Nanjing Yanchang Reaction Technology Research Institute is recruiting theoretical calculation engineers for multiphase reactors

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The last edit to this post was made by biezhuzi on 2020-8-31 at 11:02. Introduction to the research institute: The Nanjing Yanchang Reaction Technology Research Institute is a new type of R&D institution established through cooperation among the Jiangbei New Area of Nanjing, Shaanxi Yanchang Petroleum Group, Nanjing University, and Nanjing University’s microinterface-enhanced reaction technology team. Leveraging Nanjing University’s existing ministerial-level engineering research centers and key laboratories, as well as the technical expertise of its research team focused on \"microinterface-enhanced reaction technology,\" the institute, with the goal of \"promoting industrial upgrading, fostering technological innovation, and accelerating the implementation of projects,\" has collaborated with various parties to establish Nanjing Weineng Chemical Technology Co., Ltd., Nanjing Dajiang Qingyuan Environmental Protection Technology Co., Ltd., Nanjing Jukehuaying Energy Technology Co., Ltd., and Jiguji (Nanjing) Engineering Consulting Co., Ltd. “The “micro-interface enhanced reaction technology” primarily utilizes the principle of energy conversion from micron-scale high-energy gas and liquid vortices to effectively adjust the geometric scale of gas-liquid, gas-liquid-liquid, and gas-liquid-solid interfaces from millimeter-to-centimeter levels to the micron scale. This results in a significant increase in the interphase area (traditional technology: 50–600 m2/m3; this technology: 5000–20000 m2/m3) as well as in the efficiency of mass and energy transfer. As a result, the efficiency of chemical production processes is greatly improved, energy and material consumption is significantly reduced, and safety and environmental performance are substantially enhanced. Department Introduction: Basic research in the institute constitutes its core component, focusing on theoretical studies of mass transfer and reaction coupling in multiphase reactions. By analyzing the existing processes used by clients and conducting simulation studies on microinterface reaction enhancement, this research aims to evaluate and optimize the process parameters of current installations, thereby providing a scientific basis for the application and dissemination of microinterface reaction enhancement technologies. Job responsibilities: Collect, organize, and analyze the reaction process data of the owner’s existing facilities ； For a specific reaction, consult relevant literature on kinetics and other topics to prepare a review report ； Assist in the development, calculation, and research of models for mass transfer and reaction coupling in reactors, as well as in the preparation of theoretical research reports. Or use fluid dynamics simulation software to conduct simulations of the flow fields in cold or hot mode, and prepare reports on these simulations. Qualifications: Master’s degree or above, major in a chemical engineering-related field, with solid theoretical knowledge in the principles of mass transfer, heat transfer, momentum transfer, and reaction engineering ； Able to skillfully search for, read, and summarize Chinese and English literature ； Possess certain programming skills or be proficient in CFD simulation software ； Preference will be given to those with experience in theoretical calculations of multiphase reaction processes ； In good health, down-to-earth, calm and composed, proactive, and highly responsible. Number of positions: 2-4. Benefits: 120,000–300,000 RMB per year for masters; salary to be discussed for doctors. Year-end bonus for additional projects; working hours are from 9:00 to 16:30, Monday to Friday, with weekends off and holidays off as well. Social insurance and housing fund are provided in the month of employment. Free lunch is offered, at a standard cost of no less than 35 yuan. Holiday benefits are available, along with reimbursement for home visit expenses once a month and a comprehensive health check-up once a year. Contact information: Contact person: Engineer Lv, Email: lvwenjun@anycoh.com. Work location: Nanjing Huachuang (C-PACK) High-End Technology Industrialization Base, No. 88, Guanqu South Road, Changlu Sub-district, Jiangbei New Area, Nanjing