Abstract
This study explores the potential of Ocimum Americanum as an environmentally friendly steel corrosion inhibitor in an acidic medium, as many industrial applications suffer from corrosion. The study aims to reduce corrosion by utilizing Ocimum Americanum'sinherent benefits as an eco-friendly alternative to traditional inhibitors. The capacity of Ocimum Americanum to regulate corrosion was evaluated using various surface analytical and electrochemical techniques. Steel was tested for corrosion using PDP and EIS in an acidic medium containing extract from Ocimum Americanum at varying concentrations. Ocimum Americanum'sefficiency as a green corrosion inhibitor was demonstrated through surface examination techniques like SEM and UV, revealing a significant reduction in corrosion rate. The study found that Ocimum Americanum extracts form a protective layer on mild steel surfaces, limiting corrosive attack in acidic media due to morphological changes and functional groups. The study evaluated the environmental friendliness of Ocimum Americanum as a corrosion inhibitor, focusing on its biodegradability and toxicity compared to conventional chemical inhibitors. Ocimum Americanum's sustained quality provides a strong argument for its use in economic sectors to mitigate environmental harm.