2020
DOI: 10.5016/geociencias.v39i04.15133
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Estudo De Meio Reativo Para Barreiras Reativas Permeáveis (Brp): Ensaios Laboratoriais

Abstract: Esse manuscrito apresenta resultados de estudos laboratoriais para avaliar a adequabilidade de zeólitas como meio reativo de Barreiras Reativas Permeáveis (BRPs), em 3 faixas granulométricas (4,0x10-4 a 1,0x10-3 m, 1,0x10-3 a 2,0x10-3 m e 1,0x10-3 a 3,0x10-3 m). Estudos foram desenvolvidos por meio da caracterização física, química, mineralógica, permeabilidade e de sorção. A zeólita caracterizada é da espécie Clinoptilolita, com peso específico dos sólidos de 22,87 kN/m3, razão Si/Al de 6,8 e capacidade de tr… Show more

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Cited by 1 publication
(2 citation statements)
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“…Regarding the groundwater level and rockhead depth combined with the permeability, porosity, and storage capacity characteristics of geological material, units 1 and 2 had potential for a wide range of SuDS types, while unit 3 had a more restricted potential. Notably, the most favorable infiltration conditions were presented by unit 2, but this unit also had the greatest potential for groundwater contamination, and it is advisable to adopt systems that allow the use of horizontal permeable reactive barriers in accordance with the guidelines presented in [47,48]. Units 1 and 3 had water interfaces that could affect the efficiency of infiltration-based systems; these interfaces were higher in unit 3 than in unit 1.…”
Section: Discussionmentioning
confidence: 99%
See 1 more Smart Citation
“…Regarding the groundwater level and rockhead depth combined with the permeability, porosity, and storage capacity characteristics of geological material, units 1 and 2 had potential for a wide range of SuDS types, while unit 3 had a more restricted potential. Notably, the most favorable infiltration conditions were presented by unit 2, but this unit also had the greatest potential for groundwater contamination, and it is advisable to adopt systems that allow the use of horizontal permeable reactive barriers in accordance with the guidelines presented in [47,48]. Units 1 and 3 had water interfaces that could affect the efficiency of infiltration-based systems; these interfaces were higher in unit 3 than in unit 1.…”
Section: Discussionmentioning
confidence: 99%
“…Conversely, geological materials have high erodibility and low cohesion, which favors the instability of excavated slopes. It is recommended that the systems be implemented with protection measures, such as permeable reactive barriers, as proposed by [47,48]. Thus, the installation of systems with a lower runoff accumulation magnitude should be prioritized, as they allow better control of possible contaminants and the area affected by infiltration, in addition to reducing installation costs.…”
Section: Unitmentioning
confidence: 99%