High-Energy Chemical Degradation of Triphenylmethane Dyes for Environmental Remediation: Bibliometric Analysis

Triphenylmethane dye (TPM) has been widely studied in science, especially in textile dyeing and analytical uses. It has received significant attention in environmental issues, particularly for wastewater treatment and dye breakdown. A bibliometric study was conducted using data from major scientific databases to systematically analyze the growth of knowledge in TPM. This paper reviews publication trends, citation impacts, prominent researchers, contributing institutions, and countries involved in the field. It also outlines the collaborations and research communities focused on specific themes. The findings show a steady increase in publications over the past few decades, indicating growing interest in pararosaniline chloride in environmental and industrial areas. The citation analysis points out the most important works related to dye removal technologies and toxicity studies. Additionally, the keyword mapping reveals evolving research trends, particularly with a focus on eco-friendly chemical methods and effective degradation techniques. This bibliometric evaluation clearly depicts the framework of TPM dye studies and highlights potential areas for future research, especially regarding eco-friendly remediation methods and sustainable applications.