爆破
爆破
폭파
BLASTING
2014年
4期
116-119,142
,共5页
工程爆破%温泉井%爆破筒%耐压强度
工程爆破%溫泉井%爆破筒%耐壓彊度
공정폭파%온천정%폭파통%내압강도
engineering blasting%hot spring well%bangalore%ultimate strength of pressure
为了高效开采深部温泉资源,通过系列试验论证并设计了一种加工方便、成本低廉、安全可靠的专用防水耐高压深井爆破筒。利用该爆破筒在温泉井内破碎带或非闭合裂隙处进行爆破,从而导通地下水源地与温泉井间的屏障,提高超深温泉井的涌水量。实践证明,以该防水耐压爆破筒为核心的专项爆破技术,安全可靠、经济高效。
為瞭高效開採深部溫泉資源,通過繫列試驗論證併設計瞭一種加工方便、成本低廉、安全可靠的專用防水耐高壓深井爆破筒。利用該爆破筒在溫泉井內破碎帶或非閉閤裂隙處進行爆破,從而導通地下水源地與溫泉井間的屏障,提高超深溫泉井的湧水量。實踐證明,以該防水耐壓爆破筒為覈心的專項爆破技術,安全可靠、經濟高效。
위료고효개채심부온천자원,통과계렬시험론증병설계료일충가공방편、성본저렴、안전가고적전용방수내고압심정폭파통。이용해폭파통재온천정내파쇄대혹비폐합렬극처진행폭파,종이도통지하수원지여온천정간적병장,제고초심온천정적용수량。실천증명,이해방수내압폭파통위핵심적전항폭파기술,안전가고、경제고효。
In order to study deep hot spring resources efficiently,a series of tests were performed in designing the pressure-type Bangalore,for the convenience,low cost,safety and reliability. The special Bangalore was initiated in the fracture zone or the area with non closed fracture in the hot spring well,which extended fractures in the rock and then cleared up the obstacle between the water source region and the hot spring well. Finally,the flow rate of the spring well increased. Experiences showed that the special blasting technology with designed pressure-type Bangalore in deep hot spring resources was safe and efficient.