Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Integrated pipe network overflow and water pollution efficient reduction system
The invention relates to the field of combined system network pipe overflow and water body pollution treatment, in particular to an integrated network pipe overflow and water body pollution efficient reduction system. According to the technical scheme, the integrated pipe network overflow and water body pollution efficient reduction system comprises a COS regulation and storage pond, a COS regulation and storage pond (efficient and rapid filtering facility), a sludge collection pond and a control unit; compared with a traditional efficient pollution reduction system, the system only restores a polluted water body and cannot control a source causing pollution, but a rainfall overflow event does not occur frequently, so that the problems that a suspended quick filter is idle in a sunny day, the utilization rate is low and the like exist; according to the high-efficiency pollution reduction system, two operation modes of rain period and non-rain period are adopted, so that the cooperative treatment of control of combined system overflow (CSO) pollution and reduction of black and odorous water pollution load is realized, the utilization rate of treatment facilities is improved, the operation space and occupied area are saved, and the cost is reduced. And the dual effects of the dynamic filler for biofilm formation as a rapid filter material and a biofilm carrier are fully exerted.
本发明涉及合流制网管溢流及水体污染处理领域，尤其涉及一体化管网溢流及水体污染高效削减系统；技术方案：一体化管网溢流及水体污染高效削减系统，包括有COS调蓄池、COS调蓄池(高效快速过滤设施)、集泥池和控制单元；本发明相较于传统污染高效削减系统，但该系统仅仅对已污染的水体进行修复，不能对造成污染的源头进行控制，然而降雨溢流事件并非经常发生，导致悬浮式快滤池存在晴天闲置，利用率低等问题，该污染高效削减系统通过采用雨期和非雨期两种运行模式，实现了合流制溢流(CSO)污染的控制与黑臭水体污染负荷的削减的协同处理，提高处理设施的利用率，节省了运行空间和占地面积，充分发挥挂膜的动态填料作为快速滤料和生物膜载体的双重作用。
Integrated pipe network overflow and water pollution efficient reduction system
The invention relates to the field of combined system network pipe overflow and water body pollution treatment, in particular to an integrated network pipe overflow and water body pollution efficient reduction system. According to the technical scheme, the integrated pipe network overflow and water body pollution efficient reduction system comprises a COS regulation and storage pond, a COS regulation and storage pond (efficient and rapid filtering facility), a sludge collection pond and a control unit; compared with a traditional efficient pollution reduction system, the system only restores a polluted water body and cannot control a source causing pollution, but a rainfall overflow event does not occur frequently, so that the problems that a suspended quick filter is idle in a sunny day, the utilization rate is low and the like exist; according to the high-efficiency pollution reduction system, two operation modes of rain period and non-rain period are adopted, so that the cooperative treatment of control of combined system overflow (CSO) pollution and reduction of black and odorous water pollution load is realized, the utilization rate of treatment facilities is improved, the operation space and occupied area are saved, and the cost is reduced. And the dual effects of the dynamic filler for biofilm formation as a rapid filter material and a biofilm carrier are fully exerted.
本发明涉及合流制网管溢流及水体污染处理领域，尤其涉及一体化管网溢流及水体污染高效削减系统；技术方案：一体化管网溢流及水体污染高效削减系统，包括有COS调蓄池、COS调蓄池(高效快速过滤设施)、集泥池和控制单元；本发明相较于传统污染高效削减系统，但该系统仅仅对已污染的水体进行修复，不能对造成污染的源头进行控制，然而降雨溢流事件并非经常发生，导致悬浮式快滤池存在晴天闲置，利用率低等问题，该污染高效削减系统通过采用雨期和非雨期两种运行模式，实现了合流制溢流(CSO)污染的控制与黑臭水体污染负荷的削减的协同处理，提高处理设施的利用率，节省了运行空间和占地面积，充分发挥挂膜的动态填料作为快速滤料和生物膜载体的双重作用。
Integrated pipe network overflow and water pollution efficient reduction system
一体化管网溢流及水体污染高效削减系统
HAN ZHIGANG (Autor:in) / WU LIANG (Autor:in) / ZHOU YINGLIE (Autor:in) / QIAN JIJIA (Autor:in) / DAI KEYAN (Autor:in) / FENG ZUOPING (Autor:in) / WANG YING (Autor:in) / HUANG RUI (Autor:in) / WANG YUZHENG (Autor:in) / XU JINGJING (Autor:in)
14.01.2025
Patent
Elektronische Ressource
Chinesisch
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