A Brighter Future for Polluted Waters? Bioremediation and the Fight Against Acid Mine Drainage - Purky
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A chemostat study of BSR was carried out using anaerobic digestate as a carbon source and electron donor. These data and their kinetic analysis are presented in Chapter 5. Here the effect of the volumetric sulphate loading rate (VSLR), which was mediated through dilution rate and feed sulphate concentration on volumetric sulphate reduction rate (VSRR), is reported and discussed. Mathematical models previously used for acetate, ethanol and lactate were fitted to describe the effect of feed sulphate concentration on the BSR kinetics when anaerobic digestate was used as a carbon source and electron donor.…mehr

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Produktbeschreibung
A chemostat study of BSR was carried out using anaerobic digestate as a carbon source and electron donor. These data and their kinetic analysis are presented in Chapter 5. Here the effect of the volumetric sulphate loading rate (VSLR), which was mediated through dilution rate and feed sulphate concentration on volumetric sulphate reduction rate (VSRR), is reported and discussed. Mathematical models previously used for acetate, ethanol and lactate were fitted to describe the effect of feed sulphate concentration on the BSR kinetics when anaerobic digestate was used as a carbon source and electron donor.
Autorenporträt
Dr. Purky is a dedicated environmental scientist with a deep interest in water resource management and remediation. Their expertise lies in the field of bioremediation, a sustainable approach to cleaning polluted environments using natural biological processes. Dr. Purky's research focuses on developing and implementing bioremediation solutions for various environmental challenges, with a particular emphasis on combating the detrimental effects of acid mine drainage (AMD). Dr. Purky's work has been instrumental in advancing our understanding of how bioremediation can be harnessed to restore water quality in areas impacted by AMD. Their research has been published in leading scientific journals and presented at international conferences, fostering collaboration and knowledge sharing within the environmental science community. Dr. Purky's commitment to environmental protection extends beyond academia. They actively participate in public outreach initiatives, educating communities about the importance of clean water and the potential of bioremediation for a sustainable future.