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Duduna, William-Porbeni

duduna.ebi@ndu.edu.ng

Areas of Research Interest & Specialty

S/N Research Area
1 Corrosion study: microbial concrete corrosion engineering. Metals corrosion.
2 Environmental pollution control and waste management. Water and wastewater research.

School Attended with Qualifications

  • Niger Delta University - B.eng Chemical Engineering - 2006
  • University of Benin - M.eng Chemical Engineering - 2011
  • University of Surrey - Msc Water and Environmental Engineering - 2012
  • Niger Delta University - PhD Chemical Engineering - 2023

Membership of Professional Bodies- Year

  • Nigeria Society of Engineers - 2015
  • COREN - 2015
  • Association of professional women engineers - 2019
  • Lecturer, Department of chemical engineering., Niger Delta University - 2010- Date
  • Departmental board secretary , Niger Delta University - 2014-Date
  • Departmental resit exams officer. , Niger Delta University - 2019-2021
  • Departmental SIWES coordinator, Niger Delta University - 2019-Date

Workshops and Conferences Attended

  • COREN Assembly - 2019
  • COREN Assembly - 2018
  • COREN Assembly - 2021
  • COREN Assembly - 2022
  • COREN Assembly - 2023

Articles

  • William-Porbeni,D and Gumus,R.H. (2021). Identification and characterisation of microorganisms from a domestic sewer.. Journal of multidisciplinary engineering science studies. , 0(8) 4007-4013
  • William-Porbeni,D and Gumus,R.H. (2021). Study on the microbiologically induced corrosion of concrete in sewer waste water. . International journal of advances in scientific research., 7(9) 7-17
  • William-Ebi,D., Osaribie, N.A and Tombiri, M.Z. (2019). Comparison of various adsorption isotherm models for allium cepa as corrosion inhibitor on austenitic stainless steel in sea water. . International journal of scientific and technology research., 8(8) 961-964
  • William-Ebi,D., Osaribie, N.A and Tombiri, M.Z. (2019). Comparative study of the corrosion inhibition and adsorption isotherm of ripe and unripe plantain (Musa paradisiaca) Peel extract on zinc in 2.0M CH3COOH acid solution. . International journal of advances in scientific research and engineering. , 5(7) 75-85