A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SOLID-LIQUID SEPARATOR DRIVING METHOD AND SOLID-LIQUID SEPARATOR
To provide a solid-liquid separator driving method capable of down-sizing a solid-liquid separator, and a solid-liquid separator.SOLUTION: A driving method for a solid-liquid separator 1 comprising a container 3 which discharges a concentrated liquid with increased concentration of solids by removing some of liquid from a liquid mixed with solids from an exhaust port 331 and a storage tank 4 which receives the concentrated liquid discharged from the exhaust port 331 has: an inflow process which the liquid mixed with solids is flown into the container 3; and a discharge suction process in which liquid components in the storage tank 3 are sucked from the exhaust port 331 while discharging the concentrated liquid to the storage tank 4 from the exhaust port 331. The discharge suction process is a process for the liquid components from the exhaust port 331 in the state that a liquid level is a height position of the exhaust port 331 or lower.SELECTED DRAWING: Figure 3
【課題】固液分離装置の小型化を実現可能な固液分離装置の駆動方法および固液分離装置を提供する。【解決手段】固体が混入した固体混入液から一部の液体を取り除いて固体の濃度が高まった濃縮液を排出口３３１から排出する容器３と、排出口３３１から排出された濃縮液を受け入れる貯留槽４とを備えた固液分離装置１の駆動方法であって、固体混入液を容器３に流入させる流入工程と、排出口３３１から貯留槽４に濃縮液を排出しつつ貯留槽３内の液体成分を排出口３３１から吸い込む排出吸込工程とを有し、排出吸込工程は、液面が排出口３３１の高さ位置以下の状態で液体成分を排出口３３１から吸い込む工程である。【選択図】図３
SOLID-LIQUID SEPARATOR DRIVING METHOD AND SOLID-LIQUID SEPARATOR
To provide a solid-liquid separator driving method capable of down-sizing a solid-liquid separator, and a solid-liquid separator.SOLUTION: A driving method for a solid-liquid separator 1 comprising a container 3 which discharges a concentrated liquid with increased concentration of solids by removing some of liquid from a liquid mixed with solids from an exhaust port 331 and a storage tank 4 which receives the concentrated liquid discharged from the exhaust port 331 has: an inflow process which the liquid mixed with solids is flown into the container 3; and a discharge suction process in which liquid components in the storage tank 3 are sucked from the exhaust port 331 while discharging the concentrated liquid to the storage tank 4 from the exhaust port 331. The discharge suction process is a process for the liquid components from the exhaust port 331 in the state that a liquid level is a height position of the exhaust port 331 or lower.SELECTED DRAWING: Figure 3
【課題】固液分離装置の小型化を実現可能な固液分離装置の駆動方法および固液分離装置を提供する。【解決手段】固体が混入した固体混入液から一部の液体を取り除いて固体の濃度が高まった濃縮液を排出口３３１から排出する容器３と、排出口３３１から排出された濃縮液を受け入れる貯留槽４とを備えた固液分離装置１の駆動方法であって、固体混入液を容器３に流入させる流入工程と、排出口３３１から貯留槽４に濃縮液を排出しつつ貯留槽３内の液体成分を排出口３３１から吸い込む排出吸込工程とを有し、排出吸込工程は、液面が排出口３３１の高さ位置以下の状態で液体成分を排出口３３１から吸い込む工程である。【選択図】図３
SOLID-LIQUID SEPARATOR DRIVING METHOD AND SOLID-LIQUID SEPARATOR
固液分離装置の駆動方法および固液分離装置
KAWAKAMI NAOYA (author) / OHARA TOSHITAKA (author)
2024-07-26
Patent
Electronic Resource
Japanese