第十三期德国汉堡工业大学流态化技术培训课程

新一期德国汉堡工业大学的流态化技术培训课程又跟大家见面啦o(*￣▽￣*)ブ

该课程是汉堡工业大学固体颗粒技术研究所（The Institute of Solids Process Engineering and Particle Technology）联合相关院校及工业界合作伙伴专门为校外学术界及工业界开设的一门流态化技术培训课程，目前已成功举办了十二届。受全球疫情影响，第十三届培训课程将采取“线上+线下”相结合的举办方式，欢迎流态化等相关领域学者以及对流态化工业技术感兴趣的研发人员交流学习。

本次课程为期四天（ 德国时间2021年11月8日至11日），以全英文方式授课。课程内容将持续聚焦流态化技术基础理论及其在干燥、包覆、造粒等方面的应用，以搭建基础理论与工业实践的桥梁。

课程概况

TARGET AUDIENCE 

The course is designed for people from various backgrounds (engineers, chemists, food and pharmaceutical technologists), who need to understand the fundamentals of applications of modern and efficient fluidized bed processes.

主讲人

	Prof. Stefan Heinrich Hamburg University of Technology, Germany Director of SPE; Executive editor of Advanced Powder Technology； Thematic editor of Particuology
	Prof. Evangelos Tsotsas University Magdeburg, Germany Chair of Thermal Process Engineering at OVGU; Chairman of the German Working Party on Drying

	Dr.-Ing. Lennard Fries Nestlé Research Center, Switzerland Key Project Manager in the Food Science and Technology Department at the NRC in Lausanne; Group Leader Science and Technology Catalyzer in Nestlé R&D China Ltd. Beijing
	Dr.-Ing. Michael Jacob Glatt Ingenieurtechnik GmbH, Germany Head of R&D and Head of Technology Center in Weimar
	Prof. Mirko Peglow Pergande Group, Weißandt-Gölzau, Germany CEO and executive partner of the Pergande Group; Chairman of the Hugo-Junkers-Innovation-Award; Honorary Professor at University Magdeburg;  Chairman of the Regional Advisory Board of the VDI
	Prof. Frank Kleine Jäger BASF SE, Ludwigshafen Vice President “Solids Formulation and Handling” at BASF SE in Ludwigshafen; Prof. Dr.-Ing. at RWTH Aachen University
	Prof. Maksym Dosta Hamburg University of Technology, Germany Junior Professor for Multiscale Simulation of Granular Materials
	Dr.-Ing. Swantje Pietsch Hamburg University of Technology, Germany Senior Engineer
	Paul Kieckhefen, M.Sc. Hamburg University of Technology, Germany PhD candidate

课程内容

COURSE PROGRAM 

Introduction to fluid-mechanical principles

• The fluidization principle, forms and applications of fluidized beds

• Minimum fluidization velocity (measurement and calculation)

• Operation limits, segregation, elutriation, scale-up rules and state

diagrams

• Dimensioning of gas distributors

• Practical fluidization experiments in the laboratory (hands-on)

Local fluid mechanics

• Bubble development, growth and coalescence

• CFD modeling of the fluid mechanics

• DEM/CFD modeling of the fluid mechanics

Methods for the characterization of fluidized beds

• Particle velocity, concentration and moisture

• Particle attrition and mechanical strength

• Breakage behavior of granules and agglomerates

• Practical particle characterization experiments in the laboratory (hands-on)

Heat transfer in fluidized beds

• between fluid and particles

• between fluidized bed and internals

• Influence of backmixing and bubbles

• Cooling and heating of solids (batch, continuous)

Mass transfer in fluidized beds

• Fundamentals

• Drying of solids (batch, continuous)

• Practical drying experiments in the laboratory (hands-on)

Fundamentals of granulation and agglomeration

• Influence of material properties

• Processes and equipment for drying, rewetting and pressure

agglomeration

• Adhesive forces and binding mechanisms

Fluidized bed spray granulation

• Fundamentals and micro-mechanisms

• Operation regime maps

• Influence of drying on granulation

• Processes, design options, equipment and scale-up

• Modeling of fluidized bed spray granulation (batch/continuous)

• Practical granulation experiments in the laboratory (hands-on)

Flowsheet simulation of complex solids processes

• Introduction

• Flowsheet simulation of continuous fluidized bed drying

• Steady-state and dynamic flowsheet simulation of continuous fluidized bed spray granulation and agglomeration

• Multi-scale simulation of fluidized bed granulation/agglomeration

• Vibrated fluidized bed drying-fundamentals, flow sheet simualtion

HANDS-ON TRAINING AND DEMONSTRATIONS 

The knowledge transfer is supported by different experts from industry, who will present procedures and approaches used in plant construction and optimization, in operation of processes for chemical, food and pharmaceutical industry as well as novel measuring techniques. The hands-on trainings, demonstrations and tutorials offered during practical sessions will strengthen the learning experience.

课程时间

开始时间：Monday, November 8th, 2021, 1:00 p.m.

结束时间：Thursday, November 11th, 2021, 3:00 p.m.

（以上均为德国时间，请注意时差）

本次课程分为线上和线下两种形式，线下参会地点在德国汉堡；线上会议服务平台为Zoom，参会链接以及个人密码将在课程开始前通过电子邮件发送。

课程信息

课程注册费：

1750欧元/人

（同一单位两人以上注册1225欧元/人；博士研究生1100欧元/人）

2021年10月24日前可免费取消注册；过时将无法退款，但可以指定其他参会者。 

课程费用包含讲座课件和实践课程资料，所有课件及资料将在线上课程开始之前邮寄。

报名及咨询：

Bettina Bartels

Phone:[phone]

Fax: [phone]

Email: [e-mail]

URL: www.tuhh.de/spe/fluidization-course

Address: Hamburg University of Technology

Institute of Solids Process Engineering and Particle Technology

Denickestraße 15

21073 Hamburg, Germany

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PARTICUOLOGY简介

Particuology(《颗粒学报》)是由中国科协主管，中国颗粒学会和中国科学院过程工程研究所主办，科学出版社和Elsevier出版集团共同出版的英文版双月刊，正式创刊于2003年4月。首任主编为郭慕孙院士，现任主编为李静海院士。

Particuology(《颗粒学报》)2020年度影响因子3.067, 五年影响因子3.387，已连续十一年在SCI化工类期刊中位列Q2区，是颗粒学领域三大期刊之一。同时，《颗粒学报》始终坚持以创精品与国际化为办刊方针，多年来一直保持60%国际稿源，70%国际审稿，作者来自中国、美国、德国、英国、澳大利亚等20多个国家，读者遍布全球100多个国家，并连续九年被评为“中国最具国际影响力期刊”称号。

Particuology(《颗粒学报》)主要刊登国内外颗粒学领域在研究、工程和应用方面的优秀原创论文，内容涉及颗粒测试与表征、颗粒制备与处理、颗粒系统与固体散料技术、流态化与颗粒流系统、模拟与仿真技术、气溶胶科学与技术、材料科学与工程、纳米颗粒、能源颗粒、生物颗粒与仿生技术等领域。热忱欢迎国内外相关领域专家、学者、研究人员来稿！

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