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3 items
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Design and performing gravel pack using mechanical packer
Dejan Pavlov (2022)During the production of reservoir fluids, production of layer sand may occur due to one or a combination of several factors. These factors are the reservoir rock type, which can be unconsolidated sandstone, high depression value, increased water cut, turbulent flow regime of the reservoir fluid in the near-well zone, or hydraulic impacts that occur during the operation of the suck rod pump. This paper will include production wells completion with an improved Gravel Pack system, which enables more ...Dejan Pavlov. Design and performing gravel pack using mechanical packer, 2022
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Cement Slurries for Drilling Fluid Loss Control
Miljan Stojiljković (2022)In the oil industry cements are clasiffied according to API standard. API cements are made for oil drill wells and are made the same way as the Portland cement is made, from the same compounds, but in different relations. These cements are projected to fulfill different conditions in oil drill wells. Different additives are added to change certain cement properties. Additives used in oil industry affect hardening time, cement density and viscosity change. Cement represents basic tool for closing ...Miljan Stojiljković. Cement Slurries for Drilling Fluid Loss Control, 2022
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Analysis Of the Process Of Carbon Capture Utilization And Storage In Underground Reservoirs
John Nyame (2024)The importance of mitigating the effects of global climate change has necessitated an in-depth exploration of innovative strategies to reduce carbon dioxide (CO2) emissions. Among these strategies, Carbon Capture, Utilization, and Storage (CCUS) has emerged as a promising and transformative solution. This master thesis delves into the diverse realm of CCUS processes, aiming to unravel the positives challenges, and opportunities within this dynamic field. The analysis begins with a systematic examination of carbon capture technologies, encompassing post-combustion, pre-combustion, and oxy-fuel combustion ...... needed. The captured CO» is then compressed and injected into what is called the “Utsira” formation. It is a vast aquifer – a salt water filled sand body 400 km long North-South, 50-100 km wide and 50- 250 m thick at a depth of around 1000 m below the sea bottom. In Figure 6.1 is the Sleipner ...
... however there were no fields around during that period. The only option, other than paying the tax, was underground injection in an aquifer – a separate sand body filled with salt water situated right below the Sleipner field (the “Utsira” formation). Before injection design could be finalized it had ...
... J. Zhang, P. Xiao, and P. A. Webley, “CO2 capture by adsorption: materials and process development,” International Journal of Greenhouse Gas Control, vol. 1, no. 1, pp. 11—18, 2007. [37]Markewitz, P. et al.: Worldwide innovations in the development of carbon capture technologies and the utilization ...John Nyame. Analysis Of the Process Of Carbon Capture Utilization And Storage In Underground Reservoirs, 2024