庄钰

个人信息Personal Information

副教授

性别:男

出生日期:1989-07-22

毕业院校:大连理工大学

学位:博士

所在单位:化工学院

办公地点:化工实验楼D408

联系方式:13624094549

电子邮箱:zhuangyu@dlut.edu.cn

扫描关注

个人简介Personal Profile

庄钰 博士 副教授

长期从事过程系统工程方面的研究,在多流程/多系统综合以及热功耦合动力循环全局能量集成方面取得系列创新性成果,近五年主持国家自然科学基金青年基金1项,博士后特别资助基金、辽宁省博士科研启动基金等省部级基金2项,引进人才科研启动项目1项,参与国家自然科学基金面上项目、省部级项目、企业委托项目等3项。获得博士研究生国家奖学金、大连市优秀毕业生等5项奖励。参编新工科精品教材(已出版)、校精品教材2部,发表学术论文60余篇,其中第一/通讯作者为30余篇(SCI收录23篇,EI/CPCI收录5篇);于国内外会议做口头报告10余次(含主旨报告1次),并承担国际会议分会主席1次。累计协助指导博士生1人、硕士生9人。 

研究经历

2021.09-     副教授,大连理工大学化工学院

2019.03-2021.09 博士后,大连理工大学能源与动力学院,合作导师:沈胜强 教授

教育背景

2015.9-2019.3      大连理工大学       化学工程         博士    导师:都健 教授

2012.9-2015.7      大连理工大学       化学工程         硕士    导师:都健 教授

2008.9-2012.7      大连理工大学       化学工程         学士

研究方向—过程系统工程

Ø  功热交换网络综合和热经济性评价方法研究

Ø  基于高效热工转换的先进动力循环回收多品位余热余压研究

Ø  简捷热力学-严格动力学耦合的反应-分离过程与能量网络协同优化设计

学术成果

发表学术论文60余篇,第一/通讯作者论31篇,其中SCI论文23篇,包含化工顶级期刊7篇、能源顶级期刊7篇,EI/CPCI论文5篇,发明专利3篇。谷歌学术引用300次,h-index以及i-10 index均为10+

期刊论文(一作/通讯)

2022年

[23] Wang C, Zhuang Y*, Dong Y, Zhang L, Liu L, Du J*. Design and control analysis of side-stream extractive distillation column with low-concentration intermediate-boiling entrainer. Chemical Engineering Science2022, 247. 116915.

2021年

[22] Song M, Zhuang Y*, Zhang L, Wang C, Du J, Shen S. Advanced exergy analysis for the solid oxide fuel cell system combined with a kinetic-based modeling pre-reformer. Energy Conversion and Management, 2021, 114560.

[21] Song M, Zhuang Y*, Zhang L, Li W, Du J, Shen S. Thermodynamic performance assessment of SOFC-RC-KC system for multiple waste heat recovery. Energy Conversion and Management, 2021, 114579.

[20] Wang C, Zhuang Y*, Liu L, Zhang L, Du J*. Conceptual design of intuitive and counter-intuitive triple-column extractive distillation for separating the N-hexane/acetone/chloroform ternary multi-azeotropic mixture. Chemical Engineering Science2021, 237, 116578.

[19] Wang C, Zhuang Y*, Liu L, Zhang L, Du J*. Design and comparison of energy-saving reactive-extractive/pressure-swing hybrid distillation processes for ternary multi-azeotrope dehydration. Separation and Purification Technology, 2021, 259: 118211.

[18] Wang C, Zhuang Y*, Qin Y, Dong Y, Liu L, Zhang L, Du J*. Optimization and eco-efficiency analysis of extractive distillation processes with different solvents for separating the ternary mixture embedding two azeotropes. Separation and Purification Technology2021, 269, 118763.

[17]   Zhuang Y, Zhou C, Zhang L, Liu L, Du J*, Shen S. A simultaneous optimization model for a heat-integrated syngas-to-methanol process with Kalina cycle for waste heat recovery. Energy, 2021, 227: 120536.

[16] Li M, Zhuang Y*, Li W, Song M, Du J. Techno-economic and carbon footprint feasibility assessment for polygeneration process of carbon-capture coal-to-methanol/power and molten carbonate fuel cell. Energy Conversion and Management2021, 235, 114015.

[15] Li M, Zhuang Y*, Li W, Dong Y, Du J, Shengqiang Shen. A surrogate-based optimization framework for simultaneous synthesis of chemical process and heat exchanger network. Chemical Engineering Research and Design2021, 170: 180-188.

[14]   Zhuang Y, Zhou C, Dong Y, Du J*, Shen S. A hierarchical optimization and design of double Kalina cycles for waste heat recovery. Energy, 2021, 219: 119593.

[13]   Zhuang Y#, Xing Y#, Zhang L, Liu L, Du J*, Shen S. An Enhanced Superstructure-based Model for Work-integrated Heat Exchange Network Considering Inter-stage Multiple Utilities Optimization. Computers and Chemical Engineering2021, 152: 107388.

2020年

[12] Wang C, Zhuang Y*, Liu L, Zhang L, Du J*. Heat pump assisted extractive distillation sequences with intermediate-boiling entrainer. Applied Thermal Engineering, 2020, 186, 116511.

[11] Wang C, Zhuang Y*, Liu L, Zhang L, Du J*. Design and comparison of conventional and side-stream extractive distillation sequences for separating the methanol-toluene binary azeotrope with intermediate boiling entrainer. Computers and Chemical Engineering2020, 143: 107115.

[10]   Zhuang Y, Li M, Zhang L, Liu L, Du J*, Shen S. Simultaneous optimization of a heat-integrated coal-to-SNG/MeOH polygeneration process based on rigorous kinetic model. Industrial & Engineering Chemistry Research, 2020, 59, 51, 22247–22257. (Supplementary Cover)

[9] Zhou C, Zhuang Y*, Zhang L, Liu L, Du J, Shen S. A novel pinch-based method for process integration and optimization of Kalina Cycle. Energy Conversion and Management2020209: 112630.

[8] Li M, Zhuang Y*, Zhang L, Liu L, Du J, Shen S. Conceptual design and techno-economic analysis for a coal-to-SNG/methanol polygeneration process in series and parallel reactors with integration of waste heat recovery. Energy Conversion and Management2020, 214: 112890.

[7]   Zhuang Y, Zhang L, Liu L, Du J*, Shen S. An upgraded superstructure-based model for simultaneous synthesis of direct work and heat exchanger networks. Chemical Engineering Research and Design, 2020, 159: 377-394.

[6]   Zhuang Y, Yang R, Zhang L, Du J*, Shen S. Simultaneous synthesis of sub and above-ambient heat exchanger networks including expansion process based on an enhanced superstructure model. Chinese Journal of Chemical Engineering, 2020, 28: 1344-1356. (封底论文

2019年 and before

[5]   Zhuang Y, Liu L, Zhang L, Du J*, Shen S. An extended superstructure modeling method for simultaneous synthesis of direct work exchanger networks. Chemical Engineering Research and Design, 2019, 144: 258-271.

[4]   Zhuang Y, Liu L, Zhang L, Du J*. Synthesis of indirect work exchange networks considering both isothermal and adiabatic process together with exergy analysis. Chinese Journal of Chemical Engineering, 2018, 26: 1644-1652.

[3]   Zhuang Y, Liu L, Zhang L, Du J*. Upgraded graphical method for the synthesis of direct work exchanger networks. Industrial & Engineering Chemistry Research, 2017, 56: 14304-14315.

[2] Zhuang Y, Liu L, Zhang L, Du J*. Direct work exchanger network synthesis of isothermal process based on improved transshipment model. Journal of the Taiwan Institute of Chemical Engineers, 2017, 81: 295-304.

[1] Zhuang Y, Liu L, Liu Q, Du J*. Step-wise synthesis of work exchange networks involving heat integration based on the transshipment model. Chinese Journal of Chemical Engineering, 2017, 25: 1052-1060.

会议论文

[5] Mengting Song, Yu Zhuang*, Lei Zhang, Linlin Liu, Yachao Dong, Jian Du. A novel rigorous mechanism-based kinetic modeling method for solid oxide fuel cell considering micro-scale reaction characteristics. Proceedings of PRES21, 2021.

[4] Li M, Zhuang Y*, Song M, Li W, Du J. Conceptual design and techno-economic analysis of a novel coal-based polygeneration processes of MCFC and methane synthesis with a waste heat recovery system. Chemical Engineering Transactions, 2020, 81, 661-666. (CPCI)

[3] Zhuang Y, Liu L, Zhang L, Du J, Shen S. An efficient sequential approach for work and heat exchange networks synthesis combined with meta-heuristic strategies. Chemical Engineering Transactions2019, 76, 583-588. (CPCI)

[2] Zhuang Y, Zhang L, Liu L, Du J*. Simultaneous synthesis of WHEN based on superstructure modelling considering thermodynamic and economic factors. Computers Aided Chemical Engineering2018, 44, 1033-38. (CPCI)

[1] Zhuang Y, Liu L, Du J*. Direct work exchange networks synthesis of isothermal process based on superstructure method. Chemical Engineering Transactions2017, 61:133-138. (EI)

发明专利

[3] 庄钰,都健,李明鑫,张磊,刘琳琳,董亚超. 一种耦合碳捕集煤制甲醇和燃料电池热电联产装置和方法,2021.01.27, 申请号:202110108473.3.已公开

[2] 庄钰,都健,王超,张磊,刘琳琳萃取精馏分离四氢呋喃-乙醇-水共沸物系的装置及方法,2020.08.24, 申请号:ZL202010854961.4.已授权

[1] 庄钰,都健,周聪聪,董亚超一种耦合卡琳娜循环的合成气制甲醇的装置和方法,2020.08.24, 申请号:202010854965.2.已公开

国际/国内学术交流/会议报告

      [19] 2021年过程系统工程(PSE)年会,中国武汉,2021.11.5-8. (Oral)-推迟

      [18] 24th Conference on Process Integration, Modelling & Optimization for Energy Saving and Pollution Reduction, Online,                  October 31- November 3, 2021. (Oral)

[17] 2021年化工学会年会—化工分离过程论坛,中国沈阳,2021.9.24-26. (Poster)

[16] “化工系统工程助力化工实现碳中和”学术论坛, 中国青岛, 2021.7.30-8.1. (参会)

[15] The 4th Sustainable Process Integration Laboratory Scientific Conference (SPIL国际会议), Online, 2020.11.18. (Oral)

[14] 2020年过程系统工程(PSE)年会,中国重庆,2020.11. (参会)

[13] 2020年全国安全科学与工程博士后学术交流论坛,中国大连,2020.9.11-12.(Oral)

[12] 23rd Conference on Process Integration, Modelling & Optimization for Energy Saving and Pollution Reduction, Xi'an, China,    August 17-21, 2020. (参会)

[11] 2019年过程系统工程(PSE)年会,中国杭州,2019.11.8-10. (Oral)

[10] 22nd Conference on Process Integration, Modelling & Optimization for Energy Saving and Pollution Reduction, Crete, Greece, October 20-24, 2019. (Keynote)

[9]  17届中国化工学会信息技术应用专业委员会年会,中国大连,2019.8.23-25. (参与承办)(Oral)

[8]  5th International Conference on Sustainable Chemical Product and Process Engineering (SCPPE), Tianjin, China, June 30-July 3,2019. (Poster) (Best Poster Award)

[7]  the 8th PSE Asia(亚洲过程系统工程会议), Bangkok, Thailand, January 13-19, 2019. (Oral)

[6] 2018年过程系统工程(PSE)年会,中国西宁,2018.8.22-24. (Oral)

[5]  20th Conference on Process Integration, Modelling & Optimization for Energy Saving and Pollution Reduction, Tianjin, China, August 23-28, 2017. (Oral)

[4] 2017年过程系统工程(PSE)年会,中国昆明,2017.7.26-28. (Oral)

[3] 2016年过程系统工程(PSE)年会,中国西安,2016.7.27-29. (Oral)

[2] the 7th PSE Asia(亚洲过程系统工程会议), Tokyo, Japan, July 21-28, 2016. (Poster)

[1]   4th International Conference on Sustainable Chemical Product and Process Engineering (SCPPE), Nanjing, China, May 31-June 3, 2016. (Oral)

基金项目

[7]  中央高校基本科研业务费资助(No. DUT21RC(3)109):基于有机朗肯循环与功热集成耦合的余热余压利用研究,2021.92023.12主持。

[6]   国家自然科学基金-青年科学基金项目(No.22008023)耦合蒸汽-有机朗肯联合循环与功热集成的余热利用研究2021.12023.12主持

[5]   中国博士后科学基金特别资助(站前)(No.2019TQ0045):基于先进火用经济分析的功耦合多品位余热回收研究,2019.72021.3主持

[4]   省博士科研启动基金计划项目(No.2021BS062)耦合热集成的煤制天然气—甲醇联产工艺概念设计2021.82023.7主持

[3]   国家自然科学基金项目-面上项目(No.21776036):基于㶲分析的热耦合功交换网络综合研究,2018.12021.12参与(排名第二)

[2]   辽宁省“兴辽英才”计划项目教学名师: 三元共沸物系变压精馏分离序列及余热回收设计与控制,2019.12-2020.12参与(排名第四)

[1]   都健,张磊,刘琳琳,庄钰。基于大数据的玉米深加工工艺模拟优化系统开发,  2019.08-2021.08,参与(排名第四)

教材项目

[2]    《化工智能优化与控制》,校精品课程,化学工业出版社(编写中)

[1]    《化工过程分析与综合》,新形态教材,化学工业出版社,2021.09已出版;

获奖情况/学生培养/期刊审稿/社会兼职

获奖情况

Ø  2019 Best Poster Award of the 5th International Conference on Sustainable Chemical Product and Process Engineering.

Ø  2018 Outstanding reviewer of Energy Conversion and Management.

Ø  博士研究生国家奖学金

Ø  大连市优秀毕业生

Ø  博士生一等学业奖学金

Ø  校优秀研究生/优秀毕业生

学生培养

协助指导博士生1名、硕士生10名及本科毕业设计9名,3人次获国家奖学金、4人次获辽宁省优秀毕业生、2人次获校优秀毕业论文、10余人次校级荣誉称号,具体包括:

Ø  博士生:王超(2021国奖)

Ø  硕士生:滕佳志(2018国奖、2019省优毕)、杨蕊(2020省优毕)、李明鑫(2020国奖、2021省优毕)、周聪聪(2020中船奖、2021省优毕),宋梦婷(2021因特尔奖)、邢雅枫(2021华友奖)、秦余涛、崔学鹏、黄勇健、刘敬(在读)

Ø  本科毕设:滕佳志、黄皓辉、刘奇磊、时坤、刘润泽,黄勇健,范澍远、刘敬、冯思瑶

期刊审稿

Ø  Reviewer of Chemical Engineering Science, Energy Conversion and ManagementBioresource TechnologyJournal of the Taiwan Institute of Chemical EngineersBiomass Conversion and BiorefineryScientific Reports, Energy Sources-Part B: Economics, Planning, and PolicyJournal of Central South University, Sustainability, ….

社会兼职

Ø  Session chair of power integration and energy storage in the international conference of PRES19, Grete, Greece

Ø  辽宁省化工学会医药化工专业委员会, 委员

Ø   中国系统工程学会过程系统工程专业委员会会员

Ø   中国化工学会专业会员

Ø   Editorial Board of Thermal System Design for Frontiers in Thermal Engineering, Review Editor(评审编辑)

期刊论文(其他)

2021年

[32] Yutao Qin, Yu Zhuang, Chao Wang,Yachao Dong, Lei Zhang, Linlin Liu, Jian Du*. Comparison of Pressure-Swing Distillation and Extractive Distillation for the Separation of the Non-Pressure-Sensitive Azeotropes. Proceedings of PRES21, 2021.

[31] Lei Zhang, Haitao Mao, Yu Zhuang, Lu Wang, Linlin Liu, Yachao Dong, Jian Du*, Wancui Xie,     Zhihong Yuan. Odor prediction and Aroma Mixture Design using Machine Learning Model and Molecular Surface Charge Density Profiles. Chemical Engineering Science, 2021, 245, 116947.

[30] Xiaojing Sun, Linlin Liu*, Yachao Dong, Yu Zhuang, Jiao Li, Jian Du*, HongChao Yin. Multi-objective optimization and thermo-economic analysis of an enhanced CACRS and ORC integrated system for cooling and power cogeneration. Energy Conversion and Management2021, 236, 114068.

[29] Siwen Gu, Lei Zhang, Yu Zhuang, Weida Li, Jian Du*, Cheng Shao. Two-tier Control Structure Design Methodology Applied to Heat Exchanger Networks. Chinese Journal of Chemical Engineering2021, Accept.

[28] Yutao Qin, Yu Zhuang, Chao Wang, Yachao Dong, Lei Zhang, Linlin Liu, Jian Du*. Comparison of pressure-swing distillation and extractive distillation for the separation of the non-pressure sensitive azeotropes. Chemical Engineering Transactions2021, Accepted. (CPCI)

2020年

[27] Rui Yang, Yu Zhuang, Lei Zhang, Jian Du*, Shengqiang Shen. A Thermo-economic Multi-objective 1 Optimization Model for Simultaneous Synthesis of Heat Exchanger Networks Including Compressors. Chemical Engineering Research and Design2020, 153: 120-135.

[26] Shuai Zhang, Yu Zhuang, Linlin Liu*, Lei Zhang, Jian Du. Optimization-based approach for CO2 Utilization in Carbon Capture, Utilization and Storage Supply Chain. Computers and Chemical Engineering2020, 139, 106885.

[25] Weida Li, Yu Zhuang, Lei Zhang, Linlin Liu, Jian Du*. Process evaluation and optimization of methanol production from shale gas based on kinetics modeling. Journal of Cleaner Production2020, 274: 123153

[24] Shuai Zhang, Yu Zhuang, Ran Tao, Linlin Liu*, Lei Zhang, Jian Du. Multi-objective Optimization for the Deployment of Carbon Capture Utilization and Storage Supply Chain Considering Economic and Environmental Performance. Journal of Cleaner Production2020, 270: 122481.

[23] Chao Wang, Yu Zhuang, Linlin Liu, Lei Zhang, Jian Du*. Design and control of a novel side-stream extractive distillation column for separating methanol-toluene binary azeotrope with intermediate boiling entrainer. Separation and Purification Technology2020, 239: 116581.

[22] Chao Wang, Yu Zhuang, Linlin Liu, Lei Zhang, Jian Du*. Control of Energy-Efficient extractive distillation configurations for separating methanol/toluene azeotrope with intermediate-boiling entrainer. Chemical Engineering and Processing2020149: 107862.

[21] Lei Zhang, Junqing Pang, Yu Zhuang, Linlin Liu, Jian Du*. Process-Solvent Design based on COSMO-SAC and Quantum Calculation for TMQ Production. Chemical Engineering Science2020, 226: 115894.

[20] Xiaojing Sun, Linlin Liu*, Yu Zhuang, Lei Zhang, Jian Du. A Superstructure-based Simultaneous Optimization of Heat Exchanger Network and Compression-absorption Cascade Refrigeration System for Heat Recovery. Processes2020, 8(2), 210.

[19] Xiaojing Sun, Linlin Liu, Yu Zhuang, Lei Zhang, Jian Du*. A superstructure-based simultaneous optimization of heat exchanger network and compression-absorption cascade refrigeration system for heat recovery. Industrial & Engineering Chemistry Research2020, 59, 36, 16017–16028.

[18] Linlin Liu, Changhao Wu, Yu Zhuang, Lei Zhang, Jian Du*. An inter-plant heat integration method involving multiple intermediate fluid circles and agents: single-period and multi-period design. Industrial & Engineering Chemistry Research2020, 59, 10, 4698-4711.

[17] Yao Sheng, Linlin Liu*, Yu Zhuang, Lei Zhang, Jian Du. Simultaneous Synthesis of Heat Exchanger Network Considering Steam Supply and Various Locations of Steam Heaters. Energies, 2020, 13, 1467.

[16] Linlin Liu, Yao Sheng, Yu Zhuang, Lei Zhang, Jian Du*. Multi-objective optimization of inter-plant heat exchanger networks considering utility steam supply and various locations of inter-plant steam generation/utilization. Industrial & Engineering Chemistry Research, 2020, 59, 32, 14433–14446.

[15] Chao Wang, Yu Zhuang, Lei Zhang, Linlin Liu, Jian Du*. Reaction-Separation Process Integration and Working Fluid Optimization for Organic Rankine Cycles Recovering Waste Heat in Cumene Synthesis. Chemical Engineering Transactions2020, 81, 655-660.

[14] Fengyuan Wang, Linlin Liu*, Yao Sheng, Lei Zhang, Yu Zhuang, Jian Du. Optimal Design and Sizing of Solar-assisted Combined Heat and Power System Based on Economic and Environmental Analysis. Chemical Engineering Transactions2020, 81, 43-48.

[13] Ran Tao, Linlin Liu*, Siwen Gu, Yu Zhuang, Lei Zhang, Jian Du. Flexible Synthesis of Inter-Plant Heat Exchanger Networks Considering the operation of Intermediate Circles. Chemical Engineering Transactions2020, 81, 13-18.

2019年 and before

[12] Shuai Zhang, Yu Zhuang, Linlin Liu*, Lei Zhang, Jian Du. Risk Management Optimization Framework for the Optimal Deployment of Carbon Capture and Storage System under Uncertainty. Renewable & Sustainable Energy Reviews2019, 113: 109280.

[11] Weida Li, Yu Zhuang, Linlin Liu, Lei Zhang, Jian Du*. Economic evaluation and environmental assessment of the shale gas sweetening process. Chemical Engineering and Technology2019, 42(4): 753-760.

[10] Weida Li, Yu Zhuang, Lei Zhang, Linlin Liu, Jian Du*. Economic evaluation and environmental assessment of shale gas dehydration process. Journal of Cleaner Production2019, 232: 487-498.

[9]  Qilei Liu, Lei Zhang, Kun Tang, Yixuan Feng, Jinyuan Zhang, Yu Zhuang, Linlin Liu, Jian Du*. Computer-Aided Reaction Solvent Design Considering Inertness using Group Contribution-based Reaction Thermodynamic Model. Chemical Engineering Research and Design2019, 152: 123-133.

[8]  Rui Yang, Yu Zhuang, Lei Zhang, Linlin Liu, Jian Du. Enhanced Superstructure-based Model for Synthesis of Sub-ambient Heat Exchanger Networks with Expansion Process. Chemical Engineering Transactions2019, 76, 289-294. (CPCI).

[7]  Weida Li, Yu Zhuang, Linlin Liu, Lei Zhang, Jian Du. 3E (Economic, Exergy, Environmental) Analysis of Methanol Production from Shale Gas. Chemical Engineering Transactions2019, 76, 655-660. (CPCI).

[6]  Junqing Pang, Lei Zhang, Linlin Liu, Jian Du, Yu Zhuang. Integrated Process-Product Design based on COSMO-SAC model: Application to the Production of 2,2,4-Trimethyl-1,2-H-Dihydroquinoline (TMQ). Chemical Engineering Transactions2019, 76, 1183-1188. (CPCI).

[5]  杨蕊,庄钰,邸楠茜,都健基于超结构法的热集成间接式功交换网络综合,化工学报2019, 70(12): 4689-4697. (EI).

[4]  杨蕊庄钰刘琳琳, 张磊都健功热交换网络综合的研究进展化工进展2019, 38(6), 2550-2558. (EI).

[3]  李明鑫,庄钰,李伟达,田硕,都健基于BGL气化炉建模的3E分析与优化,计算机与应用化学2019, 36(6): 598-602. (核心).

[2]  滕佳志,庄钰,杨蕊,武杨,刘琳琳,张磊,都健基于超结构法的间接式功交换网络综合,大连理工大学学报2019, 59(5): 441-448. (核心).

[1]  Shuai Zhang, Lei Zhang, Linlin Liu, Yu Zhuang, Jian Du. An optimization model for carbon capture utilization and storage supply chain: A case study in Northeastern China. Applied Energy2018, 231: 194-206.

  • 教育经历Education Background
  • 工作经历Work Experience
  • 研究方向Research Focus
  • 社会兼职Social Affiliations