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研究莺-琼盆地天然气成藏条件以及地球化学特征,认为该盆地天然气成藏条件良好:高温环境促进了有机质的热演化作用,缩短了烃源岩的成熟时间;储盖组合好,孔隙型的储集层利于天然气富集,具有超压的盖层提供了优异的封闭性能;圈闭多,类型丰富.
以莺—琼盆地高温高压环境下成盆、成藏机理等理论体系及其相关勘探技术方法体系为核心,结合实例精 细解剖,综合研究了高温高压条件下天然气成藏机理、成藏主控因素及成藏模式。 研究认为:莺—琼盆地高温高压领 域天然气资源潜力巨大,为天然气勘探大突破提供了雄厚的物质基础;创新提出“走滑伸展盆地内构造转换带优势物 源 + 不均衡沉降控制重力流展布”新认识;进一步完善了高温高压天然气成藏理论,构建了“走滑伸展控源控砂、 超压裂隙输导、多期叠合”的高温高压成藏模式。 研究成果为莺—琼盆地高温高压领域大中型油气田勘探突破方向选 择以及其他高温高压盆地油气勘探提供了理论依据。 摘要根据天然气地质、地化特征,利用烃类气与非烃气碳、氮同位素及稀有气体氦同位素等多项地化指标并结合地质综合分析结果,划分了莺-琼盆地烃类气与非烃气成因类型,在气源岩评价的基础上,采用多项地化指标综合对比,确认上第三系中新统一. 经过多年的科技攻关,在莺琼盆地高温高压领域发现了东方大气田,新增天然气探明储量1092亿方,根据整体开发方案预计收入约1600亿元人民币;发现了三个千亿方的潜力区。
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