Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Adjustable bypass channel for water algae pollution treatment
The invention provides an adjustable bypass channel for water algae pollution treatment. The adjustable bypass channel comprises flow guide purification walls and a monitoring control frame, and the flow guide purification walls are oppositely arranged, and a monitoring control frame is connected between the flow guide purification walls. According to the device, the flow guide purification walls with the hollow interior and the monitoring control frame are arranged, the monitoring control frame is used for monitoring the pollution condition in a water body, polluted water is drained into the flow guide purification walls to be separated and purified and then is discharged into a water system again, and purification circulation of the water quality is completed; a diversion channel is arranged in the diversion purification walls and comprises a sieve plate, a first blow-off pipe and a second blow-off pipe, the surface layer of a polluted water body can be screened, filtered and purified in a classified mode through structures such as sieve holes in the surfaces of the sieve plate, the first blow-off pipe and the second blow-off pipe, and the purification efficiency is improved; and blow-off shafts in the two blow-off pipes are arranged, and a spiral conveying shaft structure are utilized, so that pulpy algae pollutants can be smoothly discharged into a pretreatment tank for fermentation, stack retting and other treatments, and cyclic utilization of resources is achieved.
本发明提供了一种用于水体藻类污染治理的可调节式旁通道，包括导流净化墙和监测控制架；所述导流净化墙相对设置，在导流净化墙之间连接有监测控制架。本发明通过设置内部中空的导流净化墙和监测控制架，利用监测控制架对水体中的污染情况进行监测，再将污染后的水引流进导流净化墙内部进行分离净化后，重新排放至水系中，完成水质的净化循环；通过在导流净化墙内部设置导流槽道，包含筛板、第一排污管和第二排污管，能够利用三者表面的筛孔等结构将污染后的水体表层进行分级筛滤净化，提高净化效率；通过在两排污管内设置排污轴，利用螺旋输送轴结构，能够将浆状藻类污染物顺利排放至预处理槽中进行发酵、堆沤等处理，实现资源的循环利用。
Adjustable bypass channel for water algae pollution treatment
The invention provides an adjustable bypass channel for water algae pollution treatment. The adjustable bypass channel comprises flow guide purification walls and a monitoring control frame, and the flow guide purification walls are oppositely arranged, and a monitoring control frame is connected between the flow guide purification walls. According to the device, the flow guide purification walls with the hollow interior and the monitoring control frame are arranged, the monitoring control frame is used for monitoring the pollution condition in a water body, polluted water is drained into the flow guide purification walls to be separated and purified and then is discharged into a water system again, and purification circulation of the water quality is completed; a diversion channel is arranged in the diversion purification walls and comprises a sieve plate, a first blow-off pipe and a second blow-off pipe, the surface layer of a polluted water body can be screened, filtered and purified in a classified mode through structures such as sieve holes in the surfaces of the sieve plate, the first blow-off pipe and the second blow-off pipe, and the purification efficiency is improved; and blow-off shafts in the two blow-off pipes are arranged, and a spiral conveying shaft structure are utilized, so that pulpy algae pollutants can be smoothly discharged into a pretreatment tank for fermentation, stack retting and other treatments, and cyclic utilization of resources is achieved.
本发明提供了一种用于水体藻类污染治理的可调节式旁通道，包括导流净化墙和监测控制架；所述导流净化墙相对设置，在导流净化墙之间连接有监测控制架。本发明通过设置内部中空的导流净化墙和监测控制架，利用监测控制架对水体中的污染情况进行监测，再将污染后的水引流进导流净化墙内部进行分离净化后，重新排放至水系中，完成水质的净化循环；通过在导流净化墙内部设置导流槽道，包含筛板、第一排污管和第二排污管，能够利用三者表面的筛孔等结构将污染后的水体表层进行分级筛滤净化，提高净化效率；通过在两排污管内设置排污轴，利用螺旋输送轴结构，能够将浆状藻类污染物顺利排放至预处理槽中进行发酵、堆沤等处理，实现资源的循环利用。
Adjustable bypass channel for water algae pollution treatment
一种用于水体藻类污染治理的可调节式旁通道
LI PENG (Autor:in) / NING XIN (Autor:in) / ZHANG YA (Autor:in) / SHI GUOKUN (Autor:in)
22.10.2021
Patent
Elektronische Ressource
Chinesisch
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