Mega-Size Sewer Lift Station Construction Requires Unique Shoring System

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Mega-Size Sewer Lift Station Construction Requires Unique Shoring System

机译：大型下水道提升站建设需要独特的支撑系统

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Like many other communities across the country, Fishers, IN, a suburb of Indianapolis, is in the process of upgrading their aging sewer infrastructure to keep pace with growth and new development. This means replacing miles of sewer lines and manholes, and installing new lift stations. One recent lift station installation project let by the Hamilton Southeastern Utilities Company was unusual due to the sheer enormity and shape of the structure: a poured-in-place behemoth measuring 52 by 29 feet, with height ranging from 14 to 40 feet.

机译：像全国其他许多社区一样，印第安纳波利斯郊区的印第安纳州费希尔斯（Fishers）正在升级其老化的下水道基础设施，以跟上增长和新发展的步伐。这意味着要更换数英里的下水道和检查井，并安装新的提升站。汉密尔顿东南公用事业公司最近进行的一个电梯站安装项目因其巨大的结构和形状而与众不同：一个现成的巨型庞然大物尺寸为52 x 29英尺，高度为14到40英尺。

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《Pipeline and underground utilities construction》 |2010年第1期|46|共1页
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1. Modelling micropollutant fate in sewer systems - A new systematic approach to support conceptual model construction based on in-sewer hydraulic retention time [J] . Compagni Riccardo Delli, Polesel Fabio, von Borries Kerstin J. F., Journal of Environmental Management . 2019,第SEPa15期

机译：下水道系统中的微污染物归因建模-一种新的系统化方法来支持基于下水道水力停留时间的概念模型的构建
2. Modelling micropollutant fate in sewer systems - A new systematic approach to support conceptual model construction based on in-sewer hydraulic retention time [J] . Compagni Riccardo Delli, Polesel Fabio, von Borries Kerstin J. F., Journal of Environmental Management . 2019,第Sepa15期

机译：下水道系统中的微润型命运 - 一种基于下水道液压保留时间支持概念模型施工的新系统方法
3. Sheet Piles Form New Sewer Lift Station in Michigan [J] . Engineering news-record . 2019,第9期

机译：薄片桩在密歇根州的新下水道升降机
4. AVOIDANCE OF DIRECT BURIAL: WATSON AVENUE LIFT STATION FORCEMAIN CONSTRUCTION WITHIN AN EXISTING INTERCEPTOR SEWER [C] . Robert W. Holden.II, Steven P. Gress, Douglas W. Yerkes, Water Environment Federation 76th annual technical exhibition and conference (WEFTEC 2003) . 2003

机译：避免直接穿墙：在现有拦截器下的沃森大道升降站的某些建筑
5. Water treatment and recycling in a biotrickling filter system for wastewater lift station emissions control [D] . Bairu, Pavan K. 2006

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6. The Single-Shore-Station-Based Position Estimation Method of an Automatic Identification System [O] . Yi Jiang, Kai Zheng 2020

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7. Modelling micropollutant fate in sewer systems – A new systematic approach to support conceptual model construction based on in-sewer hydraulic retention time [O] . Riccardo Delli Compagni, Fabio Polesel, Kerstin J.F. von Borries, 2019

机译：下水道系统中的微润型命运 - 一种基于下水道液压保留时间支持概念模型施工的新系统方法

Mega-Size Sewer Lift Station Construction Requires Unique Shoring System

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