Titlebook: Geologic Carbon Sequestration; Understanding Reserv V. Vishal,T.N. Singh Book 2016 Springer International Publishing Switzerland 2016 CO2 R

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FATAL

Monitoring of CO, Plume Migration in Deep Saline Formations with Kinetic Interface Sensitive Tracersof new efficient monitoring techniques is an on-going area of research. Tracer techniques have been extensively used to study the movement of gas and liquids in porous media systems. Their main advantage is that they can provide direct information about the hydraulic, transport and reactive processe

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CO2 Storage Capacity Estimates for a Norwegian and a Swedish Aquifer Using Different Approaches – Frto quantify possible storage capacities often giving very diverse results. In this study, we applied three different methods to calculate and model theoretical volumes, structural trapping volumes using a basin modelling tool and capacities obtained from dynamic reservoir simulations. We tested end-

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Geological Considerations for CO2 Storage in Coalty of standpoints. Many geologic factors need to be considered when evaluating coal as a reservoir rock, and the same applies to developing a CO. storage strategy for coal. This chapter provides a review of the principal geologic considerations for the storage of CO. in coal and for enhanced coalbed

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A Review Summary on Multiple Aspects of Coal Seam Sequestrationlysis states that the additional methane in case of coupled enhanced coalbed methane recovery (ECBMR) with sequestration partly offsets the cost of the operation. Injected CO. reduces the partial pressure of methane and enhances its desorption from the matrix. Furthermore, CO. is preferentially adso

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Storage of CO2 in depleted/producing oil reservoirsocus on the CO. enhanced oil recovery (EOR) and storage as the primal advantage of the storage in producing and depleted oilfields. We begin with a qualitative assessment of the physical aspects of EOR-storage process. Then we present a basic quantitative method for the EOR-storage performance evalu

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Mineral Carbonation in Ultramafic and Basaltic Rocksc CO.. This chapter provides fundamental, theoretical and applied concepts relevant to mineral carbonation in peridotite, serpentinite and basaltic rocks. We explore the general global distribution of these lithologies and bring to the discussion the potential role of sedimentary serpentine, so far

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