Practice and innovation of"six mechanisms"in the operation and management of Datengxia Water Conservancy Project
HU Mangquan
LI Xiaoming
LI Yapeng
Abstract:On the basis of literature research,this paper summarizes the definitions and mechanisms of hazard sources,risks and hidden dangers,and deduces the accident evolution law that"hazard sources have risks,risks must be managed and controlled,hazards evolve into hidden dangers when risk management and control is not in place,and accidents will occur when hidden dangers accumulate to a certain extent".Meanwhile,the fundamental role of hazard sources in the management of"six mechanisms"for risk management and control of water safety production is clarified.Then,by taking the Datengxia Water Conservancy Project as an example,this paper strengthens the construction of search mechanisms and judgment mechanisms from the aspects of comprehensive identification of hazard sources,scientific evaluation of risk levels,and in-depth correlation between investigation and management of hidden dangers and risk degrees of hazard sources.Additionally,the construction of early warning mechanisms and prevention mechanisms is enhanced by employing new quality productive forces from the aspects of intelligent perception,intelligent inspection,and intelligent prediction.Disposal mechanism construction is strengthened from the aspects of establishing emergency rescue teams,allocating emergency supplies,and improving emergency plan systems.Furthermore,practical innovations are made in the construction of responsibility mechanisms from the aspects of strengthening political responsibility of safety production,building grid responsibility systems,and improving the efficiency of information-based supervision to provide a reference for other water conservancy projects to better implement the"six mechanisms"during operation periods.
Keywords:six mechanisms"for risk management and control of water conservancy safety productionproject operationhazard sourcenew quality productive forcesDatengxia Water Conservancy Project
Publication Date:2026-02-28
Online Publishing Date:2026-03-17(First online date of this platform, not the publication date of the document)
Pages:6( 52-57 )
