BIO-RESILIENCE IN LUBRICANT TECHNOLOGY: INVESTIGATING AND ENHANCING FUEL LUBRICANT MATERIAL STABILITY AGAINST BIOSUSCEPTIBILITY

Abstract

The ever-increasing reliance on synthetic lubricants in automotive and industrial applications has raised concerns regarding their environmental impact. Microbial degradation of these lubricants contributes to oil pollution, ecosystem disruption, and greenhouse gas emissions. This scientific article delves into the realm of bio-resilience in lubricant technology, focusing on the investigation and enhancement of fuel lubricant material stability against biodegradation. The growing demand for sustainable energy solutions underscores the need for robust lubricants that can withstand environmental challenges. This study explores the intricate interplay between fuel lubricant materials and biodegradation processes, aiming to uncover key mechanisms and develop strategies for bolstering bio-resilience.