Officials from Qatargas and Qatar University welcomed the winners of the 18th Plant Design Competition at the award ceremony.

Doha: Qatargas Operating Company Limited (Qatargas) sponsors and announces the best overall award to the 1st, 2nd and 3rd place award-winning teams at the 18th Plant Design Competition hosted by the Faculty of Chemical Engineering, Qatar University. Did.

With a rich heritage dating back to 2004, this annual contest aims to provide students with the opportunity to gain world-class engineering experience.

The 18th Chemical Engineering Plant Design Contest was held on May 18, 2022 at the Faculty of Education, Qatar University. Twelve women’s teams and three men’s teams participated in this year’s senior design project.

The competition is very high and the three best teams have been unanimously selected by the judges from the contest teams.

Mubarak Al-Hajri, Head of Process Engineering on the South Shore, represented Qatargas as Chief Judge. Ahmed Salem, a process engineer at the Qatar Chemical Company (QChem), and Abdulla Hussein Al-Ishaq, a process engineer at the Qatar Fertilizer Company (QAFCO), were among the acclaimed review committees.

The winning team created a project titled “Methanol Plant Design-Methanol Production Pioneer Company (MPPC)”. The team included Lujain Aljohi, Sali Hamze, Nora Mohamed and Sara Raeesi, overseen by Dr. Donghyun Kim. The project included the conception, design and construction of a methanol manufacturing company. The students also made a detailed plan to run the company.

The second prize winner presented the concept and design of an ethylene plant that complies with Qatar’s regulations, based on the principles and expertise of chemical engineering gained through years of research. The team included Nava Ali, Sara Al Qwali, and Sama Abdullah under the supervision of Professor Fadwa Eljack.

The project that won the 3rd place focused on the design of the GTL (GTL (Gas-to-Liquid)) process plant. The plant converted natural gas to produce approximately 140,000 barrels of high-demand liquid hydrocarbon fuels such as gasoline and diesel per day. The final GTL plant design consists of three main stages. The first reforming reaction, followed by the Fischer-Tropsch reaction step, and the final hydrocracking and separation step. The team is Anas Ahmed, Mhd Kher Al Alami, and Ali Ibrahim under the supervision of Dr. Mohammed Al Marie.

The contest’s criteria included technical content. Calculation and analysis; presentation quality, visual aids, verbal communication skills, teamwork.

Qatargas Chief Engineering & Project Officer Sheikh Khalid Bin Abdullah Altani and Asset & Survey Engineering Manager Dr. Rashid Sultan Alkwari distributed prizes to the winning teams at a special ceremony held at Qatargas Doha headquarters. .. The event honored Dr. Majeda Freishe, Dr. Fadwa Eljak, Dr. Mohammed al-Mari, and Dr. Kim Dong-hyun of Qatar University’s Chemical Engineering.

Sheikh Khalid Bin Abdullah Altani, Chief Engineering & Project Officer of Qatargas, said of the contest: .. Educational support and encouragement are key elements of Qatargas’ corporate social responsibility initiative. We believe that academic and industry partnerships will help students grow as professionals who can make a significant contribution to the industry and serve the greater interests of the country. “

Professor Majeda Freishe, Dean of the College of Chemical Engineering, Qatar University, thanked and thanked Qatargas and its management on behalf of the College of Engineering, Qatar University. She states: “We thank Qatargas and its leadership for the continued support it has provided over the last 18 years. This plant design competition is the flagship of the department in which senior chemical engineering students strive to participate each year. It’s an event. Elderly people have been working on a factory design project for a year to consider the design of industrial manufacturing facilities that comply with international standards, taking into account market demand, environmental, social and economic implications. It is the industry’s involvement in senior design projects that provides students with the opportunity to communicate with experts in their respective fields while gaining insight into technical and operational challenges. “

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