山东煤炭科技
山東煤炭科技
산동매탄과기
Shandong Coal Science and Technology
2011年
6期
113-114
,共2页
通风系统%未来五年%优化方案
通風繫統%未來五年%優化方案
통풍계통%미래오년%우화방안
ventilation system%next five years%optimization program
杨村煤矿随着生产区域的延伸和生产布局的变化，现有的通风系统已较难满足矿井安全生产的需要。在对矿井进行通风阻力测定的基础上，对现阶段通风系统进行了研究，找出现阶段通风系统存在的问题，提出了矿井未来五年的通风系统优化改造方案，保障了杨村煤矿的安全生产。
楊村煤礦隨著生產區域的延伸和生產佈跼的變化，現有的通風繫統已較難滿足礦井安全生產的需要。在對礦井進行通風阻力測定的基礎上，對現階段通風繫統進行瞭研究，找齣現階段通風繫統存在的問題，提齣瞭礦井未來五年的通風繫統優化改造方案，保障瞭楊村煤礦的安全生產。
양촌매광수착생산구역적연신화생산포국적변화，현유적통풍계통이교난만족광정안전생산적수요。재대광정진행통풍조력측정적기출상，대현계단통풍계통진행료연구，조출현계단통풍계통존재적문제，제출료광정미래오년적통풍계통우화개조방안，보장료양촌매광적안전생산。
With the extension of production areas and the changes of production layout in Yangeun coal mine, the existing ventilation system has been difficult to meet the needs of mine production safety. On the basis of ventilation determined, the ventilation system is studied to identify problems in the ventilation system at this stage, and proposed optimization and rehabilitation programs for the coal mine ventilation system in the next five years to ensure the safe production of Yangcun coal mine.
