Investigation on arsenopyrite dissolution and As (III) migration under geologic carbon storage conditions: A numerical simulation approach

Abstract

REVIEW 399 Synthesis of bare and functionalized porous adsorbent materials for CO 2 capture Abass A. Olajire ORIGINAL RESEARCH ARTICLES 460 Investigation on arsenopyrite dissolution and As (III) migration under geologic carbon storage conditions: A numerical simulation approach 500 Strength varying laws of rock soaked with supercritical CO 2 drilling fluid and the prediction of safe mud weight window Baojiang Sun and Hongkun Zhang 512 Effect of leakage pathway flow properties on thermal signal associated with the leakage from CO 2 storage zone

CO2 Leakage-Induced Contamination in Shallow Potable Aquifer and Associated Health Risk Assessment

“…For example, Zhang et al [29] and Xiao et al [30] utilized the reactive transport simulation and investigated the complex chemical change induced by CO 2 leaked into a shallow aquifer. In contrast to these studies which presented detailed geochemical interactions, Siirila et al [31] simplified the geochemical processes by solving the advection-dispersion equation with a linear sorption.…”

Numerical simulation of heavy metal migration in stabilized soils under multi-field coupling

“…They found that the metal migration distance and concentration increased with the hydraulic conductivity of the rock formation. Zhang et al [11] employed the TOUGHREACT software to simulate arsenic migration in geological carbon storage formations proximal to carbon dioxide injection wells, revealing that an elevated gas injection rate enhances metal migration. Furthermore, previous studies have demonstrated that the infiltration of rainwater poses a risk of heavy metal migration in the soil, with the extent of migration being directly proportional to rainfall intensity [12,13].…”

Constraining the effectiveness of inherent tracers of captured CO2 for tracing CO2 leakage: Demonstration in a controlled release site

“…Carbon Capture and Storage (CCS) has the potential to substantially reduce anthropogenic CO2 emissions over the coming decades (IEA, 2016;Wilberforce et al, 2019Wilberforce et al, , 2021). However, the potential for upward migration of CO2 from deep storage to surface is of public and regulatory concern (Bacon et al, 2016;;Kharaka et al, 2006Kharaka et al, , 2010Little and Jackson, 2010;Zhang et al, 2017Zhang et al, , 2019Zheng et al, 2009). Public acceptance of geologic carbon sequestration will be gradually improved by demonstrating reliable monitoring techniques that provide assurance of long-term safety of reservoirs (Gholami et al, 2021;Van Alphen et al, 2007) and means of quantifying leakage in the event of unplanned gas escape (Holland and Gilfillan, 2013;Ju et al, 2019Ju et al, , 2020a.…”