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Roberto Briones-Gallardo, Muriel González-Muñoz, Itza García-Bautista, David Valdés-Lozano, Tanit Toledano-Thompson, Erik Polanco-Lugo, Renata Rivera-Madrid and Ruby Valdez-Ojeda
Hydrogen, electric energy production, and metal toxic bioremediation are some of the biotechnological applications of sulfate-reducing organisms, which potentially depend on the sulfide produced. In this study, offshore of Yucatan, the capacity to produc...
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Philippe Refait, Anne-Marie Grolleau, Marc Jeannin, Celine Rémazeilles and René Sabot
This article presents a synthesis of recent studies focused on the corrosion product layers forming on carbon steel in natural seawater and the link between the composition of these layers and the corrosion mechanisms. Additional new experimental results...
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Vita Datsenko,Natali Khimenko,Lilua Egorova,Yana Svishchova,?leksandr Dubyna,Olena Budvytska,Nina Lyubymova,Volodymyr Pasternak,Ludmila Pusik
Pág. 42 - 48
Based on the developed algorithm, the sanitary and toxicological properties have been assessed in the system "Galvanic sludge ? natural object" using model copper-zinc sludge.The following minerals containing heavy metal ions have been identified in galv...
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Tan Dang, Petra Marschner, Rob Fitzpatrick and Luke M. Mosley
Biochar can retain large amounts of protons and metals in the drainage water from acid sulfate soils and mine sites. Metal sorption can, however, be influenced by many factors, such as pH and metal composition. This study investigated proton, Al, and Fe ...
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Jennyfer Serrano and Eduardo Leiva
Fluvial sediments, soils, and natural waters in northern Chile are characterized by high arsenic (As) content. Mining operations in this area are potential sources of As and other metal contaminants, due to acid mine drainage (AMD) generation. Sulfate Re...
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