May Day tribute | Tibet Giant Dragon Project Section 1 successfully completes the pouring of 2200m³ of concrete for the No. 4 crushing station

4 On the afternoon of April 30, with the successful pouring of the last batch of concrete, the No. 1 section of the original ore system project of the Phase II expansion and renovation project of the Xizang Julong Copper Mine successfully completed the concrete pouring work of the No. 4 crusher station ①-⑩/D-G axis raft slab of the North crusher station.

Approximately 2200m³ of concrete was poured this time. ³ ，The site used 2 truck-mounted pumps, dispatching 14 concrete trucks. Pouring began at 10:00 am on April 29 and was completed at 6:00 pm on April 30. Due to limited parking space at the pouring location and the need to use a boom pump, vehicle scheduling was particularly important. Therefore, the project department made arrangements in advance, reasonably arranging the location of the pump trucks based on the site conditions, and conducting technical briefings for the on-site personnel. During the pouring process, the project department implemented a leadership on-duty system. Project management personnel arranged the duty roster in advance, leading the workers to stay on the front line of pouring, monitoring the pouring dynamics in real time, and ensuring continuous safe operation of the two shifts during the day. Finally, the pouring work was successfully completed after 32 hours.

The successful pouring of the concrete at this stage has laid a solid foundation for the subsequent project progress. Next, the project department will continue to uphold the work style of meeting challenges head-on, overcoming difficulties, and working hard, adhering to the overall project management goals of "guaranteeing quality, safety, schedule, integrity, cost control, and image building." We will organize efficiently, arrange reasonably, and complete all tasks with high quality and quantity, ensuring that all node target tasks are successfully completed and the contract is fulfilled with high quality. [Xizang Julong Project/Gao Yuanlong]