This project would increase the total storage for phosphate rock from 30 k to 100K tons. This is a step forward towards our sustainable development.
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This project utilizes space frame roof structures to eliminate central columns within the facility, resulting in a more open, unobstructed, and spacious workspace. This design enhancement significantly enhances operational workflow efficiency and provides increased flexibility in space utilization.
A critical component of the project is the installation of two ball mill units, each with a diameter of 2200 millimeters, used for grinding and controlling soil particle size distribution. These advanced grinding mills improve the precision and quality of the production process, thereby increasing operational efficiency and reducing overall production costs.
Moreover, this project significantly contributes to enhancing the storage infrastructure and optimizing soil resource management systems. It is expected to deliver substantial improvements in the operational performance and productivity of the related industrial units.
Parameter | Specification |
---|---|
Overall Dimensions | Width: 92 m, Length: 120 m, Height: 17 m |
Concrete Volume | 10,000 cubic meters |
Reinforcement steel | 850 tons |
Formatting | 12,000 square meters |
Scaffolding Volume | 30,0000 cubic meters m³ |
Contractor Man-Hours | 135,000 man-hours |
Work-Related Incidents | 0 |