柴桢省水利工程进度达30% 覆盖2000公顷农田灌溉

分类农业
地点柴桢省
来源CP
发布时间2026/05/05 11:20
详情描述
柴桢省Kampong Chrey Kraom溪流修复工程目前进展顺利,工程进度已达到约30%。该项目由水资源气象部工程局负责,旨在通过改善当地水利基础设施,提升农村地区的水资源管理效率。
4月26日,水资源气象部工程局局长Thang Vyutha前往位于柴桢省柴桢县(Svay Chrum)Svay Thom公社的第一阶段施工现场进行视察。根据现场汇报,目前工程技术进度约为28%。Thang Vyutha在视察期间要求施工管理人员及工程团队严格遵守既定的技术标准与项目规范,以确保基础设施的质量与耐用性,并按预定工期完成建设。
该项目于2026年2月26日正式启动,核心内容是对全长5500米的河道进行疏浚与修复。项目完工后,将为当地2000公顷农田提供稳定的灌溉支持,是政府提升区域农业水资源管理及农村韧性计划的重要组成部分。
📋 简要摘要 ▸
柴桢省Kampong Chrey Kraom溪流修复工程进展顺利,目前已完成约30%。该项目由水资源气象部工程局负责,旨在通过疏浚和修复5500米河道,为当地2000公顷农田提供稳定的灌溉支持,提升农村地区水资源管理效率。
📋 完整原文 ▸
[来源: CP] [分类提示: NEWS]
标题: Svay Rieng Irrigation Project Reaches 30% Completion to Support 2,000 Hectares of Farmland
The ongoing restoration of the Kampong Chrey Kraom creek in Svay Rieng province has marked a significant step forward, with construction work officially reaching nearly 30% completion. This milestone was confirmed following a site inspection on April 26, 2026, by Mr. Thang Vyutha, Director of the Engineering Department at the Ministry of Water Resources and Meteorology. The project stands as a vital component of the government’s larger effort to stabilize water management for agricultural communities in the region, aligning with national goals for rural resilience and resource efficiency.
During his visit to the Phase 1 site in Svay Thom commune of the Svay Chrum district, Mr. Thang Vyutha reported that the technical progress stands at approximately 28%. In a directive to site managers and engineering teams, he emphasized the necessity of strict adherence to established technical standards and project specifications. This rigorous approach is intended to ensure that the infrastructure remains resilient and provides long-lasting benefits to the community while keeping the project on its projected timeline and ensuring quality control for the public investment.
Initiated on February 26, 2026, the restoration project focuses on two critical infrastructure goals designed to modernize the local waterway. The first involves the comprehensive dredging and rehabilitation of a 5,500-meter