煤田地质与勘探
煤田地質與勘探
매전지질여감탐
COAL GEOLOGY & EXPLORATION
2013年
2期
12-15
,共4页
瓦斯%瓦斯地质分带%构造控气%瓦斯地质图%陕西省
瓦斯%瓦斯地質分帶%構造控氣%瓦斯地質圖%陝西省
와사%와사지질분대%구조공기%와사지질도%합서성
gas%gas geological zonation%structural control of gas%gas geological map%Shaanxi Province
瓦斯地质规律和瓦斯地质区划研究是煤矿瓦斯宏观管理和瓦斯资科学利用的基础和据.根据陕西省“三级”瓦斯地质编图成果,系统分析和研究了陕西省瓦斯地质规律.结果显示:陕西省瓦斯地质条件复杂,多样化特点明显;瓦斯赋存与分布受多种地质素影响,其中地质构造是主控素.文章还根据陕西瓦斯地质条件和瓦斯分布与变化特征,在全区划分出榆林单斜低瓦斯带、延安单斜低瓦斯带、黄河断褶高瓦斯带、渭北断隆高瓦斯带和秦巴构造系高瓦斯带等5个区性瓦斯地质带.这不仅对全省煤矿瓦斯管理与煤层气开发利用具有重要的现实意义,而且对全国瓦斯地质规律研究和丰富瓦斯地质理论与方法也有一定的理论意义.
瓦斯地質規律和瓦斯地質區劃研究是煤礦瓦斯宏觀管理和瓦斯資科學利用的基礎和據.根據陝西省“三級”瓦斯地質編圖成果,繫統分析和研究瞭陝西省瓦斯地質規律.結果顯示:陝西省瓦斯地質條件複雜,多樣化特點明顯;瓦斯賦存與分佈受多種地質素影響,其中地質構造是主控素.文章還根據陝西瓦斯地質條件和瓦斯分佈與變化特徵,在全區劃分齣榆林單斜低瓦斯帶、延安單斜低瓦斯帶、黃河斷褶高瓦斯帶、渭北斷隆高瓦斯帶和秦巴構造繫高瓦斯帶等5箇區性瓦斯地質帶.這不僅對全省煤礦瓦斯管理與煤層氣開髮利用具有重要的現實意義,而且對全國瓦斯地質規律研究和豐富瓦斯地質理論與方法也有一定的理論意義.
와사지질규률화와사지질구화연구시매광와사굉관관리화와사자과학이용적기출화거.근거합서성“삼급”와사지질편도성과,계통분석화연구료합서성와사지질규률.결과현시:합서성와사지질조건복잡,다양화특점명현;와사부존여분포수다충지질소영향,기중지질구조시주공소.문장환근거협서와사지질조건화와사분포여변화특정,재전구화분출유림단사저와사대、연안단사저와사대、황하단습고와사대、위북단륭고와사대화진파구조계고와사대등5개구성와사지질대.저불부대전성매광와사관리여매층기개발이용구유중요적현실의의,이차대전국와사지질규률연구화봉부와사지질이론여방법야유일정적이론의의.
Study on gas geological regularities and gas geologic zoning is foundation and basis of coal mine gas resources macro-management and scientific utilization. Based on the achievements of compiling gas geological maps of three levels of Shaanxi Province, the paper analyzed systematically and studied deeply the gas geological regularities in Shaanxi Province. It came to the conclusion that in Shaanxi Province gas geological conditions are complex and have significant various features. Gas occurrence and distribution have been influenced by many geological factors, among them geological structure is dominant controlling factor. On the basis of gas geological conditions and gas distribution as well as variation characteristics, 5 regional gas zones have been divided in the province. It has not only important practical significance for management and development of coal mine gas, but also some theoretical importance for research on gas geological regularities and enrichment of gas geological theo-ries and methods in China.