Bioaugmentation to Treat Total Nitrogen Effluent Levels in a LeatherManufacturing Unit in South Korea

Abstract

This study explores into the application of bioaugmentation as a method to mitigate total nitrogen (TN) levels in the wastewater of a South Korean leather manufacturing unit. Through a comprehensive 5-week trial, the study demonstrates the effectiveness of bioaugmentation in reducing TN levels by an impressive 53%, a notable achievement when compared to the control treatment where no significant alterations in TN levels were observed. The findings of this study hold promising implications for the field of industrial wastewater treatment. Beyond the immediate context of the South Korean leather manufacturing unit, the study suggests potential future applications of bioaugmentation as a viable and efficient approach for addressing TN levels in industrial wastewater. The primary goal is to align with local discharge standards, ensuring that treated wastewater meets regulatory requirements. This research contributes valuable insights to the ongoing efforts in sustainable industrial practices, highlighting bioaugmentation as a prospective solution to enhance environmental compliance and wastewater management.