Lecture Programme – 21st International Symposium on Industrial Crystallization

21st International Symposium on Industrial Crystallization

Monday – 08-30-2021

09:00

iCal

External Courses: Tutorial A) and Tutorial B)

Room: Raum 1 (1)

Topic: ISIC 2021

Form of presentation: Lecture

Duration: 210 Minutes

The Tutorials

A) Industrial Crystallization Fundamentals
and
B) Industrial Aspects of Crystallization

are accessable for participants who registered actively for them.

Registered tutorial participants are able to visit the other tutorials as well. Access information for the tutorials was given directly.

11:45

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Posters: Developments in Large Scale Industrial Crystallization

Room: Poster (4)

Topic: 1. Developments in Large Scale Industrial Crystallization

Form of presentation: Poster

Duration: 75 Minutes

P 1.01: Crystallization process development using Secoy's Crystallization Technology: from lab scale units to a full scale process unit

Dr. Bart Rimez | Secoya technologies | Belgium

P 1.02: Population Balance Modeling of Cooling-Antisolvent Crystallization to Derisk Tech-Transfer

Dr. Tamar Rosenbaum | Bristol-Myers Squibb | United States

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P 1.04: Study of scaling in a plate heat exchanger

Dr. Nihad Kamar | Laboratoire Réaction et Génie des Procédés, Université de Lorraine | France

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P 1.05: Batch crystallization of xylitol by cooling, evaporation and anti-solvent addition

Anna Zaykovskaya | Aalto University School of Chemical Engineering | Finland

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P 1.06: New developments in impeller design for solid-liquid applications

Dr. Bernd Nienhaus | EKATO Rühr- und Mischtechnik GmbH | Germany

P 1.07: A 3D-Printed Low Pressure-Drop Plug-Flow Crystallizer for Protein Crystallization

Baggie W. Nyande | The Hong Kong University of Science and Technology | Hong Kong

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P 1.08: Ice scaling formation on scraped heat exchanger surfaces during melt/cooling crystallization

Dr. Marcos Rodriguez Pascual | Delft University of Technology | Netherlands

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P 1.09: Bullet-Proofing Doravirine (MK-1439) Starting Material Supply: Rapid Identification and Response to a New Polymorph of Ethyl Ester

Dr. Patrick Larpent | MSD Werthenstein BioPharma | Switzerland

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P 1.10: A novel image analysis technique for 2D characterization of overlapping needle like crystals

Petros Neoptolemou | The University of Manchester | United Kingdom

13:00

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Welcome & Opening Session

Chair(s) apl. Prof. Heike Lorenz (Max-Planck-Institut für Dynamik komplexer technischer Systeme)
Co-chair(s) Dr. Florian Paul (DECHEMA e.V.)

Room: Raum 1 (1)

Topic: Keynote/Plenary

Form of presentation: Lecture

Duration: 90 Minutes

13:00

Welcome & Opening Remarks

H. Lorenz, Chair of 21 ISIC 2021

13:10

Wonderful crystal patterns in nature

Prof. Dr. Juan Manuel Garcia-Ruiz | CSIC-University of Granada | Spain

13:50

An Industrial Toolbox for Resolution & Deracemization of Chiral Compounds through Crystallization

Prof. Dr. Joop ter Horst | University of Strathclyde | United Kingdom

14:15

Discussion with speakers

14:30

Coffee Break

14:10

iCal

Posters: Contributions of Crystallization to Sustainability

Room: Poster (4)

Topic: 2. Contributions of Crystallization to sustainability

Form of presentation: Poster

Duration: 80 Minutes

P 2.01: CaCO₃ precipitation through the carbonation route towards cement industry circular economy

Freddy Jesus Liendo Castillo | Politecnico di Torino | Italy

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P 2.02: -CODA- The Carbon-Negative Soda Ash Project

Dr. Peter Schulze | SChPrEngCo- Scientific Chemical Process Engineering Consultancy | Germany

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P 2.03: Melt Crystallization of 2,4-Dinitrochlorobenzene: Crystal Growth and Sweating Process Evaluation

Dr. Shengzhe Jia | Tianjin University | Germany

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P 2.04: CFD-PBM simulation of Mg(OH)₂ precipitation from saltwork brine

Mr Antonello Raponi | Politecnico di Torino | Italy

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P 2.05: Towards product separation by cooling crystallization as part of an integrated catalyst recycling process

Astrid Ina Seifert | TU Dortmund University | Germany

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P 2.06: Understanding Crystallisation in Plant Cuticular Waxes in Relations to Water Permeation through Plant Surfaces

Laksha Parameswaran | University of Leeds | United Kingdom

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P 2.07: CFD Study on Heat Transfer in a Layer Melt Crystallizer

Nahla Osmanbegovic | Aalto University School of Chemical Engineering | Finland

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P 2.08: Synthetic BiOBr/Bi₂S₃/CdS crystalline material and its degradation of dye under visible light

Prof. Dr. Jianxin Chen | Hebei University of Technology | China

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14:45

iCal

Kinetics I

Co-chair(s) Dr. Florian Paul (DECHEMA e.V.)
Chair(s) Prof. Dr. Allan Myerson (Massachusetts Institute of Technology)

Room: Raum 1 (1)

Topic: Kinetics I

Form of presentation: Lecture

Duration: 100 Minutes

14:45

A combined modeling and experimental approach to study the nucleation kinetics

Dr. Samir Kulkarni | Pfizer Inc. Worldwide Research and Development | United States

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15:05

Surface secondary nucleation: the role of thermodynamics

Dr. Luca Bosetti | ETH Zurich | Switzerland

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15:25

3D imaging yields a physical explanation for growth rate dispersion and size dependent growth

Dr.-Ing. Simon Schiele | TU München | Germany

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15:45

Modelling diffusive mixing in antisolvent crystallisation

Russell Miller | University of Strathclyde/ CMAC | United Kingdom

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16:05

Discussion with speakers

14:45

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Separation of Enantiomers I

Chair(s) Prof. Dr. Gérard Coquerel (Université de Rouen Normandie)
Co-chair(s) Dr. Alexis Michael Bazzanella (DECHEMA e.V.)

Room: Raum 2 (2)

Topic: Separation of Enantiomers I

Form of presentation: Lecture

Duration: 100 Minutes

14:45

Improving the understanding of deracemisation via temperature cycles for enhanced process design and implementation

Francesca Breveglieri | ETH Zurich | Switzerland

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15:05

Development of continuous crystallization-enhanced deracemization processes with PAT monitoring

Dr. Christos Xiouras | Janssen Research & Development | Belgium

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15:25

Co-crystal screening: methods to optimize success rate

Maxime Charpentier | University of Strathclyde | United Kingdom

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15:45

A Shortcut Model to Evaluate Continuous Preferential Crystallization for Conglomerates Forming Systems

Shashank Bhandari | Otto von Guericke Universität Magdeburg | Germany

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16:05

Discussion with speakers

14:45

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Integrated Processes I

Chair(s) Dr. Elodie Verdurand (DSM Nutritional Products AG)
Co-chair(s) Dr. Simone Rogg (DECHEMA e.V)

Room: Raum 3 (3)

Topic: Integrated Processes I

Form of presentation: Lecture

Duration: 100 Minutes

14:45

Integrated application and scale-up of a selective crystallization in an enzyme-catalysed synthesis process

Prof. Jan von Langermann | University of Rostock | Germany

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15:05

A model-based framework for design and control of integrated crystallization, filtration and drying of active pharmaceutical ingredients

Prof. Dr. Zoltan Nagy | Purdue University | United States

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15:25

Upscaling the production of a novel, high potential phosphate binding nanomaterial

Magdalena Spicher | Technical University of Munich | Germany

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15:45

Discussion with speakers

16:25

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Opening Poster Discussions / Poster Session I: After this introduction please go directly to the ePosters - Today's discussion: Poster 1.01 - 2.08

Chair(s) apl. Prof. Heike Lorenz (Max-Planck-Institut für Dynamik komplexer technischer Systeme)
Co-chair(s) Dr. Florian Paul (DECHEMA e.V.)

Room: Raum 1 (1)

Topic: ISIC 2021

Form of presentation: Lecture

Duration: 65 Minutes

After a short opening and introduction please go to the poster exhibition.
By clicking on the posters, you will find an access below the poster in the Q&A area for virtual discussion with the poster authors.

Poster discussion today is at follow topics/posters:

Developments in Large Scale Industrial Crystallization
P 1.01 – P 1.10

Contributions of Crystallization to Sustainability
P 2.01 – P 2.08

16:25

Short Poster Session Introduction

apl. Prof. Heike Lorenz | Max-Planck-Institut für Dynamik komplexer technischer Systeme | Germany

18:00

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Meet up with colleagues: Quiz

Co-chair(s) Dr. Florian Paul (DECHEMA e.V.)
Chair(s) apl. Prof. Heike Lorenz (Max-Planck-Institut für Dynamik komplexer technischer Systeme)

Room: Raum 1 (1)

Topic: ISIC 2021

Form of presentation: Lecture

Duration: 90 Minutes

Join our social evening in participating in a quiz.