Promising Technology Reshapes Yemen's Energy Future: A Unique Project Discusses Converting GTL Natural Gas (Methane, Ethane) into Environmentally Friendly Oil

University Media

In an academic display reflecting the high level of training and scientific excellence achieved by the Emirates International University, students from the Petroleum and Gas Engineering Department discussed a unique graduation project entitled: “A Modern Technology for Converting GTL Natural Gas into Environmentally Friendly Oil in Block 18 – Yemen.” This project was submitted as part of the requirements for obtaining a Bachelor of Science degree in Petroleum and Gas Engineering.

The project demonstrated an advanced level of engineering knowledge and modern industrial applications through a comprehensive scientific study examining the feasibility of converting natural gas into liquid hydrocarbons using Gas to Liquids (GTL) technology. This was achieved through advanced modeling and simulation using Aspen HYSYS software, one of the leading global programs used in the petroleum industry.

The project was designed by selecting a suitable thermodynamic package and developing an integrated process flow diagram that includes syngas production units and various separation units.

 The project was presented by students Khalil Abdulkarim Mubarak Al-Qaisi, Hussein Abdulraqib Ahmed Al-Azzani, Shaif Awad Saeed Saleh Muaili, Mohammed Khaled Abdo Al-Barihi, and Noah Hassan Abdullah Al-Iraqi, under the supervision of Dr. Abdul Salam Al-Kamel and assistant supervisor Engineer Abdullah Al-Maghles.

The study relied on the design and simulation of an integrated operational chain of heating, cooling, and dewatering processes, including catalysts for syngas production, using the Fischer-Tropsch theory and product separation units. This reflects the students' ability to handle complex industrial technologies according to professional engineering standards. The team was able to develop a successful and convergent mass-energy balance model, estimating a production capacity of approximately 7,840 barrels of oil per day. A comprehensive economic feasibility study of the proposed project and its associated financial indicators was also conducted.

The study confirmed that gas-to-liquids (GTL) technology represents a promising strategic option for utilizing Yemen's natural gas resources, particularly in areas facing infrastructure challenges in gas transportation. Furthermore, it plays a role in producing environmentally friendly fuels and enhancing the economic value of hydrocarbon resources. The discussion committee consisted of Professor Ibrahim Farea, Dr. Mohammed Abbas, and Dr. Labib Hajari, in the presence of the University President, Professor Khaled Ahmed Salah. During the discussion, the President praised the project's academic level, emphasizing that the high-quality projects presented by students of the Emirates International University reflect the excellence of the educational outcomes and the university's success in preparing engineering professionals capable of innovation, keeping pace with global developments, and providing practical solutions that serve development and the needs of the labor market.

This project underscores the Emirates International University's academic focus on applied education and scientific research related to development issues, energy, and industry, thus strengthening its position as an academic environment that cultivates talent and builds a more innovative and distinguished future.

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