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Found 2 from your keywords: subject="deep-sea sediment"
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The Influence Of Salinity Concentration On Power Generation And Microbial Via…
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Jovanka Sheryn Tritanti

The deep-sea ecosystem is a largely unexplored environment with unique chemical and physical conditions that impact the organisms living there. Deep-sea sediments contain a diverse population of electroactive bacteria (EABs) that have the potential to generate electricity in microbial fuel cells (MFCs). This study aims to investigate the influence of salinity concentration on bacterial viabi…

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BT 23-009
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The Study of Different Temperatures Effects on Deep-Sea Sediment Microbial Fu…
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Jessica Renata Wijaya Tumboimbela

The increasing global electricity consumption driven by population growth and industrial development necessitates the exploration of environmentally friendly renewable energy sources. Microbial fuel cells (MFCs), more specifically deep-sea sediment microbial fuel cells, have gained significant attention in the bioenergy industry as they can harness bacteria capability to generate electricit…

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BT 23-018