Non-Excavation (BBP) Technology Provides Submerged Utility Pipelines Construction

OIL amp; GAS EURASIA GROUP

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Non-Excavation (BBP) Technology Provides Submerged Utility Pipelines Construction

机译：非开挖（BBP）技术可提供水下公用管道施工

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FundamentProekt company - the Russian leader in research and design of greenfield construction projects with over 50-year experience in laying municipal utility pipelines and main oil and gas pipelines - offers a new non-excavation (BBP) technology for construction of underground main pipelines.

机译：FundamentProekt公司是俄罗斯绿地建设项目研究和设计的领导者，在铺设市政公用事业管道和主要石油和天然气管道方面拥有50多年的经验。该公司为地下主要管道的建设提供了一种新的非开挖（BBP）技术。

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《Oil & Gas Eurasia》 |2009年第5期|共1页
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OIL amp; GAS EURASIA GROUP;
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专利

1. Non-Excavation (BBP) Technology Provides Submerged Utility Pipelines Construction [J] . OIL amp, GAS EURASIA GROUP Oil & Gas Eurasia . 2009,第5期

机译：非开挖（BBP）技术可提供水下公用管道施工
2. Evaluation of the long-term performance of polyethylene pipes damaged by third-party construction or non-excavation pipeline installation technique [J] . Higuchi Yuji, Inoue Hiromichi, Fuchimoto Katsumi 成形加工: プラスチツク成形加工学会志 . 2000,第3期

机译：评估因第三方施工或非开挖管道安装技术而损坏的聚乙烯管道的长期性能
3. Evaluation of the long-term performance of polyethylene pipes damaged by third-party construction or non-excavation pipeline installation technique [J] . Higuchi Yuji, Inoue Hiromichi, Fuchimoto Katsumi 成形加工: プラスチツク成形加工学会志 . 2000,第3期

机译：评估由第三方建筑或非挖掘管道安装技术损坏的聚乙烯管的长期性能
4. Repair Technology of Pipelines Non-Excavation Long-Distance Lining FRP Hose [C] . Sanxin Fan, Yu-ling Liu 3rd International Geotechnical Symposium on Geotechnical Engineering for Disaster Prevention and Reduction(第三届国际岩土工程防灾减灾学术研讨会） . 2009

机译：管道非开挖长距离衬里玻璃钢软管维修技术
5. Comparison of dust generation from open cut and trenchless technology methods for utility construction. [D] . Kamat, Sahajanand Madhusudan. 2011

机译：公用事业建设的明挖和非开挖技术方法产生的粉尘比较。
6. Effects of Pipeline Construction on Wetland Ecosystems: Russia–China Oil Pipeline Project (Mohe-Daqing Section) [O] . Xiaofei Yu, Guoping Wang, Yuanchun Zou, 2010

机译：管道建设对湿地生态系统的影响：俄中石油管道项目（漠河至大庆段）
7. Total Utility of Islands Increasing by Compositing Construction Technology―A Case Study of the Underground Dam Construction Effects in Miyakojima Region, Okinawa Prefecture― [O] . Yoshihiro KURONUMA 2013

机译：合成施工技术岛屿岛的总效用 - 以冲绳县宫崎市地区地下坝施工效应的案例研究 -
8. Development of a Decision Support System for Selection of Trenchless Technologies to Minimize Impact of Utility Construction on Roadways. [R] . Abraham, D. M., Baik, H. S., Gohale, S. 2002

机译：开发非开挖技术选择决策支持系统，最大限度地减少公路施工对巷道的影响。

Non-Excavation (BBP) Technology Provides Submerged Utility Pipelines Construction

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