Abstract

The papers analyzed here were presented in the reposts of leading scientists in the processes and apparatuses of chemical technology and published in the Proceedings of the International Scientific and Technical Symposium “Improving the Energy and Recourse Efficiency and Environmental Safety of Processes and Apparatuses in the Chemical Industry and Allied Branches,” which was dedicated to the 110th anniversary of A.N. Planovskii and held at Kosygin Russian State University. The scientific areas considered included the development of processes and apparatuses in chemical technology as a science and an educational discipline; the main trends in the theory of engineering of energy- and resource-efficient chemical engineering systems under the conditions of the digital economy; the possibilities of improving the efficiency of mass-transfer processes through the use of contemporary methods for the mathematical modeling and kinetic calculation of apparatuses, intensification, and energy and resource saving; the development of systems of computational fluid dynamics as applied to the spatial calculations of processes and apparatuses; innovative methods for the production of fibrous and nano materials; the fundamentals of methods for the intensification of basic processes in different industrial technologies; the scientific foundations for the creation of energy- and resource-efficient chemical engineering and other processes; considerations of environmental safety for technological processes and equipment; and efficient systems for the improvement of technospheric safety.

中文翻译：

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在国际科学技术研讨会上发表的论文的分析回顾“提高化学工业及相关部门的工艺和设备的能源和资源效率和环境安全”，献给 AN Planovskii 成立 110 周年

摘要

此处分析的论文发表在化学技术过程和设备领域领先科学家的转发中，并发表在国际科学技术研讨会论文集“提高化学工业过程和设备的能源和资源效率以及环境安全”上和Allied Branches”，这是为了纪念AN Planovskii 成立110 周年而在俄罗斯国立柯西金大学举行的。所考虑的科学领域包括作为科学和教育学科的化学技术过程和设备的发展；数字经济条件下能源和资源节约型化学工程系统工程理论的主要趋势；通过使用现代方法进行设备的数学建模和动力学计算、强化以及能源和资源节约，提高传质过程效率的可能性；开发应用于过程和设备的空间计算的计算流体动力学系统；生产纤维和纳米材料的创新方法；不同工业技术中基本过程强化方法的基础；创建能源和资源节约型化学工程和其他工艺的科学基础；工艺流程和设备的环境安全考虑；和有效的系统，以提高技术圈的安全性。