A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Carbon capture device based on cast-in-place large-diameter foundation pit supporting pipe piles
One or more embodiments of the specification provide a carbon capture device based on cast-in-place large-diameter foundation pit supporting pipe piles. The carbon capture device comprises pipe piles, wherein communicating pipelines are sequentially connected between the pipe piles and a water collecting well, photosynthetic plants are distributed in a capture platform, a sedimentation tank is arranged on the side of each pipe pile, rainwater or stored water stored and collected in the pipe piles and the water collecting well forms circulating water with suitable temperature in four seasons, the circulating water is pumped by a water pump at the water inlet end and led into the capture platform through a water inlet pipeline, meanwhile, air is continuously pumped into the water collecting well through an air pipeline in the daytime to promote the photosynthetic plants in the capture platform to grow well, then the circulating water is discharged through the sedimentation tank, and flows back into the pipe piles to form a peripheral large cycle, and the photosynthetic plants brought out by redundant or a small amount of cycles are precipitated in the precipitation tank and are blocked and filtered by a filtering device so as to be prevented from flowing into the pipe piles, so that large-scale cyclic carbon capture is realized by continuously collecting the photosynthetic plants on the filtering device.
本说明书一个或多个实施例提供一种基于现浇大直径基坑支护管桩的生物碳捕捉装置，包括管桩，各管桩、汇水井之间依次连接有联通管道，捕捉平台内布设有光合植物，管桩边侧设有沉淀池，各管桩、汇水井内储存收集的雨水或蓄水形成四季温度均较适宜的循环水，通过进水端水泵泵送，经进水管道引到捕捉平台内，同时白天在汇水井内通过空气管道不断泵入空气，促进捕捉平台内的光合植物良好生长，再经由沉淀池循环出水，流回管桩内，形成外围的大循环，且多余或少量循环带出的光合植物在沉淀池中沉淀，并通过过滤装置阻隔过滤，以避免流入管桩内，由此通过不断收集过滤装置上的光合植物实现大规模循环的碳捕捉。
Carbon capture device based on cast-in-place large-diameter foundation pit supporting pipe piles
One or more embodiments of the specification provide a carbon capture device based on cast-in-place large-diameter foundation pit supporting pipe piles. The carbon capture device comprises pipe piles, wherein communicating pipelines are sequentially connected between the pipe piles and a water collecting well, photosynthetic plants are distributed in a capture platform, a sedimentation tank is arranged on the side of each pipe pile, rainwater or stored water stored and collected in the pipe piles and the water collecting well forms circulating water with suitable temperature in four seasons, the circulating water is pumped by a water pump at the water inlet end and led into the capture platform through a water inlet pipeline, meanwhile, air is continuously pumped into the water collecting well through an air pipeline in the daytime to promote the photosynthetic plants in the capture platform to grow well, then the circulating water is discharged through the sedimentation tank, and flows back into the pipe piles to form a peripheral large cycle, and the photosynthetic plants brought out by redundant or a small amount of cycles are precipitated in the precipitation tank and are blocked and filtered by a filtering device so as to be prevented from flowing into the pipe piles, so that large-scale cyclic carbon capture is realized by continuously collecting the photosynthetic plants on the filtering device.
本说明书一个或多个实施例提供一种基于现浇大直径基坑支护管桩的生物碳捕捉装置，包括管桩，各管桩、汇水井之间依次连接有联通管道，捕捉平台内布设有光合植物，管桩边侧设有沉淀池，各管桩、汇水井内储存收集的雨水或蓄水形成四季温度均较适宜的循环水，通过进水端水泵泵送，经进水管道引到捕捉平台内，同时白天在汇水井内通过空气管道不断泵入空气，促进捕捉平台内的光合植物良好生长，再经由沉淀池循环出水，流回管桩内，形成外围的大循环，且多余或少量循环带出的光合植物在沉淀池中沉淀，并通过过滤装置阻隔过滤，以避免流入管桩内，由此通过不断收集过滤装置上的光合植物实现大规模循环的碳捕捉。
Carbon capture device based on cast-in-place large-diameter foundation pit supporting pipe piles
一种基于现浇大直径基坑支护管桩的生物碳捕捉装置
WANG LEI (author) / XIA JING (author) / SUN SHISHENG (author)
2021-11-19
Patent
Electronic Resource
Chinese
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