连接铁桥头区与百列区的第七座跨河大桥工程进展顺利,截至9月初

连接铁桥头区与百列区的第七座跨河大桥工程进展顺利,截至9月初
分类基建
事件时间2026-09-08
地点金边
来源CP
发布时间2026/09/17 07:15

详情描述

2026年9月8日,柬埔寨公共工程与运输部国务秘书兼项目主任宋恒(Soung Heng)对连接金边铁桥头区(Chak Angre Krom)与百列区(Prek Pra)的百萨河第七座跨河大桥进行现场视察。 该项目自2024年2月19日动工以来进展顺利,截至9月初,工程整体进度已达85%,较原定计划超前3.22%。技术评估显示,大桥的基础工程、下部结构及连接上部结构均已全部完工,主桥上部结构完成度为84.6%。配套路网建设方面,全长804.30米的连接道路及1,541米的引道工程均已过半,整体完成度为51%。 施工方上海建工集团在工程质量、合同履约及结构美观度方面获得项目组认可。针对当前雨季水位上涨的情况,公共工程与运输部已要求承包商加强施工现场安全措施,并在河道增设水上安全浮标及缓冲垫,以保障剩余施工期间的河道航行安全。目前工程进度超前,具体通车时间将由官方后续公布。
📋 简要摘要 ▸
连接铁桥头区与百列区的第七座跨河大桥工程进展顺利,截至9月初已完成85%,公共工程与运输部已要求承包商加强施工安全措施。
📋 完整原文 ▸
[来源: CP] [分类提示: NEWS] 标题: Bassac River’s Seventh Bridge Crosses 85% Completion Mark Ahead of Schedule Construction on the seventh bridge spanning the Bassac River, connecting Chak Angre Krom and Prek Pra in southern Phnom Penh, reached 85% completion as of early September 2026. The progress milestone was confirmed during an on-site project inspection led by H.E. Soung Heng, Secretary of State and Project Director at the Ministry of Public Works and Transport, on September 8, 2026. Since breaking ground on February 19, 2024, the strategic infrastructure development has progressed smoothly, tracking 3.22% ahead of its master schedule. A comprehensive technical evaluation indicates that the bridge’s foundation, lower substructure, and connecting upper bridge structures are all 100 % complete. At the same time, construction of the main bridge superstructure has reached 84.6 % completion. Surrounding road network integration stands at 51 % overall, with both the 804.30-meter connecting road and the 1,541-meter access ramps passing the 50 % mark. During the inspection, project managers commended contractor Shanghai Construction Group for upholding technical standards, contractual commitments, and structural aesthetics. Due to rising water levels during the peak monsoon season, the Ministry instructed the contractor to step up site safety protocols and install extra water safety buoys and cushions to protect river traffic throughout the remaining construction phase. Engineering teams estimate that the