QatarEnergy LNG sponsored and recently presented the Best Overall Prizes to the winning teams at the 22nd Annual Chemical Engineering Plant Design Competition, organised by the Department of Chemical Engineering at Qatar University (QU). Since its inception in 2004, this annual contest aims to provide QU students with world-class engineering experience, nurturing the next generation of engineering talent. In his address at a special ceremony held at QatarEnergy LNG’s Doha headquarters on May 24, Rashid al-Kuwari, Chief Engineering and Projects Officer at QatarEnergy LNG, noted that supporting and encouraging education is a cornerstone of QatarEnergy LNG’s Corporate Social Responsibility programme and an important part of the company’s commitment to premier performance. By investing in the next generation of engineers, he said QatarEnergy LNG is contributing to the future of the industry and to the greater prosperity and advancement of the nation, which aligns with the human, social, and economic development pillars of the Qatar National Vision 2030. This competition demonstrates the exceptional capabilities of students in transforming theoretical knowledge into practical, real industrial challenges. Every year, QatarEnergy LNG is impressed by the technical depth, creativity, and professionalism demonstrated in the projects. QatarEnergy LNG was joined at the event by Professor Dr Mohammed al-Marri, head of the Department of Chemical Engineering at QU, to present prizes to the winning teams. Each group gave a brief presentation on their plant design project and the innovative solutions they developed. The event also recognised judges, advisors, Prof al-Marri, Associate Professor Dr Zeinab Jawad, Professor Dr Fadwa Eljack, representatives from the Department of Chemical Engineering at QU, and QatarEnergy LNG representative, Eman Elhmoud, head of Process & Flow Assurance Engineering, and Rand Aga, CSR specialist. Prof al-Marri highlighted in his opening remarks that the annual Plant Design Competition represents the department’s flagship event, celebrating graduating senior students. He thanked QatarEnergy LNG for its continued support over the past 22 years and extended special thanks to the judges for their valuable contributions to the competition’s success. This year, 10 teams presented their projects to a panel of industry judges. Working over two semesters, the students developed simulation-based grassroots plant designs and completed several engineering tasks, including process simulation, environmental impact assessment, heat integration, mechanical equipment design, safety analysis, and economic evaluation. The students developed designs related to Liquefied Natural Gas, Ethylene, and Dimethyl Ether production processes. The competition was held on May 7 at QU’s Engineering Building, featuring five female teams and five male teams. The competition was of an exceptionally high standard, and the best three teams were selected by the judging panel, comprised of engineering experts from multiple industrial partners in Qatar, including Mathew Swatton, technology team lead at Qatar Shell GTL Limited; Abdulla al-Emadi, lead of Process Engineering at QatarEnergy LNG; Awad al-Yafei, head of Plant Productivity at Qafco; Ahmed M Homssi, environmental manager at QChem; and Sarah al-Raeesi, senior APC Engineer (POT) – Technical at OryxGTL. The evaluation criteria for the competition included Organisation and Structure, Technical Content, Visual Aids, and Teamwork. First place was awarded to the team of Shahd Murtada, Mona Foroohar, Shimaa Asem, and Rawan Tayseer Abunada for their outstanding design of an ethylene plant (ETHYQ). By utilising Technip’s advanced SMK technology, the plant is designed to produce polymer-grade ethylene with a purity exceeding 99.9%. The project combines high-performance production with innovative sustainability solutions, including waste-heat recovery that supplies nearly one-third of the plant’s steam demand and a CO2 capture system achieving 90% carbon removal efficiency. They were supervised by Professor Dr Ibnelwaleed Ali Hussein. Second place was awarded to the team of Mohammad Jaber Alathba, Mohamed Ashraf, Mohamed Dahri, and Khalid Hamad al-Jabri for their innovative design of Dimethyl Ether (DME) Plant. Two production routes, Direct and Indirect DME synthesis, were evaluated technically, environmentally, and economically, with the Direct route selected as the preferred option due to its lower COx emissions and superior financial performance. The project included the mechanical design of major equipment validated using Aspen HYSYS and HTRI Xchanger Suite. The team was supervised by Assistant Professor Dr Seckin Karagoz. Third place went to the team of Amira al-Kebsi, Fatima Abdulla al-Samra, Noora Khalili, and Elham Dabwan for their Qatar Ethygreen Company (QEGCO) Ethylene Production. The process technologies were based on Score by KBR, and, with integration and adjustments, a plant simulation that utilised waste heat recovery, minimised NOX emissions, and reduced the overall carbon footprint was developed. The most notable adjustment was the integration of a carbon capture unit, which would operate towards methanation, providing an alternative fuel source for the plant. The team was supervised by Professor Dr Fadwa Eljack.
