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    • 24. 发明专利
    • 除染処理方法および車載型除染装置
    • 去除加工方法和车辆去除装置
    • JP2015040748A
    • 2015-03-02
    • JP2013171425
    • 2013-08-21
    • 大成建設株式会社Taisei Corp
    • KATAKURA TOKUOFUJIWARA YASUSHIKAWAMATA MUTSUMIHOMMA KAZUTO
    • G21F9/10G21F9/06
    • 【課題】除染により発生した濁水を、原位置にて効率的に清浄化させることを可能とした除染処理方法および車載型除染装置を提案する。【解決手段】車両2と、車両2に搭載された濁水処理設備3とを備え、放射性物質を含有する濁水から放射性物質を除去する車載型除染装置1と、この車載型除染装置1を利用して除染により発生した濁水を原位置において清浄化させる除染処理方法であって、濁水処理設備3は、濁水に凝集固化剤を供給する凝集固化剤供給装置31と、濁水と凝集固化剤とを混合する凝集固化混合槽32と、濁水と凝集固化剤とを反応させる反応槽33と、濁水に形成されたフロックを沈降させる沈降槽34と、沈降槽34において生成された上澄み水をろ過するろ過槽35と、沈降槽34内のフロックの含水率を低下させる固液分離槽36とを備えている。【選択図】図1
    • 要解决的问题:提供一种去污处理方法和一种车内净化装置,其使通过净化产生的混浊水能够在现场高效净化。解决方案:车载净化装置1包括车辆2和混浊水处理 设备3安装在车辆2上并从含有该放射性物质的混浊水中除去放射性物质。 净化处理方法使用车载净化装置1净化现场通过去污产生的混浊水。混浊水处理设备3具有:絮凝固化剂供给装置31,其向浑浊水供给絮凝固化剂; 絮凝固化槽32,将浑浊水与絮凝固化剂混合; 使混浊水与絮凝固化剂反应的反应槽33; 沉淀槽34,其允许在混浊水中形成的絮凝物沉降; 用于过滤沉淀槽34中产生的上清液的过滤槽35; 以及减少沉降槽34中产生的絮状物的水分含量的固液分离罐36。
    • 26. 发明专利
    • Regulating reservoir
    • 调节储存
    • JP2013194390A
    • 2013-09-30
    • JP2012060720
    • 2012-03-16
    • Taisei Corp大成建設株式会社
    • ONO TAKESHIFUJIWARA YASUSHIOWAKI EIJIKATAKURA TOKUOKAWAMATA MUTSUMI
    • E02B3/12
    • PROBLEM TO BE SOLVED: To provide a regulating reservoir capable of always ensuring an environment area in which aquatic organisms can live.SOLUTION: A regulating reservoir 100 is configured by slope faces N and a bottom surface T surrounded by the slope faces N, and is zoned into an aquatic organism zone A in its downstream area and a water purification zone B in its upstream area. In the aquatic organism zone A, natural water is introduced from the exterior of the regulating reservoir 100 via a flow passage 1 to form a stream 2 and vegetation is formed around the stream 2. In the water purification zone B, inflow water flowing into the regulating reservoir 100 via filtration means 6 provided in a roadway drain passage 5 leading to the slope face N is purified to produce purified water, and a purified water passage 8 provided in the bottom surface T passes the purified water. The purified water flows into the aquatic organism zone, and in the aquatic organism zone A, the purified water and water of the stream are discharged from the downstream area of the stream 2.
    • 要解决的问题:提供能够始终确保水生生物可以生存的环境区域的调节储存器。解决方案:调节储存器100由倾斜面N和由斜面N包围的底面T构成,并且是 划分为下游区域的水生生物区域A及其上游区域的净水区域B. 在水生生物区域A中,天然水通过流动通道1从调节储存器100的外部引入以形成流2,并且在流2周围形成植被。在净水区B中,流入 通过设置在通向倾斜面N的道路排水通道5中的过滤装置6调节储存器100被净化以产生净化水,并且设置在底面T中的净化水通道8通过净化水。 净化水流入水生生物区域,在水生生物区域A中,净化水和水从流2的下游区域排出。
    • 28. 发明专利
    • Greening method
    • 绿色方法
    • JP2010203176A
    • 2010-09-16
    • JP2009051476
    • 2009-03-05
    • Fuji Eng KkTaisei Corp大成建設株式会社富士エンジニアリング株式会社
    • KAWAMATA MUTSUMIONO TAKESHIFUJIWARA YASUSHIOKAZAKI SATOSHI
    • E02D17/20A01G1/00
    • PROBLEM TO BE SOLVED: To provide a greening method allowing simple and low-cost construction.
      SOLUTION: The greening method includes a drying step S1 for drying dewatered cake coagulated and dewatered with a coagulant containing chitosan, to form a dried solid, a crushing step S2 for crushing the dried solid to form a granular base material, a net stretching step S3 for stretching a net over a greening area, a joining material spraying step S4 for spraying a joining material to the greening area over which the net is stretched in the net stretching step S3, and a base material spraying step S5 for spraying the granular base material over the greening area.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种允许简单和低成本施工的绿化方法。 解决方案:绿化方法包括干燥步骤S1,用于将含有壳聚糖的凝结剂凝结和脱水的脱水饼干燥,以形成干燥固体,破碎步骤S2,用于粉碎干燥的固体以形成颗粒状基材,网 用于在绿化区域上拉伸网的拉伸步骤S3,在网拉伸步骤S3中将接合材料喷涂到网被拉伸的绿化区域的接合材料喷涂步骤S4和用于喷涂网状物的基材喷射步骤S5 绿色区域的颗粒状基材。 版权所有(C)2010,JPO&INPIT
    • 30. 发明专利
    • DECOMPOSING METHOD OF PETROLEUM COMPOUND
    • JPH1043733A
    • 1998-02-17
    • JP20835796
    • 1996-08-07
    • TAISEI CORP
    • KAWAMATA MUTSUMIOBA MIHOSUZUKI TOMOKATANIGUCHI ATSUSHI
    • C12N1/20B09C1/10C02F3/34
    • PROBLEM TO BE SOLVED: To improve a decomposition efficiency when petroleum compds. are decomposed by culturing microbes, by removing decomposed products of petroleum compds. from a culture medium in a period of culturing and then newly adding a culture medium containing a nitrogen source and phosphorus source and microbes having ability to decompose petroleum compds. SOLUTION: In the decomposing method of petroleum compds. by culturing microbes having ability to decompose petroleum compds. in a culture medium containing petroleum compds. when a soil contaminated with petroleum compds. is recovered, decomposition products of the petroleum compds. are removed from the culture medium in the culturing period. After that, a process to add a culture medium containing at least one kind of nitrogen source and at least one kind of phosphorus source and microbes having ability to decompose petroleum compds. is newly carried out. This process is carried out periodically or not periodically. The decomposition products of petroleum compds. from the culture medium are removed by using a difference in solubility between the decomposition products and the residual compds. or a difference in specific gravity between these.