On January 7, the concrete production volume of Baihetan Power Station's high and low line mixing system, which is the largest mixing system in China operated and managed by the Fourth Hydropower Bureau, exceeded 900,000 cubic meters, reaching a total of 9,091,393,000 cubic meters.

In order to efficiently complete the dam's 8.1 million cubic meters of concrete production tasks, Baihetan Construction Bureau's mixing plant to implement the "Party and government are equally responsible for one post, double responsibility, and joint control" party building to promote the production of new methods; to enhance the ability to address the root cause of the attack to establish and improve the emergency rescue system; to adhere to the "whoever is on duty is responsible for " "Whoever is in charge of the person in charge of the person in charge of the person in charge of the person in charge of the person &quot ;, " management of production must manage the principle of safety " the development of full safety quality improvement training implementation plan, by level, by profession, by type of work to organize and carry out full safety quality improvement training work; to carry out operators, refrigeration ammonia press workers, aggregate belt workers, running electrician skills competition activities; based on the construction bureau "production management approach", the workshop posts to carry out various assessments, including 91 production incentives and 60 fines; strengthen the concrete quality management and quality assessment of each workshop to ensure zero quality accidents and provide a solid guarantee for high-quality and efficient production of concrete.

According to the report, the dam concrete production exceeded 900,000 cubic meters, of which 786,684.3 cubic meters of concrete were produced by the low line mixing system and 122,455 cubic meters by the high line mixing system. The maximum output of the low line mixing system for the shift was 4,149 cubic meters, and the maximum daily output was 6,597 cubic meters. The highest shift production of both systems reached 4,149 cubic meters, the highest shift production of a single building reached 2,340 cubic meters, and the highest daily production of a single building reached 3,672 cubic meters. (Transferred from the website of China Hydropower Engineering Society)

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