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Beijing Zhenchong Engineering Machinery | The 2020 Timor-Leste project was successfully completed, and the 2021 Fengnan Port project was officially launched. Wishing for a new year of peace and health for all, and for the flourishing development of Zhenchong's business.
2020-04-25
The Dibao Bay container terminal vibro-stone column project in East Timor was completed on December 30, 2020, at 6:30 PM, with a total of 14,027 vibro-stone columns completed. This stone column project, started in November 2019, lasted over a year. Thanks to the hard work of the vibro-stone team, it was successfully completed. We are grateful for everyone's hard work. In 2021, we will work together, continue to carry forward the vibro-stone spirit, and create even more brilliant achievements. We also celebrate the commencement of the Fengnan Port public terminal project on January 1, 2021.
Bottom discharge vibrator | Control system
Vibrator frequency control cabinet, material bin control cabinet, BJZC-CS-4P circulating water cooling control system
The Dibao Bay container terminal vibration compaction project in Timor-Leste has been successfully underway for 19 months
Beijing Zhenchong Engineering Machinery Co., Ltd.'s self-designed and manufactured bottom-discharge vibratory hammer was the core construction equipment for the bottom fill vibratory hammer project of the Tibar Bay new container terminal in East Timor. It achieved the world's first fully automated pile driving function for the entire process of offshore construction. The project is located 10km west of Dili, the capital of East Timor, and is the largest port project in East Timor. This project is jointly invested and constructed by the East Timor government and the French Bolloré Group, with a total investment of US$153 million. It includes a 630m long container high-pile wharf, 3.5 million ㎡ of dredging, 27 hectares of land reclamation, and 18.5 hectares of foundation treatment, including 37,053 vibratory stone piles. The land foundation is formed by land reclamation using seabed bed sand and gravel. The uniformity of the foundation soil layer is poor, and the particle composition is complex. The construction conditions of the sea area foundation are not conducive to effective control of construction quality. Due to limited conditions, the number of geological exploration holes is limited, especially the seabed foundation conditions have many uncertainties. Therefore, Beijing Zhenchong Engineering Machinery Co., Ltd. specifically customized and designed a fully automatic intelligent remote operation and management monitoring system to collect real-time process data of vibratory stone pile construction to control and ensure the quality of the project. The system covers related technical fields such as machinery, electricity, hydraulics, and software. Each function and component has modular design characteristics. The main functions include vibratory construction plan import, GPS pile machine positioning and navigation, hole forming and compaction automatic control, monitoring, information collection, water-gas linkage, real-time dynamic pile shape diagram, construction reports, and customized curve output (post-processing system). Beijing Zhenchong Engineering Machinery Co., Ltd.'s after-sales team provided full-process tracking service guidance, from equipment assembly and commissioning, operation training, to later maintenance, and made corresponding adjustments according to the on-site situation, ensuring the normal operation of the equipment. Despite the severe overseas epidemic situation, our after-sales team members remained steadfast and showed no sign of retreat, fully demonstrating the professional qualities of the Beijing Zhenchong Engineering Machinery team. This gained high recognition and praise from the East Timor government and relevant departments. As of now, the vibratory pile driving project has been fully completed. Here, all members of Beijing Zhenchong Engineering Machinery Co., Ltd. would like to express their gratitude to the after-sales team who fought on the front line. The company is proud of you. Upon your triumphant return, a welcoming party will be held for you.
The bottom-discharge vibratory hammer, researched and developed by Beijing Zhenchong Engineering Machinery Co., Ltd., served as the core construction equipment for the bottom filling vibratory hammer project of the new container terminal in Tibar Bay, Timor-Leste, realizing the world's first fully automatic pile driving function in the entire process of offshore construction.
Characteristics and Advantages of BVEM Vibratory Hammer
Vibro-compaction method | Brief introduction to the development of vibro-compaction method in domestic engineering applications
A Brief Introduction to the Development of Vibroflotation in Domestic Engineering Applications