Translartion. Region: Russians Fedetion –
Source: Peter the Great St Petersburg Polytechnic University – Peter the Great St Petersburg Polytechnic University –
On February 25, the SPbPU PISh “Digital Engineering” ceremonially opened the scientific and technological educational space “Laboratory of integrated development of the main equipment of chemical-technological and energy systems of the new generation”.
The laboratory was created jointly with the Central Design Bureau of Mechanical Engineering (part of the mechanical engineering division of the Rosatom State Corporation) as part of the implementation of the SPbPU PISh program.
This space is focused on studying chemical technologies for hydrogen energy projects using digital solutions. The laboratory occupies 125 square meters and can accommodate up to 15 people at a time.
The latest Russian-made equipment allows for science-intensive research and development, and also enables undergraduates and postgraduates to conduct research in the field of chemical technology, develop kinetic models of catalytic processes, including the production of hydrogen and derivatives based on it, and collect data to create and validate digital twins of physical, mechanical and chemical processes.
The only catalytic unit in St. Petersburg, LKU-1, for studying high-temperature processes with a fixed catalyst bed is located here. It will allow studying the processes of catalytic processing of natural gas (steam reforming), testing catalysts and developing promising technologies for producing hydrogen.
In the 2024-2025 academic year, with the support of the Central Design Bureau of Machine Building, a new master’s program was opened at the SPbPU PISH “Digital Engineering” “Digital engineering of the main technological equipment of hydrogen technologies and energy systems of the new generation”It trains advanced specialists capable of developing, modeling, optimizing and designing high-tech production proprietary equipment for chemical technologies, including hydrogen production, using digital twin technology.
Let us recall that the agreement on cooperation in educational, scientific and innovative activities for the purpose of implementing joint basic and additional educational training programs for current tasks between the Central Design Bureau of Mechanical Engineering and the Saint Petersburg Polytechnical University’s PIS “Digital Engineering” signed On November 21, 2022, at the Atomexpo International Forum, the main event of the global nuclear industry.
In the new laboratory, master’s students will not only master the methodology of scientific research and gain research experience, but will also be able to conduct important research within the framework of the promising projects implemented by the Central Design Bureau of Mechanical Engineering in the field of hydrogen energy.
The opening ceremony of the space was attended by representatives of the Polytechnic University and the Central Design Bureau of Mechanical Engineering, including the Vice-Rector for Digital Transformation of SPbPU, the Head of the Advanced Engineering School of SPbPU “Digital Engineering” Alexey Borovkov, the Vice-Rector for Organizational and Economic Work of SPbPU Stanislav Vladimirov, the Deputy Head of the Advanced Engineering School of SPbPU Oleg Rozhdestvensky, the Head of the Central Design Bureau of Mechanical Engineering Yuri Gordienkov, and the First Deputy Head of the Central Design Bureau of Mechanical Engineering Alexey Mikhailov.
The ceremony’s guests of honor included representatives of the industrial partner of the SPbPU PISh — the Krylov State Research Center. These were Deputy Director General for Scientific and Production Activities Igor Marenich, Deputy Head of the Hydrogen Energy Scientific and Production Complex Aleksandr Karpovich, and Head of the Experimental Production of the Hydrogen Energy Scientific and Production Complex Aleksandr Datskevich.
“One of the important tasks in the implementation of the federal project “Advanced Engineering Schools” is the development of the infrastructure of the participating universities. The competencies of teachers of advanced engineering schools and representatives of the high-tech industry, the formulation of engineering challenges, as well as modern laboratory equipment – all this gives a synergistic effect, allowing us to train engineers with world-class competencies. Seven scientific and educational spaces have already been opened in the Advanced Engineering School of SPbPU “Digital Engineering”.
The opening of the Laboratory for Complex Development of the Main Equipment for New-Generation Chemical-Engineering and Energy Systems together with the TsKBM company will allow us to carry out R&D in the interests of the key partner of the Advanced Engineering School of SPbPU — the State Corporation Rosatom — and, within the framework of solving frontier engineering problems, train students in the promising area of chemical-engineering and energy systems,” noted Alexey Borovkov.
The head of the Central Design Bureau of Mechanical Engineering, Yuri Gordienkov, emphasized the long-term and fruitful cooperation with the Polytechnic University and noted that the opening of the laboratory will be an important step in the development of joint projects.
In the new laboratory, TsKBM plans to focus on the development of chemical technologies, including the production of hydrogen and synthesis gas for use in industrial processes and energy systems. In the next decade, hydrogen energy may become one of the main areas of development for TsKBM, which will lead to diversification of the order portfolio, sustainable development of the enterprise and ensuring the technological sovereignty of the Russian Federation. Training highly qualified specialists in the field of chemical technologies and hydrogen energy is a key factor for the successful development of this promising area, emphasized Yuri Gordienkov.
The development of a joint scientific and technological infrastructure of the Advanced Engineering School of SPbPU “Digital Engineering” and the Central Design Bureau of Mechanical Engineering will ensure comprehensive interaction with an industrial partner in terms of solving urgent frontier problems in the energy sector.
After the opening of the laboratory, a working meeting was held to discuss current joint projects and promising areas of cooperation. The high-tech projects of the Advanced Engineering School of SPbPU in the interests of CBMD represent the “foundation” for creating a new generation of equipment that will allow the industrial partner to become a technology licensor and take a leading position in the new industry.
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