Hadjer Didouh | Biofilm Adhesion | Best Researcher Award

Dr. Hadjer Didouh, Hassiba Benbouali University of Chlef, Algeria.

Hadjer Didouh is a dedicated chemical engineering researcher specializing in biofilm adhesion and corrosion inhibition in oil pipeline systems. Currently a Visiting Research Scholar at Ohio University’s Institute for Corrosion and Multiphase Technology, she is advancing research under the guidance of Prof. Tingyue. Her work focuses on eco-friendly corrosion inhibitors and biofilm characterization, using cutting-edge techniques to enhance pipeline integrity. With a Master’s degree in Chemical Engineering and several impactful conference presentations, Hadjer’s commitment to sustainable solutions is driving important advancements in the field of industrial materials and environmental safety.

Publication profile

Scopus

Education and Experience

- Master’s Degree in Process Engineering (Chemical Engineering) — Abdelhamid Ibn Badis University of Mostaganem, Algeria, 2019.
- First Degree in Process Engineering — Abdelhamid Ibn Badis University, 2017.
- English Proficiency Certificate — Level B2, University of Mostaganem, 2016.
- ERASMUS+ Student Mobility Program — Afyon Kocatepe University, Turkey, 2022.
- Internships and Training:
  - Methanol Complex CP1/Z, Arzew, Algeria (2016).
  - Natural Gas Treatment Unit GL1/Z, Béthioua, Algeria (2017).
  - Sorfert Complex, Arzew, Algeria (2017).
  - Advanced Training, GL2/Z, Béthioua, Algeria (2019).
- Temporary Lecturer — Faculty of Technology, University of Chlef and Mostaganem (2020-2022).

Suitability For The Award

Dr. Hadjer Didouh is an accomplished researcher in the field of process engineering with a focus on corrosion science and biofilm adhesion, making her a strong candidate for the Best Researcher Award. Her research contributions, academic background, and commitment to sustainable practices underscore her qualifications for this recognition.

Professional Development

Hadjer Didouh’s professional journey reflects a commitment to advancing chemical engineering and process engineering, with a focus on sustainable corrosion solutions. As a Visiting Research Scholar at Ohio University, she has honed her expertise in biofilm adhesion mechanisms on carbon steel, critical for pipeline integrity in oil and gas. Through collaborations, training, and hands-on research experience in corrosion inhibition, she has developed innovative eco-friendly strategies for biofilm mitigation. Hadjer’s academic and professional pursuits also include teaching practical courses in chemistry and chemical engineering, impacting the next generation of engineers.

Research Focus

Hadjer Didouh’s research primarily centers on understanding and mitigating biofilm adhesion on industrial materials, particularly those used in the oil and gas sector. Her work explores corrosion inhibitors, emphasizing environmentally friendly options such as plant extracts and natural compounds. Currently, she is investigating the efficacy of biofilm characterization and adhesion mechanisms, combining her knowledge of electrochemical analysis with green chemistry. Her research contributions provide essential insights into sustainable engineering practices, with implications for safer and more durable oil pipeline systems.

Awards and Honors

SSENAM’5 — Poster presentation on biofilm adhesion mechanisms, Ghardaïa University, Algeria, 2020.
National Symposium on Agroecology — Poster presentation on antioxidant properties of Algerian plants, Mascara University, 2023.
ICMSA’23 — Oral presentation on green corrosion inhibitors, Khenchela University, 2023.
Eudoxia Research Conference — International presentation on biofilm mechanisms, Eudoxia Research University, 2023.

Publications

“Investigating the use of Moringa Oleifera leaf extract as an environment-friendly corrosion inhibitor for API 5L X52 steel in 1 M HCl,” Journal of Molecular Liquids, 2023 – Cited by 11
“Fracture Mechanics Computation to Estimate the Constraint Parameters and Crack Path Orientation,” Structural Integrity and Life, 2022 – Cited by 0