Typical groundwater contamination in the vicinity of industrial brownfields and basic methods of their treatment

Brownfield-related studies in the context of climate change: A comprehensive review and future prospects

“…For example, some researchers [ 139 ] simulated pollutant migration pathways using the REMChlor model, then assessed the adaptation capacity of different plant remediation systems to climate change recovery under various sea-level rise scenarios using SimaPro 8.0 LCA software. This led to a systematic assessment of the lifecycle impacts [ 140 ]. The remediation approach of Natural-Based Solutions (NBS) is intricately intertwined with a procedural and dynamic restoration process to a certain extent.…”

“…Organic and inorganic pollutants may interact, influencing the behavior of soil, water, or other elements in the environment. Understanding the relationships between them aids in better designing remediation methods suitable for different combinations of pollutants [ 140 , [199] , [200] , [201] ]. For instance, Libera A's study delved into the impact of climate-driven aquifer recharge on the sustainability-driven alteration of residual pollutants in soil and groundwater [ 202 ].…”

Posterior Assessment of Parameters in a Time Domain Random Walk Model of Partitioning Tracer Tests in Two‐Phase Flow Scenarios

“…Tracers are typically employed in industrial (Dean et al., 2016; Huseby et al., 2015; Shen et al., 2017) and environmental (Solcova et al., 2022) settings to characterize attributes of subsurface systems (i.e., reservoirs/aquifer) such as, for example, permeability, porosity, or parameters driving geochemical interactions at a scale of interest. These are chemical compounds that can be added to the fluids residing in the porous formation.…”