Regeneration technologies for activated carbon saturated with tetracycline hydrochloride

Key Points

• Activated carbon regeneration technologies improve pollutant removal efficiency, particularly for tetracycline hydrochloride, indicating their practical application in wastewater treatment.
• Regeneration methods show up to 80% restoration of adsorption capacity for activated carbon saturated with pollutants, providing a robust solution.
• Analysis includes various regeneration techniques such as thermal, chemical, and biological means to assess their efficiency in pollutant removal.
• Highlights the importance of these technologies in addressing pharmaceutical contaminants in wastewater, suggesting promising pathways for environmental sustainability.