Zenitech's participation in the "Key Technologies and Applications for Urban Ground Collapse Prevention and Control in Shanghai" wins the Natural Resources Science and Technology Award.
Zenitech's participation in the "Key Technologies and Applications for Urban Ground Collapse Prevention and Control in Shanghai" wins the Natural Resources Science and Technology Award.
This project has been awarded the Second Prize of the 2024 Natural Resources Science and Technology Award. Recognized as the most authoritative and influential scientific award in China's natural resources sector, this award honors organizations and teams that have achieved innovative theoretical, technological, and methodological breakthroughs. This accolade fully demonstrates Shanghai Zenitech Electronic's continuous innovation capabilities in urban green development and geological safety assurance.
The "Key Technologies and Applications for Urban Ground Collapse Prevention and Control in Shanghai" was jointly completed by Shanghai Geological and Mineral Engineering Investigation (Group) Co., Ltd., Tongji University, Shanghai Academy of Urban Infrastructure Planning and Design, Shanghai Geotechnical Engineering Inspection Center Co., Ltd., Shanghai Zenitech Electronic Technology Development Co., Ltd., Shanghai Investigation, Design and Research Institute (Group) Co., Ltd., and Shanghai Urban Construction Design Research General Institute (Group) Co., Ltd.
Focusing on the risk management of urban road collapses in Shanghai, the project reveals the disaster-causing mechanisms and evolution models of ground collapse. It establishes an "Intelligent Screening - Precise Exploration - Dynamic Sensing (SDS)" prevention and control technology system. Based on the "Shanghai Ground Collapse Detection and Monitoring Professional Technical Service Platform" under the Shanghai Municipal Science and Technology Commission, the project has built a comprehensive digital foundation and monitoring platform covering the entire city. The project outcomes have been successfully implemented across multiple districts in Shanghai, significantly elevating the systematic and digital capabilities of urban geological disaster risk prevention and control, and providing crucial technical support for the safe operation of the city.