Ultrasonic oxidation enhances germanium leaching from high-sulfur dust. #sciencefather#Researcher#Researchscientist

 Ultrasonic oxidation enhances germanium leaching from high-sulfur dust.

1. Introduction :

   • Overview of germanium-bearing dust and its challenges.

   • Importance of efficient extraction methods.

   • Introduction to ultrasonic synergistic oxidation technology.

2. Materials and Methods :

   • Description of zinc oxide dust (ZOD) composition.

   • Experimental setup for ultrasonic-assisted leaching.

   • Parameters studied: H₂O₂ dosage, ultrasonic power, acidity, liquid/solid ratio, temperature, and time.

3. Results and Discussion :

   • Effect of H₂O₂ dosage on leaching efficiency.

   • Influence of ultrasonic power on reaction rates.

   • Optimal conditions for maximum germanium recovery.

   • Comparison with conventional leaching methods.

4. Mechanism of Ultrasonic Synergistic Oxidation :

   • Generation of hydroxyl radicals via cavitation.

   • Enhanced oxidation of sulfide matrices.

   • Reduction of germanium loss due to Fe(OH)₃ adsorption.

5. Conclusion :

• Summary of findings.

• Implications for industrial applications.

• Recommendations for future research.

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