THE GEOCHEMICAL REACTIONS RESULTING FROM CO_2 INJECTION INTO THE MIDALE FORMATION, WEYBURN OILFIELD; A LABORATORY EXPERIMENTAL AND MODELLING STUDY

机译：Co_2注射到Midale Chemation中产生的地球化学反应，Weyburn油田;实验室实验和建模研究

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Experimental and theoretical studies of the effects of CO_2 injection into the Midale lithologies indicate variable amounts of carbonate mineral dissolution, some precipitation of gypsum (via Ca released from carbonate), 'inhibition' of anhydrite dissolution, and poor (i.e. slow) reactivity of alumino-silicate minerals over the timescale of the experiments. These indications helped develop appropriate hypothesis and approaches to simulate the long term evolution of a 1D model representing CO_2 injection into the host Midale Marly formation. It is hoped to develop this initial modeling further, by combining the pure geochemical modeling with a more realistic physical model of parts of the Weyburn lithologies.

机译：Co_2注射进入中型岩性作用的实验和理论研究表明可随变量的碳酸矿物溶解，石膏（通过碳酸盐释放的Ca）的一些沉淀，“含钙石溶出”，铝的差（即缓慢）反应性 - 在实验的时间尺度上硅酸盐矿物质。这些适应症有助于制定适当的假设和方法来模拟代表Co_2注射的1D模型的长期演进到主机中麦米利地层。希望通过将纯地球化学建模与更现实的韦伯伦岩石的物理模型组合来进一步发展这种初步建模。

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《International Conference on Greenhouse Gas Control Technologies》|2005年||共4页
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M. Azaroual; P. Durst; I. Czernichowski-Lauriol; D. Olsen; N. Stentoft; N. Springer; C.A. Rochelle; J. Pearce; K. Bateman; D. Birchall;
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中图分类环境气象学;
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THE GEOCHEMICAL REACTIONS RESULTING FROM CO_2 INJECTION INTO THE MIDALE FORMATION, WEYBURN OILFIELD; A LABORATORY EXPERIMENTAL AND MODELLING STUDY

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