rainy season, water and energy are saved, meanwhile, a part of purified water can be provided for the rainwater main pipe and the prepared water tank by the water supply pipe network in the water using peak period to be stored so that the purified water can be supplied for property management for use, the design is reasonable, and the green and environment-friendly concept is met.
本发明属于绿色建筑给排水领域，提出一种绿色高层建筑给排水网络及其节水节能运行方法，包括给水管网、排水管网、二次泵房和屋面排水系统，所述给水管网包括干管、立管和支管，所述屋面排水系统包括水斗、电控阀、雨水直排水落管、雨水处理水落管、落水口、膜过滤处理芯、斜流管、雨水干管和阀门，所述雨水干管的末端设置有多个预备水箱和U型水路管道，预备水箱设置在不同楼层上，位于最下位的U型水路管道与雨水直排水落管连接。本发明充分利用雨水势能在雨季处理并回收储存雨水，节水节能，同时也能由给水管网避开用水高峰期向雨水干管和预备水箱提供一部分净水进行储存，以供应物业利用，设计合理且符合绿色环保理念。
Green high-rise building water supply and drainage network and water-saving and energy-saving operation method thereof
The invention belongs to the field of green building water supply and drainage, and provides a green high-rise building water supply and drainage network and a water-saving and energy-saving operation method thereof.The green high-rise building water supply and drainage network comprises a water supply pipe network, a drainage pipe network, a secondary pump room and a roof drainage system; the roof drainage system comprises a water bucket, an electric control valve, a rainwater direct drainage falling pipe, a rainwater treatment falling pipe, a water falling opening, a membrane filtration treatment element, an oblique flow pipe, a rainwater main pipe and a valve, a plurality of preparation water tanks and U-shaped waterway pipelines are arranged at the tail end of the rainwater main pipe, and the preparation water tanks are arranged on different floors; the U-shaped waterway pipeline located at the lowest position is connected with a rainwater direct drainage down pipe. Rainwater potential energy is fully utilized for treating, recycling and storing rainwater in the rainy season, water and energy are saved, meanwhile, a part of purified water can be provided for the rainwater main pipe and the prepared water tank by the water supply pipe network in the water using peak period to be stored so that the purified water can be supplied for property management for use, the design is reasonable, and the green and environment-friendly concept is met.
本发明属于绿色建筑给排水领域，提出一种绿色高层建筑给排水网络及其节水节能运行方法，包括给水管网、排水管网、二次泵房和屋面排水系统，所述给水管网包括干管、立管和支管，所述屋面排水系统包括水斗、电控阀、雨水直排水落管、雨水处理水落管、落水口、膜过滤处理芯、斜流管、雨水干管和阀门，所述雨水干管的末端设置有多个预备水箱和U型水路管道，预备水箱设置在不同楼层上，位于最下位的U型水路管道与雨水直排水落管连接。本发明充分利用雨水势能在雨季处理并回收储存雨水，节水节能，同时也能由给水管网避开用水高峰期向雨水干管和预备水箱提供一部分净水进行储存，以供应物业利用，设计合理且符合绿色环保理念。
Green high-rise building water supply and drainage network and water-saving and energy-saving operation method thereof
绿色高层建筑给排水网络及其节水节能运行方法
QIN JINGYUN (Autor:in) / KONG CHANGJIAN (Autor:in) / ZHANG SHENWEI (Autor:in)
30.08.2024
Patent
Elektronische Ressource
Chinesisch
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