《水利水电工程安全监测仪器检验与安装规范》（SL/T 530—2026）是在《大坝安全监测仪器检验测试 规程》（SL 530—2012）和《大坝安全监测仪器安装标准》（SL 531—2012）的基础上合并修订而成的 水利行业标准，共含9章、6个附录。本标准主要内容包括监测仪器检验，环境量监测仪器设施安装，变 形监测仪器设施安装，渗流监测仪器设施安装，力、应力应变及温度监测仪器设施安装，监测自动化设 备设施检验与安装等，适用于水利水电工程安全监测仪器设施与监测自动化设备设施的检验与安装。本 标准发布实施将进一步规范安全监测仪器的检验与安装工作，为提升水利水电工程安全监测水平、推进 新技术新装备规范应用、保障仪器设备完好率提供技术支撑。 《水利水电工程自动化设计规范》（SL/T 612—2026）是在《水利水电工程自动化设计规范》（SL 612 —2013）的基础上修订而成的水利行业标准，共含7章、2个附录。本标准主要内容包括基本规定、水力 发电厂自动化设计、泵站自动化设计、水闸自动化设计、调水工程自动化设计等，适用于大中型水利水 电工程（含水力发电厂、泵站、水闸、调水工程，不含抽水蓄能电厂）中的自动化设计。本标 ...

Core Viewpoint - The Ministry of Water Resources of China has released two new industry standards for the water conservancy sector, which will take effect on March 31, 2026, aimed at enhancing the quality and integration of water culture in engineering projects [1][2]. Group 1: New Standards - The first standard, "Guidelines for Water Culture Design in Water Engineering" (SL/T 859—2025), is a newly established standard consisting of five chapters, focusing on the design requirements and integration of water culture in large and medium-sized water conservancy projects [1]. - The second standard, "Design Specifications for Reservoir Bottom Cleaning in Water and Hydropower Engineering" (SL 644—2014), is a revised version of the previous standard, containing 12 chapters and one appendix, aimed at improving the design quality of reservoir bottom cleaning [2]. Group 2: Objectives and Benefits - The new guidelines are intended to promote the integration of cultural elements into water conservancy projects, enhancing the cultural value and functionality of engineering works [1]. - The revised cleaning specifications will ensure the safety of reservoir operations, protect the ecological environment, and prevent water quality pollution, thereby creating favorable conditions for economic and social development in reservoir areas and downstream regions [2].

Core Viewpoint - The Ministry of Water Resources of China has approved the release of nine new industry standards for the water conservancy sector, which will take effect on December 29, 2025, aimed at enhancing the standardization and reliability of water conservancy and hydropower engineering practices [1]. Group 1: New Standards Overview - The new standards include the "In-situ Permeability Test Procedures for Water Conservancy and Hydropower Engineering" series, which consists of three parts: Borehole Water Pressure Test (SL/T 31.1—2025), Water Injection Test (SL/T 31.2—2025), and Borehole Pumping Test (SL/T 31.3—2025). These standards are revisions of previous regulations and aim to improve the accuracy and reliability of test data [2]. - The "Geological Observation Procedures for Water Conservancy and Hydropower Engineering" (SL/T 245—2025) has been revised to include nine chapters and three appendices, covering various geological observation aspects relevant to hydropower projects [3]. - The "Technical Specifications for Cemented Dams" (SL/T 678—2025) consolidates previous guidelines and includes eight chapters and three appendices, focusing on the design and safety monitoring of cemented dams [3]. Group 2: Additional Standards - The "Exploration Procedures for Water Conservancy and Hydropower Engineering, Part 3: Pit Exploration" (SL/T 291.3—2025) is a revised standard that includes ten chapters and nine appendices, aimed at enhancing the quality of pit exploration work [4]. - The "Fishway Design Guidelines for Water Conservancy and Hydropower Engineering" (SL/T 609—2025) has been updated to ensure quality in fishway design, including aspects of hydraulic design and operational management [4]. - The "Determination of Microplastics in Surface Water by Micro-Raman Imaging Spectroscopy" (SL/T 849—2025) is a new standard that outlines procedures for sampling and analyzing microplastics in surface water, contributing to pollution control efforts [5]. - The "Dynamic Evaluation Technical Specifications for Groundwater" (SL/T 850—2025) is also a new standard that aims to modernize and refine groundwater management practices [5].