能源与节能
能源與節能
능원여절능
SHANXI ENERGY AND CONSERVATION
2015年
7期
5-6,85
,共3页
沁水盆地%赵庄区块%煤层气%产出水%矿化度
沁水盆地%趙莊區塊%煤層氣%產齣水%礦化度
심수분지%조장구괴%매층기%산출수%광화도
Qinshui basin%Zhaozhuang district%coal bed methane%produced water%TDS
以沁水盆地赵庄区块大量煤层气井产出水的测试数据为依据，利用统计对比方法，系统分析了煤层气井排采110 d至排采390 d之间产出水的水质动态变化规律。对产出水的水质处理和煤层气井的勘探开发具有指导作用。
以沁水盆地趙莊區塊大量煤層氣井產齣水的測試數據為依據，利用統計對比方法，繫統分析瞭煤層氣井排採110 d至排採390 d之間產齣水的水質動態變化規律。對產齣水的水質處理和煤層氣井的勘探開髮具有指導作用。
이심수분지조장구괴대량매층기정산출수적측시수거위의거，이용통계대비방법，계통분석료매층기정배채110 d지배채390 d지간산출수적수질동태변화규률。대산출수적수질처리화매층기정적감탐개발구유지도작용。
Based on the huge chemical analysis of water produced from the coal bed methane wells of Zhaozhuang district in Qinshui basin, this paper systematically analyzed a large amount of water quality dynamic change rules from 110 days to 390 days by the statistical and antithesis method. The result can provide theoretical guidance with the treatment of the CBM wells produced water and the development of the CBM wells.
