Carbon dioxide sequestration in brackish water: Principles, techniques and environmental benefits
DOI:
https://doi.org/10.61173/1njx1r03Keywords:
carbon dioxide, carbon sequestration, salt water sequestration, supercritical carbon dioxideAbstract
Carbon dioxide storage is a technology to separate carbon dioxide gas from the atmosphere and inject it into the brackish water layer to achieve the purpose of carbon dioxide emission reduction. In this way, carbon dioxide is dissolved in salt water and then sequestered in deep underground water layers, preventing it from being released into the atmosphere and causing a greenhouse effect. This technology can effectively reduce carbon dioxide emissions, but also can use geological structures for storage, has great potential application prospects. It is important to note that further research and practice is needed to address possible environmental risks and costs.
References
[1] Li,F.W.,Li,Z.Z.(2014) Supercritical fluid technology and Application status.J.Inner Mongolia Petrochemical Industry,40 (23) : 92-94.
[2] Shan,J.L.(2014) Theoretical Simulation and experimental research on cooling heat transfer in supercritical CO2 tubes .D. North China Electric Power University,Beijing:.
[3] TORP T A, GALE J.(2004) Demonstrating storage of CO2 in geological reservoirs: The Sleipner and SACS projects.J. Energy,29(9):1361 -1369 .
[4] TASIANAS A.,MAHL L.,DARCIS M.,et al. (2016) Simulating path-ways for CO2 in the Snøhvit area,SW Barents Sea: Model challenges and outcomes.J.Environmental Earth Science, 75(6):157-169.
[5] ROCK L.,VILLEGAS E I.,BECKER V.,et al. (2014) Investigation of natural tracers for MMV at the quest carbon capture and storage project,Alberta,Canada .J.Energy Procedia,63: 4191-4198.
[6] STRANDLI C.W.,MEHNERT E.,BENSON S.M.(2014) CO2 plume tracking and history matching using multilevel pressure monitoring at the Illinois Basin Decatur Project.J.Energy Procedia,63:4473-4484.
[7] TRUPP M.,FRONTCZAK J.,TORKINGTON J.(2023) The Gorgon CO2 injection project 2012 update.J.Energy Procedia,37:6237-6247.
[8] TENTHOREY E.,BOREHAM C.J.,HORTLE A.L.,et al.(2011) Importance of mineral sequestration during CO2 gas migration: A case study from the Greater Gorgon area.J.Energy Procedia,4:5074-5078.
[9] Shu,J.J.(2020) Study on the migration of carbon dioxide in deep salt water layer.D. Dalian Maritime University,Dalian.
[10] Diao,Y.J.(2017) Study on reservoir characterization and CO2 migration in Shenhua CCS demonstration project site. D.China University of Mining and Technology, Beijing.
[11] Zhu,P.Y.(2019)Geological storage and application progress of CO2 in brackish water layer.L.Clean Coal Technology,27(2):36-37
[12] Supasitmongkol,S.,Styring,P.(2010) High CO2 solubility in ionic liquids and a tetraalkylammonium-based poly( ionic liquid).J.Energy & Environmental Science,3(12):1961-1972.
[13] GCCSI.(2021) Global status of CCS 2021 [R]. Australia: Melbourne. [ 1 4 ] G U N T E R , W. D . , P E R K I N S , E . H . , M C C A N N ,T.J.(1993) Aquifer disposal of CO2 - rich gases: Reaction design for added capacity.J.Energy Conversion & Management,34(9/10/11):941-948.
[15] SHUKLA,R.,RANJITH,P.,HAQUE.A.,et al. (2010) A review of studies on CO2, sequestration and caprock integrity. J.Fuel,89(10) : 2651-2664.
[16] RANGANATHAN,P.,HEMERT,P.V.,RUDOLPH,E.S.J.,et al. (2011) Numerical modeling of CO2 mineralisation during storage in deep saline aquifers.J.Energy Procedia,4(4) : 4538- 4545.
[17] MICHAEL,K.,GOLAB,A.,SHULAKOVA,V.,et al.(2010) Geological storage of CO2,in saline aquifers: A review of the experience from existing storage operations.J.International Journal of Greenhouse Gas Control,4(4) : 659-667.
[18] Yang,G., Li,B.F., Li,Z.M., et al.(2023) CO2 geological storage and use of technical progress and future.In:2023 International Conference on Oil and Gas Exploration and Development.Wuhan.
[19] Wang,Z.K., Tang,X., Jing,T.Y., et al.(2019) Site selection strategy of CO2 geological storage in China with annual storage capacity of one million tons.J.Geoscience, 36 (5):1413-1430.
[20] Xiao,B., Chen,L., Yang,H., et al.(2024) Evaluation on the suitability and potential of CO2 geological storage in deep saline reservoirs of Junggar Basin.https://doi.org/10.19597/J.ISSN.1000-3754.202308 035.
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