The triboelectric effect has recently showcased significant potential in environmental remediation applications. It has been employed to initiate various catalytic reactions through the utilization of minimal mechanical energy. In this context, the present study focuses on the tribocatalytic activity of LiNbO3 powder prepared via solid-state reaction process. From the study, it was found that ∼92 % of Rhodamine B (RB) dye was degraded in 15 h of mechanical stirring. The results showed that there is significant influence of each parameter in the tribocatalysis process. The current study systematically explored the connection between various affecting parameters and the tribocatalysis mechanism by using LiNbO3 ceramic whereby laying a robust foundation for the advancement of tribocatalysis process.