Dr. Belgassim BOUTRA | Environmental Science Award | Best Researcher Award
Dr. Belgassim BOUTRA, UDES, Algeria
Dr. Belgassim BOUTRA šš¬š is a distinguished researcher at the Solar Equipment Development Unit, UDES. He holds a Doctorate in Environmental Engineering from USTHB University, Algeria (2019) and a HDR (2022). His expertise encompasses advanced oxidation processes (AOPs), photocatalysis, adsorption, and disinfection for wastewater treatment. Dr. BOUTRA has made significant contributions to environmental science, emphasizing sustainable and innovative technologies. His work is documented in numerous publications and patents, making a substantial impact in the field of environmental engineering. šæš§š§
Publication profile
Research Focus
Dr. Belgassim BOUTRAās research focus primarily lies in environmental engineering šš¬, particularly in the advanced treatment of wastewater š§š§. His work emphasizes the development of innovative photocatalytic materials š§ŖāØ, such as ZnO and MnFeāOā composites, for the degradation of harmful pollutants under sunlight āļøš¬. Dr. BOUTRA explores sustainable methods like solar photodegradation šš and artificial neural networks for water treatment optimization š§ š§, aiming to improve water quality and promote reuse šæšæ. His contributions significantly impact environmental sustainability, water purification, and clean energy technologies š”ā”, addressing pressing issues related to climate change adaptation and pollution control šļøš.
Publication Top Notes
- Magnetically separable MnFeāOā/TA/ZnO nanocomposites for photocatalytic degradation of Congo Red under visible light šš¬š – 113 citations š – 2020 š
- Enhancement of photoelectrochemical hydrogen production by using a novel ternary AgāCrOā/GO/MnFeāOā photocatalyst ā”š§š – 39 citations š – 2020 š
- Solar photodegradation of a textile azo dye using synthesized ZnO/Bentonite šš§Ŗš – 37 citations š – 2017 š
- Response surface methodology and artificial neural network for optimization and modeling the photodegradation of organic pollutants in water š§ šš – 20 citations š – 2022 š
- Adsorption and Photodegradation of Solophenyl Red 3BL on Nanosized ZnFeāOā Under Solar Light šāļøš“ – 13 citations š – 2016 š
- Climate change adaptation by solar wastewater treatment (SOWAT) for reuse in agriculture and industry šš§š¾ – 11 citations š – 2021 š
- Photocatalytic treatment of synthetic and real textile wastewater using zinc oxide under the action of sunlight šš§Ŗšæ – 7 citations š – 2021 š
- Solar Wastewater Treatment: Advantages and Efficiency for Reuse in Agriculture and Industry šš§š – 7 citations š – 2019 š
- Compared efficiency of sustainable and conventional treatments of saline oily wastewater rejected by petroleum industry in Algerian Sahara šµšš – 5 citations š – 2022 š
- Boosting visible light response and charge separation by plasmonic Ag and TiOā modification of AgāVOā for degradation of pollutants ššš§Ŗ – 4 citations š – 2020 š