Research master A, at scientific and technical research center in physicochemical analysis Bouismail Tipaza, Algeria.
Dr. Sameh ATHMANI is a leading Algerian physical chemist, currently serving as a Maitre de Recherche Classe A at the Centre de Recherche Scientifique et Technique en Analyses Physico-Chimiques (CRAPC) in Bousmaïl, Tipaza. Specializing in corrosion inhibition, green chemistry, and electrochemistry, she has made significant contributions to sustainable materials protection through innovative use of plant extracts and expired pharmaceuticals. Dr. Athmani holds a Doctorat es-Science in Chemistry from Université Badji Mokhtar Annaba and is actively involved in collaborative research, student supervision, and project innovation. Her work spans corrosion analysis, wastewater treatment, and eco-friendly solutions, emphasizing applied science that addresses real-world industrial and environmental challenges. Her research has been presented internationally, and she plays an integral role in shaping Algeria’s scientific landscape in materials science and environmental protection.
Professional Profile
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🎓 Education
Dr. Sameh ATHMANI earned her Doctorat es-Science (2013–2019) in Physical Chemistry of Materials from Université Badji Mokhtar Annaba, graduating with the highest distinction. Her thesis, focused on evaluating the inhibitory efficiency of Agave americana extract on mild steel corrosion in sulfuric acid, integrated advanced electrochemical techniques and green chemistry principles. Prior to that, she earned a Magister degree in Chemistry and began her academic journey with teaching responsibilities in general chemistry (2013–2014). Dr. Athmani also supervised Master’s research (2019–2022) focused on corrosion inhibition using natural compounds, ZnO nanoparticles, and expired drugs. She is deeply engaged in the education sector through her roles as co-supervisor for master’s and doctoral theses and as a jury member in electrochemistry and corrosion defense sessions. Her academic background is rooted in sustainability and scientific inquiry, preparing her to address Algeria’s environmental and material degradation challenges effectively.
🧪 Experience
Dr. ATHMANI began her career in 2014 as a research attaché at CRAPC after receiving her Magister degree. In June 2019, she advanced to Maitre de Recherche Classe B following her doctorate, and in 2023, was promoted to Classe A through the national research commission. She is a member of the Surface Engineering Laboratory (LIS) and has collaborated with various universities, including Université Chadli Bendjedid – El Tarf. Her experience includes leading multiple research projects, such as the development of a compact wastewater treatment station and exploring the inhibitory effects of natural compounds and expired drugs on metal corrosion. She’s also been involved in public-private partnerships, notably with the company Ferrovial, to address sanitation infrastructure needs in underserved areas. Her extensive involvement in teaching, supervision, and scientific events positions her as both a dedicated researcher and an academic mentor.
🔬 Research Interests
Dr. Sameh ATHMANI’s research interests lie at the intersection of green corrosion inhibitors, electrochemical analysis, nanomaterials, and wastewater treatment. Her work primarily focuses on the corrosion behavior of metals such as steel, copper, and aluminum in acidic media and the development of eco-friendly inhibitors derived from natural plant extracts, expired pharmaceuticals, and biowaste. She investigates synergistic effects with iodide ions and nanoparticles to enhance corrosion resistance. Her passion for green chemistry is evident in her studies on Nigella Sativa, Cichorium intybus L., and other indigenous plants. She is also involved in innovation for environmental sustainability, such as designing portable wastewater treatment systems for rural and industrial zones. Her multi-disciplinary approach integrates theoretical modeling, experimental chemistry, and engineering applications to propose practical and scalable solutions to environmental and industrial challenges.
🏆 Awards & Honors
Dr. Sameh ATHMANI has achieved notable milestones throughout her academic and research career. Her promotion to Maitre de Recherche Classe A in 2023 by the National Commission for Permanent Researchers marks a significant professional recognition. She has also been a recipient of competitive national project funding, including a PRFU project focused on green corrosion inhibitors. Her eco-friendly research on corrosion inhibition using expired medications and local plant extracts has drawn national and international attention. Dr. Athmani’s innovative wastewater treatment prototype, designed in collaboration with EPE Ferrovial, received recognition from ministerial delegations and was showcased at national technology fairs. She has played active roles in high-profile conferences across North Africa and Europe, representing Algerian scientific innovation on the global stage. Her consistent dedication to environmental chemistry and applied research exemplifies excellence in both academic and practical domains.
📚 Top Noted Publications
(With links, journal names, years, and citations)
1. A study of the effect of Agave americana extract inhibitor on the corrosion of mild steel in 0.5M H₂SO₄
🔸 Journal: Materials Research Express
🔸 Year: 2018
🔸 Volume(Issue): 6(1)
🔸 Article Number: 016504
🔸 Citations: 51
🔸 Summary: This study evaluates the effectiveness of Agave americana leaf extract as a green corrosion inhibitor for mild steel in sulfuric acid. Techniques such as weight loss, electrochemical impedance spectroscopy (EIS), and potentiodynamic polarization were used. The extract exhibited good inhibition efficiency attributed to the presence of phytochemicals that adsorb on the steel surface.
2. ZnO nanoparticles and biocidal effect on E. coli
🔸 Journal: Desalination and Water Treatment
🔸 Year: 2018
🔸 Volume: 104
🔸 Pages: 217–224
🔸 Citations: 67
🔸 Summary: This paper investigates the antibacterial activity of zinc oxide (ZnO) nanoparticles against Escherichia coli. Results showed significant biocidal effects depending on particle size and concentration, making ZnO a potential agent for water purification and disinfection systems.
3. Expired amoxicillin as corrosion inhibitor in HCl
🔸 Journal: Materials Research Express
🔸 Year: 2019
🔸 Volume(Issue): 6(4)
🔸 Article Number: 046419
🔸 Citations: 38
🔸 Summary: The work explores the use of expired amoxicillin as a sustainable corrosion inhibitor for mild steel in hydrochloric acid. Through electrochemical and gravimetric methods, it was shown that expired drugs can be repurposed, offering eco-friendly and cost-effective alternatives.
4. Synergistic inhibition of Agave americana and iodide ions
🔸 Journal: International Journal of Chemical and Biochemical Sciences
🔸 Year: 2020
🔸 Volume: 17
🔸 Pages: 97–104
🔸 Citations: 25
🔸 Summary: This study demonstrates a synergistic inhibition effect when combining Agave americana extract with iodide ions for corrosion protection of steel in acidic media. The combined system improved inhibition efficiency significantly compared to individual components.
5. Expired antibiotic with KI on steel corrosion in HCl
🔸 Journal: International Journal of Chemical and Biochemical Sciences
🔸 Year: 2020
🔸 Volume: 18
🔸 Pages: 98–108
🔸 Citations: 22
🔸 Summary: Investigating a blend of expired antibiotics with potassium iodide (KI) in hydrochloric acid, the paper reports enhanced corrosion inhibition of steel due to synergistic effects, confirming the potential reuse of pharmaceuticals in industrial applications.
6. Dardagan Fruit Extract as eco-friendly inhibitor
🔸 Journal: Journal of the Taiwan Institute of Chemical Engineers
🔸 Year: 2020
🔸 Volume: 107
🔸 Pages: 189–200
🔸 Citations: 109
🔸 Summary: The study focuses on using Dardagan (possibly Dardagan refers to Ziziphus species) fruit extract as a green corrosion inhibitor. It showed high efficiency in acidic media, analyzed through EIS and adsorption isotherms, promoting its potential for industrial-scale application.
7. Amino acids as inhibitors: theoretical and experimental study
🔸 Journal: RSC Advances
🔸 Year: 2022
🔸 Volume(Issue): 12(36)
🔸 Pages: 23718–23735
🔸 Citations: 41
🔸 Summary: This paper presents a combined computational and experimental study on the inhibition behavior of selected amino acids on metal corrosion. DFT calculations, molecular dynamics, and experimental methods confirm their effective adsorption and inhibition potential.
Conclusion
Dr. Sameh Athmani demonstrates strong qualifications for the Best Researcher Award based on:
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A clear and coherent research trajectory in corrosion inhibition, especially using green and sustainable methods.
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Consistent academic productivity with applied innovations like wastewater treatment systems.
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Active mentorship and contributions to national development priorities through science.
Despite minor areas for international expansion and stronger commercialization pathways, her profile reflects a dedicated and impactful researcher whose work bridges theoretical science and real-world applications.