Property Analysis of β-Tetragonal Bismite Thin Films: Varied Concentrations and Enhanced Photocatalytic Efficiency

Houda, Hella; Elhachmi, Guettaf Temam; Ben Temam, Hachemi; RAHMANE, Saâd; Althamthami, Mohammed

doi:10.22068/ijmse.3514

Volume 21, Issue 4 (December 2024) IJMSE 2024, 21(4): 103-118 | Back to browse issues page

‎ 10.22068/ijmse.3514

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Houda H, Elhachmi G T, Ben Temam H, RAHMANE S, Althamthami M. Property Analysis of β-Tetragonal Bismite Thin Films: Varied Concentrations and Enhanced Photocatalytic Efficiency. IJMSE 2024; 21 (4) :103-118
URL: http://ijmse.iust.ac.ir/article-1-3514-en.html

Property Analysis of β-Tetragonal Bismite Thin Films: Varied Concentrations and Enhanced Photocatalytic Efficiency

Hella Houda

, Guettaf Temam Elhachmi

, Hachemi Ben Temam

, Saâd RAHMANE

, Mohammed Althamthami

Abstract: (2227 Views)

In this study, we thoroughly examine β-Bi₂O₃ thin films as potential photocatalysts. We produced these films using an environmentally friendly Sol Gel method that is also cost-effective. Our research focuses on how different precursor concentrations, ranging from 0.1 M to 0.4 M, affect the photocatalytic performance of these films. We conducted a comprehensive set of tests to analyze various aspects of the films, including their structure, morphology, topography, optical properties, wettability, and photocatalytic capabilities. These tests provided us with a well-rounded understanding of the films' characteristics. To assess their photocatalytic efficiency, we used Methylene Blue (MB) as a contaminant and found that the films, particularly those with a 0.1 M concentration, achieved an impressive 99.9% degradation of MB within four hours. The 0.1 M film had a crystalline size of 39.7 nm, an indirect band gap of 2.99 eV, and a contact angle of 51.37°. Our findings suggest that β-Bi₂O₃ films, especially the 0.1 M variant, have promising potential for treating effluents from complex industrial dye processes. This research marks a significant step in utilizing sustainable materials to address pollution and environmental remediation challenges.

Keywords: Bismuth oxide, Dip coating, photocatalysis, Thin Films, Wettability