Yavuz, G. Et Al. 2025. Feasibility of Fenton-based oxidation for reducing organic content, toxicity, and carbon footprint of automotive industry wastewater. International Journal of Environmental Science and Technology .

Yavuz, G., Okumuş, M. B., Bostancı, S., Karadirek, İ. E., & Çığgın, A. S., (2025). Feasibility of Fenton-based oxidation for reducing organic content, toxicity, and carbon footprint of automotive industry wastewater. International Journal of Environmental Science and Technology .

Yavuz, GÜLSÜM Et Al. "Feasibility of Fenton-based oxidation for reducing organic content, toxicity, and carbon footprint of automotive industry wastewater," International Journal of Environmental Science and Technology , 2025

Yavuz, GÜLSÜM Et Al. "Feasibility of Fenton-based oxidation for reducing organic content, toxicity, and carbon footprint of automotive industry wastewater." International Journal of Environmental Science and Technology , 2025

Yavuz, G. Et Al. (2025) . "Feasibility of Fenton-based oxidation for reducing organic content, toxicity, and carbon footprint of automotive industry wastewater." International Journal of Environmental Science and Technology .

@article{article, author={GÜLSÜM YAVUZ Et Al. }, title={Feasibility of Fenton-based oxidation for reducing organic content, toxicity, and carbon footprint of automotive industry wastewater}, journal={International Journal of Environmental Science and Technology}, year=2025}