Investment Rating - The report does not provide a specific investment rating for the industry Core Insights - The guidelines aim to strengthen the technical management of termite prevention in hydraulic engineering, ensuring the safety of such projects through comprehensive measures and continuous monitoring [2][3] - The principles of termite prevention include a focus on prevention, integration of prevention and control, comprehensive management, continuous monitoring, technological empowerment, and green safety [2] - The guidelines apply to various hydraulic projects, including earth-rock dams, earthen embankments, and channels, emphasizing the need for integrated termite prevention measures during the construction phase [2][3] Summary by Sections General Provisions - The guidelines are established to standardize termite prevention work in hydraulic engineering and ensure project safety [2] - Projects in termite hazard areas must incorporate prevention measures into their construction plans [2][3] Terminology - Key terms related to termite activity and prevention are defined, including "mud cover," "ant path," and "bait" [5][6] Termite Inspection and Monitoring - Regular inspections and monitoring of termite activity are mandated for hydraulic projects in affected areas [9][10] - Inspections should include daily checks, periodic surveys, and special investigations based on project needs [11][12] Hazard Level Assessment - The assessment of termite hazard levels should be conducted within three months of the first detection of termite activity [20][21] - Hazard levels are categorized into light, moderate, and severe, with specific criteria for each level [24][25] Prevention Measures - Prevention strategies should be tailored to the specific characteristics of the project and the local environment [29][30] - Construction phase prevention measures include site clearance and treatment of potential termite habitats [31][32] Control Measures - Various methods for termite control are outlined, including baiting, spraying, and excavation [35][36] - Integrated control methods combine multiple strategies to effectively manage termite populations [38][39] Construction and Environmental Protection - Construction of termite prevention projects must adhere to established management and quality control standards [40][41] - Environmental considerations emphasize the reduction of chemical use and the promotion of eco-friendly treatment options [43] Project Acceptance - Upon completion, termite prevention projects must undergo acceptance checks to ensure compliance with design requirements and effectiveness [46][47] Emergency Response - Emergency measures for termite-related incidents must be included in the safety management plans of hydraulic projects [49][50]

杭州处于白蚁高发区，水利工程安全一直受到黑翅土白蚁与黄翅大白蚁侵蚀的威胁。对此，全市扎 实推进水利工程白蚁防治，为城市水安全筑起坚实屏障。 此次抽查包括对各区、县（市）2024—2025年海塘、堤防白蚁专项检查报告、危害等级评定、灭治 验收等全部台账的收集与检查，同时还对全市100公里堤防进行了现场抽查，并对发现的蚁巢进行验证 性开挖及治理。在董湾堤，工作人员循着智能监测线索，精准挖出直径40厘米的主巢，距坝顶仅0.4米 的隐患被及时清除，并成功捕获"蚁王""蚁后"；在桐庐富春江凤川堤发现罕见"1王2后"巢穴，市、县水 利部门与第三方机构联动处置，当场根除隐患。 "白蚁防治既是保工程，更是保民生。"市南排中心相关负责人表示，杭州拥有众多河道湖泊，堤防 安全直接关系群众的生命财产安全与社会经济稳定，接下来将继续以科学化、专业化防控，守护江河安 澜；同时提高公众对白蚁危害的认识，营造全社会共同参与水利白蚁防治的良好氛围，为杭州城市水安 全和水利工程设施长效安全运行提供坚实保障。 "这些'堤坝杀手'在堤身筑巢蛀蚀，相当于给防洪工程埋下'定时炸弹'。"市南排中心工作人员介 绍，极端天气下，蚁穴可能引发堤坝溃决，危及沿 ...