Abstract: Hydrogen Sulfide Sequestration and Storage in Geothermal System: New Mitigation Strategy to Reduce H<sub>2</sub>S from the Atmosphere and Detect its Mineralization with Multiple Sulfur Isotopic Systematics (2015 AGU Fall Meeting)

Hydrogen Sulfide Sequestration and Storage in Geothermal System: New Mitigation Strategy to Reduce H₂S from the Atmosphere and Detect its Mineralization with Multiple Sulfur Isotopic Systematics

Chiara Marieni^1,2, Andri Stefansson², Snorri Gudbrandsson², Ingvi Gunnarsson³, Edda S Aradottir³, Johann Gunnarsson Robin² and Shuhei Ono⁴, (1)University of Southampton, Southampton, SO14, United Kingdom, (2)University of Iceland, Reykjavik, Iceland, (3)Reykjavik Energy, Reykjavik, Iceland, (4)Massachusetts Institute of Technology, Department of Earth, Atmospheric, and Planetary Sciences, Massachusetts Institute of Technology, Cambridge, United States

Back to: Conventional and Enhanced Geothermal Systems: Characterization, Integration, Stimulation, Simulation, and Induced Seismicity II Posters

Hydrogen Sulfide Sequestration and Storage in Geothermal System: New Mitigation Strategy to Reduce H2S from the Atmosphere and Detect its Mineralization with Multiple Sulfur Isotopic Systematics

Hydrogen Sulfide Sequestration and Storage in Geothermal System: New Mitigation Strategy to Reduce H₂S from the Atmosphere and Detect its Mineralization with Multiple Sulfur Isotopic Systematics