ZHAO Ming. Comparison and Analysis of Large Capacity Adjustment Bunker Buffer System Design Schemes in High Output and High Efficiency Mine[J]. Safety in Coal Mines, 2019, 50(5): 269-272.
    Citation: ZHAO Ming. Comparison and Analysis of Large Capacity Adjustment Bunker Buffer System Design Schemes in High Output and High Efficiency Mine[J]. Safety in Coal Mines, 2019, 50(5): 269-272.

    Comparison and Analysis of Large Capacity Adjustment Bunker Buffer System Design Schemes in High Output and High Efficiency Mine

    • To solve the problem that coal transportation lines in the western wing of Datong Tashan Coal Mine are too long and the reliability of the system is low, a large-capacity adjustment bunker buffer system has been designed. The system consists of 5 inclined coal bunkers (total capacity of 16,000 tons), and supporting auxiliary transportation and power supply systems. The design proposes two sets of layout plans. After a comparative analysis of technology and economy, the optimal solution is obtained. The proposed scheme proposes a dual system design that supplements the adjustment of the coal bunker buffer system on a normal coal flow transportation system, which greatly improves the reliability of the underground coal transportation system.
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