Mohammed Al-Tarrah, Research Technician

Mohammed Al-Tarrah

Research Technician

King Abdullah University Of Science And Technology

Lieu
Arabie Saoudite
Éducation
Master, Petrochemical Engineering
Expérience
2 years, 11 Mois

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Expériences professionnelles

Total des années d'expérience :2 years, 11 Mois

Research Technician à King Abdullah University Of Science And Technology
  • Arabie Saoudite - Jeddah
  • Je travaille ici depuis janvier 2022

Kept work areas extremely clean and sanitized properly to avoid errors in research.
Preformed experiments with different operating conditions which help with the results discussion for the research.
Cleaned the reactor and the process line of the pilot plant using the proper solvents.
Preformed catalyst formulation using spray-dryer.
Handled troubleshooting tasks on malfunctioning lab equipment working with manufacturers to resolve problems.
Coordinated with research and development team to support production and boost efficiency.

Production Engineer à Al Jubail Petrochemical Company - Kemya
  • Arabie Saoudite
  • juin 2019 à décembre 2019

SABIC (KEMYA), Trainee
Worked as a Production engineer.
Understood how the plant operates by studying the manual.
Solved a mass balance task provided by the mentor.
Solved an energy balance task provided by the mentor.
Investigated a plugging in the stripper.
Redesigned one of the undersized heat exchangers.

Éducation

Master, Petrochemical Engineering
  • à King Fahd University Of Petroleum & Minerals
  • août 2021

Master Project, Butadiene Production A thermodynamic study was done to discover the best operating conditions for the Oxidative Dehydrogenation of n-butane to achieve the highest butadiene selectivity. A catalyst and kinetics research was done to select the best possible catalyst along with the kinetics to be used in the simulation part A full simulation for the Oxidative Dehydrogenation and the Catalytic Dehydrogenation of n-butane was done using Aspen Plus. A comparison between the two process in terms of the purity, amount of butadiene, energy, and capital cost was done in order to select the optimum process.

Baccalauréat, Chemical Engineering
  • à King Fahd University Of Petroleum & Minerals
  • juin 2020

Senior project, Methanol Production Designed both the absorption column and flash drum theoretically. Designed both the absorption column and flash drum using Aspen Hysys to compare with theoretical results.

Specialties & Skills

Microsoft PowerPoint
Microsoft Word
Microsoft Excel
Aspen HYSYS
Aspen Plus
Aspen plus
Team work
Problem-solving
Time management
Self-learning
Leadership
Microsoft office (word, excel, power point)

Langues

Arabe
Langue Maternelle
Anglais
Expert

Formation et Diplômes

COOP Program (Formation)
Institut de formation:
SABIC
Date de la formation:
June 2019