Ultrasound-assisted synthesis of high surface area amorphous TiO2 for adsorption and its crystallization to photocatalytically active materials

Key Points

• Higher surface area enhances adsorption efficiency for contaminants, optimizing TiO2 utility.
• The synthesized amorphous TiO2 exhibits significant adsorption capability, indicating its potential applications.
• Ultrasound-assisted synthesis enhances structural properties and crystallization of TiO2, affecting its photocatalytic behavior.
• Further optimization may lead to improved photocatalytic performance, expanding environmental remediation applications.