Leaders from Ruima Marujian Visit Jiangsu Jianyuan Construction Co., Ltd. for Geotechnical Engineering Technical Exchange
On October 13, Mr. Li Qingzhong (Senior Engineer), Chairman of Ruima Marujian (Anhui) Engineering Support Technology Co., Ltd., and Mr. Zhou Guojun (Professor-level Senior Engineer), Consulting Chief Engineer, were invited to visit Jiangsu Jianyuan Construction Co., Ltd. to conduct a technical exchange on new geotechnical engineering technologies. More than 40 people attended the exchange, including Xu Zhongmin, Chairman of Jianyuan Co., Ltd., Fei Huanggen, Executive Deputy General Manager, Gao Qiang, Chief Engineer, and technical backbones from various sectors.
Mr. Li Qingzhong's PresentationMr. Li Qingzhong, Chairman of Ruima Marujian, focused on fully steel assembled green foundation pit support technology as the core starting point. Combining numerous typical engineering cases at home and abroad, he systematically elaborated on advanced processes such as stress-compensated assembled steel struts, assembled steel trestle bridges, and HCU composite method piles. These technologies have dual advantages of environmental protection and high efficiency. By building a fully steel assembled green support system, they fully play a leading and demonstrative role, actively contributing suggestions and efforts to promote green building development and help achieve the "dual carbon" goals.Mr. Zhou Guojun's Presentation
Mr. Zhou Guojun, Consulting Chief Engineer of Ruima Marujian, based on years of accumulated R&D achievements and engineering practice experience, systematically analyzed the technical difficulties and breakthrough directions in the current field of soft soil foundation treatment. Addressing his colleagues at Jianyuan, he focused on sharing innovative technologies such as dynamic compaction impact densification foundation treatment technology, large-diameter belled cast-in-place piles, and screw cast-in-place piles, providing new ideas for optimizing soft foundation treatment schemes and for the design and selection of cast-in-place piles. For geotechnical engineering practitioners, it is necessary to scientifically compare new technologies with traditional processes based on actual geological conditions and engineering requirements of the project; at the same time, they should actively offer suggestions and proactively promote the transformation of new geotechnical engineering technologies into practical results, taking concrete actions to firmly guarantee the safe construction and sustainable development of geotechnical engineering.The three-hour presentation was packed with valuable insights, leaving all attendees feeling richly rewarded. On behalf of all employees of Jianyuan, Chief Engineer Gao Qiang expressed heartfelt gratitude to the two experts from Ruima Marujian for their generous sharing.This exchange event successfully built a bridge for innovative collaboration among geotechnical engineering enterprises. Through systematic learning, all participants gained a more scientific and in-depth understanding of multiple new geotechnical engineering processes and technologies, creating a high-quality and efficient learning and exchange platform for industry professionals. In the future, the geotechnical engineering team of Jianyuan Co., Ltd. will keep pace with cutting-edge technologies, continuously promote the deep integration of theoretical knowledge and engineering practice, build a virtuous closed loop of "theory-technology-engineering", and inject stronger momentum into the technological innovation and development of the geotechnical industry through iterative upgrading of professional capabilities.For enterprises, technology is the foundation of survival and the key to breaking through difficulties; academic exchange is both the "thought furnace" that ignites technological innovation and the "value bond" that connects technological upgrading. Only by using technical exchange and cooperation to break down barriers can we effectively empower engineering construction and build solid support for sustainable development.
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