Table of Contents

 

Welcome to ISIC18 1 

Conference Committee 2 

Local Organizing Committee 2 

ISIC 18 Secretariat 2 

Keynote Lecturers 2 

Scientific Committee 3 

ISIC 18 Programme at a glance 4 

Venue 5 

Map of ETH Zurich Main Building (Hauptgebäude) 7 

Conference information 8 

Crystallization Conferences in 2012 11

ISIC 18 Technical Programme 13 

TUESDAY, September 13, 2011 13 

WEDNESDAY, September 14, 2011 14 

THURSDAY, September 15, 2011 19 

FRIDAY, September 16, 2011 23 

Poster Session A (from nr. 1 to nr.100 - on Wednesday, September 14, 2011) 27 

Poster Session B (from nr. 101 to nr.198 - on Thursday, September 15, 2011) 37

List of Authors 46 

List of Participants 53 

Welcome to ISIC18

The ISIC (International Symposium on Industrial Crystallization) series is organized by the Working Party on Crystallization of the European Federation of Chemical Engineering (EFCE). Like all previous editions, ISIC18 aims at providing a unique opportunity for international exchange between scientists and engineers of all disciplines, academia and industry, and between novice and expert. The format and logistics of the conference are especially designed to favor the establishment of personal and professional relationships among participants.Those who have an interest in crystallization, workingboth in academic institutions as well as in industry, will find ISIC18well worth attending.

ISIC 18 presents a broad overview of the science and technology of crystallization, with an overall number of about 90 oral presentations and200 posters.For the first time at an ISIC event, ISIC 18 will be opened by three training tutorials about the fundamentals of industrial crystallization. We are very proud of the truly international character of ISIC 18, with contributions from all continents, with Germany, France, United Kingdom, United States, China, Japan, and Switzerland being the nations with the largest number of contributions. Oral presentations are scheduled during three days, and distributed in five plenary sessions and fifteen parallel sessions. During ISIC 18, five distinguished keynote speakers will provide their perspectives of five important areas of crystallization science and technology. Posters will be discussed in two ad-hoc sessions scheduled on Wednesday and Thursday. A number of exhibitors will be present at ISIC 18 with their state-of-the-art instrumentation and equipment.During the plenary session on Thursday afternoon the EFCE Excellence Award in Crystallization for young researchers will be presented.

A goal of ISIC18 will also be to minimize its environmental impact.To this purpose, whenever possible, a sustainable approach in the use of material, means of transportation and food will be adopted and CO2 emissions generated by the congress will be offset by purchasing carbon offsets from the non-profit foundation myclimate (www.myclimate.org).

We would like to thank the members of the EFCE Working Party on Crystallization and of the Local Organizing Committee for their help and support, as well as the colleagues in the Scientific Committee for contributing to prepare the scientific agenda. We are grateful to the companies and organizations (see back cover) that have provided financial support. Finally, we want to thank AIDIC, particularly RaffaellaDamerio, for the extraordinary efforts in organizing all aspects of ISIC 18.

On behalf of the EFCE Working Party on Crystallization, of the Local Organizing Committee, and of the Scientific Committee, we wish you all a great time in Zurich and we look forward to a stimulating and productive ISIC 18 event.

BéatriceBiscans and Marco Mazzotti

ISIC 18co-chairs

Conference Committee

Co-chairs BéatriceBiscans CNRS, University of Toulouse, France Marco Mazzotti ETH Zurich, Switzerland

Local Organizing Committee

Marco Mazzotti ETH Zurich, Switzerland PirminHidber F.Hoffmann-LaRoche, Switzerland Rolf Hilfiker Solvias, Switzerland Gerhard Muhrer Novartis Pharma, Switzerland Johannes Nagel SGVC & Ciba SC, Switzerland SauroPierucci Politecnico di Milano, Italy Robert Spruijtenburg DSM Nutritional Products, Switzerland Manfred Stepanski SulzerChemtech, Switzerland Thomas Vetter ETH Zurich, Switzerland JochenSchöll Mettler Toledo, Switzerland Elodie Verdurand DSM Nutritional Products, Switzerland DierkWieckhusen Novartis Pharma, Switzerland Uwe Zacher Lonza, Switzerland

ISIC 18 Secretariat

AIDIC–The Italian Association of Chemical Engineering Raffaella Damerio Via Giuseppe Colombo, 81/A I-20133 Milano, Italy Phone: +39-02-70608276; Fax: +39-02-59610042 e-mail: isic18@aidic.it

Keynote Lecturers

Michael McBride Yale University, USA DoraiswamiRamkrishna Purdue University, USA Jens Rieger BASF, Germany Gabriele Sadowski TU Dortmund, Germany Peter Vekilov University of Houston, USA

Scientific Committee

BéatriceBiscans CNRS, University of Toulouse, France Jerzy Bałdyga Warsaw University of Technology, Poland Wolfgang Beckmann Bayer Technology Services, Germany Richard D. Braatz MIT, Cambridge, USA HeikoBriesen TU Munich, Germany Philippe Carvin Rhodia, France Angelo Chianese Università “La Sapienza”, Roma, Italy Gerard Coquerel University of Rouen, France Roger Davey University of Manchester, United Kingdom Peter Daudey Albemarle, Netherlands Michael F. Doherty Universityof California Santa Barbara, USA Gilles Févotte École National Supérieure des Mines, Saint Etienne, France Jaime Gómez-Morales IACT-CSIC and University of Granada, Spain Brian Glennon University College Dublin, Ireland Marco Giulietti Sao Paulo State Instituteof Technology and Research, Brasil Mike Hounslow University of Sheffield, United Kingdom Peter Jansens DSM, Netherlands Matthew Jones Astra Zeneca, Sweden Kwang-Joo Kim Hanbat National University, Korea Matthias Kind University of Karlsruhe, Germany Terry Kougoulos Pfizer, United Kingdom Herman Kramer TU Delft, Netherlands Laurent Lafferrere Sanofi Aventis, France Béla G. Lakatos University of Pannonia, Hungary Alison Lewis University of Cape Town, South Africa Heike Lorenz Max Planck Institute, Magdeburg, Germany MarjattaLouhi-Kultanen University of Lappeenranta, Finland Allan S. Myerson MIT, Cambridge, USA Zoltan Nagy Loughborough University, United Kingdom Ka Ming Ng HKUST and NAMI, Hong Kong, China ÅkeRasmuson KTH, Stockholm, Sweden and Univesity of Limerick, Ireland Matthias Rauls BASF, Germany Kevin Roberts University of Leeds, United Kingdom Ronald W. Rousseau Georgia Institute of Technology , USA Andreas Seidel-Morgenstern Max Planck Institute and Univeristy of Magdeburg, Germany Reginald Tan National University of Singapore, Singapore Joachim Ulrich Martin-Luther-Universität Halle Wittenberg, Germany Elias Vlieg RadboudUniversiteit Nijmegen, Netherlands Pieter Vonk DSM, Netherlands Hongyuan(David) Wei Tianjin University, China

ISIC 18 Programme at a glance

Tuesday, September 13th, 2011

13:15-17:00 F30 Tutorial: Monitoring and Control

F3 Tutorial: FundamentalAspects

F5

Tutorial: Thermo-based Design and Synthesis

15:00-18:00 E Registration

18:00-19:30 E Welcome Reception

Wednesday, September 14th, 2011

08:20-08:40 F30 Opening Session

08:40-10:20 F30 Plenary Session 1 - Nucleation

10:20-10:50 E Coffee break

10:50-12:30 F30 Kinetics of crystallization

F3 Fundamentals of nucleation

F5 Novel directions1

12:30-13.30 Lunch

13:30-15:00 E Poster Session A (from nr. 1 to nr. 100)

15:00-16:20 F30 Plenary Session 2 - Noveldirections

16:20-16:50 E Coffee break

16:50-18:30 F30 Operation of crystallizers

F3 Thermodynamics of crystallization

F5 Polymorphs and co-crystals

19:15 Working Party Meeting

Thursday, September 15th, 2011

8:10-9:50 F30 Plenary Session 3 - Modeling and Monitoring

9:50-10:20 E Coffee break

10:20-12:00 F30 Crystal shape modeling and control

F3 Crystallization of inorganic compounds

F5 Applications of crystallization

12:00-13:00 Lunch

13:00-14:30 E Poster Session B (from nr. 101 to nr. 198)

14:30-15:50 F30 Plenary Session 4 – Chiral crystallization

15:50-16:20 F30 EFCE Award

16:20-16:50 E Coffee break

16:50-17:50 F30 Chiral crystallization processes

F3 Fundamentals of crystallization

F5 Monitoring and control

19:00 Conference Dinner

Friday, September 16th, 2011

8:20-10:00 F30 Mixing and scale up F3 Novel characterization techniques

F5 Novel directions2

10:00-10:30 E Coffee break

10:00-12:30 F30 Plenary Session 5 - Industrial crystallization

12:50-13:00 F30 Closing

13:00-14:00 Lunch

Venue

ETH Zurich

Main Building (Hauptgebäude)

Rämistrasse, 101

Zurich - Switzerland

ISIC18 will be held in the main building of the ETH Zurich, the renowned Swiss Federal Institute of Technology. ETH Zurich has excellent conference facilities in a lively academic environment, and it is located downtown, 30 min from the airport and at walking distance from the main train station and tourist attractions. Founded in 1855, ETH Zurich today offers researchers an inspiring environment and students a comprehensive education as one of the leading international universities for technology and the natural sciences.ETH Zurich has more than 16,000 students from approximately 80 countries, 3,500 of whom are doctoral candidates. More than 400 professors teach and conduct research in the areas of engineering, architecture, mathematics, natural sciences, system-oriented sciences, and management and social sciences.ETH Zurich regularly appears at the top of international rankings as one of the best universities in the world. 21 Nobel Laureates have studied, taught or conducted research at ETH Zurich, underlining the excellent reputation of the institute. Zurich is Switzerland's largest city and an internationally reputed financial centre. Zurich hosts a wide variety of economic activities, cultural initiatives and high quality educational institutions. It is famous for its lakeside location and the green, densely wooded hills that crown it. Zurich consistently finds itself at the top of international rankings of cities in terms of quality of life.The weather in September is usually mild, with maximum and minimum average temperature of 20°C and 11°C, respectively. Switzerland is a multi-ethnic, multilingual and multi-confessional nation of almost 8 million inhabitants that has been a federal State since 1848. Switzerland has a long tradition of neutrality; it hosts many international organizations, although it joined the United Nations only in 2002.Switzerland’s landscape is dominated by the Alps, which are a world-famous tourist attraction. It is a country that fosters high environmental standards, e.g. through a capillary and efficient system of public transportation.

Directions –

By air: from Zurich International Airport, one can reach ETH Zurich either by taxi (15 min, 40.- to 50.- CHF), or by train (to Zurich Hauptbahnhof, see below, 6.- CHF), or by tram (30 min, with tram number 10 from the airport to ETH/Universitätspital, departures every 15 min, 6.- CHF).

By train: from Zurich Hauptbahnhof (main station) either on foot (15 min uphill), or by tram (5 min, with trams number 6 or 10, from Hauptbahnhof to ETH/Universitätspital, 2.60 CHF Kurzstrecke).

By car: to ETH ZurichZentrum (but parking is practically impossible in Zurich, unless your hotel provides you a parking place).

Transportation – All ISIC 18 participants will receive a 4-day pass valid on public

transportation (tram, buses and boats) in the Zurich central area, the so called “zone 10” (see

map at every tram- or bus-stop). This includes all the recommended hotels, and the restaurant where the conference dinner will be held, but it does not include the Zurich International Airport, for which a so called Anschlussbillett must be bought (4.10 CHF). The pass is valid only when exhibited together with the ISIC 18 badge.

Lunch– Lunches (from Wednesday to Friday) will be served at the ETH Zurich mensa “Polyterrasse” (see directions in the map below), where two different menus, plus one vegetarian menu or a choice from the salad buffet are available (use your lunch voucher that indicates exactly what is included). Those arriving early on Tuesday can use the same mensa, but in this case they have to pay the regular price. Internet– At ETH Zurich wireless connection is available to everybody for free: use the network “public”; no password is needed.

Electrical– 220 volts; 50 Hz

Climate – The weather in Zurich in September is usually mild, with maximum and minimum

average temperature of 20°C and 11°C, respectively. Swimming in the lake and in the river is very popular in Zurich, and is often possible also in September; check public bathing facilities and water temperatures at: https://www.stadt-zuerich.ch/ssd/de/index/sport/schwimmen/sommerbaeder.secure.html.

Collections at ETH Zurich and at the University of Zurich– The scientific collections and archives of ETH Zurich represent a wealth of information, which is maintained, processed and made available to students, researchers and interested members of the public.Among these we would like torecommend the GraphischeSammlung (Collection of Prints and Drawings), which is hosted in the main building of ETH, and focusTerra, the Earth Science Research and Information Centre of ETH Zurich, which is located in Sonneggstrasse 5 (5 min on foot from the ISIC 18 venue). The University of Zurich hosts also several collections and museums, among which we would like to highlight the Zoological Museum and the Archeological Collection, which are both at a few minutes walking distance from the main building of ETH Zurich.

Map of ETH Zurich Main Building (Hauptgebäude)

Conference information

Location – All scientific activities of ISIC 18 take place in the main building (Hauptgebäude) of the ETH Zurich, in the downtown campus, wherethe conference desk, the conference rooms, the poster halls and the exhibitionare located (see the maps above for orientation). Registration – The registration of the delegates will take place Tuesday, September 13th from 12:00 to 18:00 and Wednesday, September14th from 8:00. All the delegates are invited to register and collect the conference package at the conference desk situated in the entrance hall of the ETH Zurich. Tutorials – For the first time at ISIC conferences three different 4-hour training tutorials to learn about various fundamental aspects of industrial crystallization will be offered in the afternoon of Tuesday September 13th, 2011. Attendance is free. Oral Presentations – Oral presentations will be allotted 20 minutes including discussion, except for the five keynote lectures (40 minutes with discussion). A PC will be available in the session rooms where authors are invited to upload their presentation well in advance, in order to avoid last minute problems. Posters – Panels for posters have a width of 120 cm and a height of 170 cm. For the sake of readability, we recommend authors to prepare posters with A0 format. Poster panels will be identified by the same number assigned to the poster in the Technical Programme, as follows: P\5reads as: poster presentation\ panel number. Posters will be on display in two batches, i.e. from Wednesdaymorning to Wednesday evening and from Thursday morning to Thursday evening, according to the conference programme. Posters will be mounted on and removed from the supporting panels by the authors. Note that on each day posters have to be removed by the authors on the same evening before leaving the conference facility. Two specific Poster Presentation Sessions and discussions are scheduled on Wednesday, September 14th, from 13:30 to 15:00, and on Thursday, September15th, from 13:00 to 14:30 (see programme). During these, authors are requested to be in attendance at their poster board to facilitate interaction and exchange. Exhibition– On the ground floor, close to the poster display venues and to the area where coffee breaks will be held, an area will be dedicated to the exhibition of state-of-the-art instrumentation and equipment of a few international commercial suppliers. Certificates –All participants wishing to have a participation certificate should ask the Secretariat. The certificate will be available from Thursday,September 15th (or after the conference).The invoice (as a receipt of your payment) will be emailed only by the AIDIC Accountant after the fee payment (cash or credit card). Dress code – In all conference venues casual attire is deemed adequate. Photographic equipment– The use of camerasis not allowed during the programme sessions (oral and poster). Cameras are permitted on the exhibit floor; however permission from the exhibitors involved must be obtained before photographs may be taken.

Conference dinner – The conference dinner will be served on Thursday, September15th at 19:00 (with aperitives first) at the Lake Side Restaurant, BelleriveStrasse 170, Zurich (see map on the next page). The ticket to the dinner is included in the registration fee; it must be presented at the Restaurant entrance and exhibited at the table, so that the participants entitled to the vegetarian menu can be identified. Business casual attire is recommended, as well as a pullover. The restaurant can be reached on foot (4 km), by tram (20-30 min with tram 9 to Bellevue and then either tram 2 or 4 to Fröhlicherstrasse or bus 912 or 916 to Chinagarten), by boat with the Limmat River Boat (30 min of travel from Landesmuseum, but the boat leaves every 30 min and has limited seats; as alternative one can take tram 4 from the tram stop Central, which is 5 min from Landesmuseum).

Meeting of the EFCE Working Party on Crystallization–This meeting, including dinner, is only for invited members of the EFCE WP, and will be held on Wednesday, September 14th at 19:15 at the Sorell HotelZürichberg, Orellistrasse 21, Zurich (see map below). The restaurant can be reached on foot (2 km, uphill) or by tram (15 min with tram 6 to Zoo, and then on foot 5 min). Social Programme for accompanying parties - Excursions can be suggested or organized for accompanying parties (minimum 10 people). For further information in case of interest please contact the ISIC 18 Secretariat.

Working P arty Meeting

Hotel Zürichberg, Orellistrasse 21, Zurich

Tram 6 (station ETH/Universitätsspital in front of the ETH main building) directed to ZooGet off at the last station. 5 Minutes walk to the restaurant.

A

C

B

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Hotel Züric hbergZooE T H/Univers itäts s pital

Crystallization Conferences in 2012

Gordon Research Conference on “Crystal Engineering” The 2012 Gordon Research Conference on “Crystal Engineering” will be held on June 10-15, 2012 at the Waterville Valley Resort, Waterville Valley, New Hampshire. Website: www.grc.org/programs.aspx?year=2012&program=crystaleng Contact: Robin D. Rogers, rdrogers@as.ua.edu

The 10th International Workshop on Crystal Growth of Organic Materials (CGOM10) will take place at the University of Limerick, Ireland, onJune 11-14, 2012. Website: www.CGOM2012.com Contacts: Denise Croker, denise.croker@ul.ie, and ÅkeRasmuson,ake.rasmuson@ul.ie

The BACG and IOCG announce that the 4th European Conference on Crystal Growth (ECCG4) will take place June 17-20, 2012 in Glasgow, Scotland hosted at the University of Strathclyde. Website: www.eccg4.org Contact: Alastair Florence,alastair.florence@strath.ac.uk BIWIC 2012 BIWIC 2012, the 19th International Workshop on Industrial Crystallization will be held in September 2012 in Tianjin, China. Website: in preparation Contact: Joachim Ulrich, joachim.ulrich@iw.uni-halle.de 18th Larson Symposium The 18th Larson Workshop (2012 Meeting of the Association for Crystallization Technology) will be held October 7-10, 2012 at the Fess Parker Double Tree Hilton in Santa Barbara, CA. Website: in preparation Contact: Linda K. Edson, lkedson@iastate.edu

ISIC 18 Technical Programme

TUESDAY, September 13, 2011 PARALLEL TUTORIAL SESSION

Tu 13:15-17:00 Monitoring and Control Room: Audimax MONITORING, MODELING AND CONTROL OF CRYSTALLIZATION

PROCESSES Févotte G., Kramer H., Nagy Z.K., Mesbah A. (Ecole Nationale

Supérieure des Mines, France; Delft University of Technology, The Netherlands; Loughborough University, UK)

Tu 13:15-17:00 Fundamental Aspects

Room: F3 FUNDAMENTALS OF INDUSTRIAL CRYSTALLIZATION:PRODUCT

QUALITY IN RELATION TO NUCLEATION AND CRYSTAL GROWTH ter Horst J.H., Meekes H. (Delft University of Technology, The

Netherlands; Radboud University Nijmegen, The Netherlands)

Tu 13:15-17:00 Thermodynamics-based Design and Synthesis Room: F5 THERMODYNAMICS-BASED DESIGN AND SYNTHESIS FROM

SOLUBILITY TO OPTIMUM PROCESS Wibowo C. (ClearWaterBay Technology, Inc., USA)

Tu 12:00-18:00 Registration

Tu 18:00-19:30 Welcome Reception

WEDNESDAY, September 14, 2011

Wed 8:20-8:40 Opening Session Room: Audimax Chair: Mazzotti M., Biscans B.

Wed 8:40-10:20 PLENARY SESSION 1 - Nucleation Room: Audimax Chair: Glennon B.

NUCLEATION OF CRYSTALS IN SOLUTION

Vekilov P.G. (University of Houston, USA)

MICROFLUIDIC, A NEW SCALE TO STUDY NUCLEATION

Ildefonso M., Candoni N., Veesler S. (CINaM-CNRS, France)

MICROFLUIDIC TOOLBOX FOR THE CRYSTALLIZATION OF

ORGANIC MOLECULES Teychene S., Biscans B. (CNRS, Univ. de Toulouse, France; CNRS-

Laboratoire de Génie Chimique, France) A NEW VIEW ON CRYSTAL NUCLEATION IN INDUSTRIAL

CRYSTALLIZATION Kadam S., Kulkarni S., ter Horst J.H., Kramer H. (Delft University of

Technology, The Netherlands)

Wed 10:20-10:50 Coffee break PARALLEL SESSIONS

Wed 10:50-12:30 KINETICS OF CRYSTALLIZATION Room: Audimax Chair: Chianese A.

CALCIUM CARBONATE: MODELING OF REACTION KINETICS IN TUBULAR REACTOR

Hautaniemi M., Imppola O., Solismaa P., Kukkamaki E., Kallas J., Louhi-Kultanen M. (Lappeenranta University of Technology, Finland; Wetend Technologies Ltd, Finland; UPM Research Center, Finland; Tallinn University of Technology, Estonia)

EFFECT OF NITRATE(V) IONS ON CSD OF STRUVITE PRODUCED IN

A CONTINUOUS DT MSMPR CRYSTALLIZER – NEURAL NETWORK MODEL OF REACTION CRYSTALLIZATION PROCESS

Piotrowski K., Hutnik N., Matynia A. (Silesian University of Technology, Poland; Wroclaw University of Technology, Poland)

CONTROL OF SUPERSATURATION BY COMBINING SALTING OUT AND COOLING IN THE TECHNICAL PROTEIN CRYSTALLIZATION

Alten S., Bohme P.P., Kind M. (Karlsruhe Institute of Technology, Germany)

INVESTIGATION ON THE SPONTANEOUS NUCLEATION AND

POLYMORPHIC TRANSFORMATION OF D-MANNITOL Su W., Glennon B., Hao H., Barrett M. (University College Dublin,

Ireland) TURBIDITY AND ENDOSCOPY ASSISTED MONITORING OF

PSEUDOPOLYMORPHIC TRANSFORMATION OF CITRIC ACID Simon L., Reinlein S., Hungerbuehler K. (ETH Zurich, Switzerland;

Technical University of Munich, Germany)

Wed 10:50-12:30 FUNDAMENTALS OF NUCLEATION Room: F3 Chair: Gómez-Morales J. METHOD TO STUDY THE PRIMARY NUCLEATION FOR SOLID

SOLUTION: APPLICATION TO URANIUM – NEODYMIUM OXALATE COPRECIPITATION

Parmentier D., Bertrand M., Plasari E., Vigier N. (CEA Marcoule, France; ENSIC-CNRS, France; AREVA NC, France)

SMALL VOLUME SYSTEM: A KEY TO CONTROL NUCLEATION

Grossier R., Hammadi Z., Morin R., Magnaldo A., Veesler S. (MIT, USA; CNRS, France; CEA-Valrhô, France; CINaM-CNRS, France)

PRECIPITATION AT VERY HIGH SUPERSATURATIONS – A

CHALLENGE FOR CLASSICAL THEORY AND INDUSTRIAL APPLICATIONS

Lewis A.E., Mangere M., Mokone T., Van Hille R., Randall D.G., Hendricks U. (University of Cape Town, South Africa; University of Cape Town , South Africa)

THE TIME-RESOLVED PH AND WAXS STUDIES OF CALCIUM

CARBONATE BATCH PRECIPITATION Poh C., Hounslow M., Ryan A., Fairclough P., Ristic R. (University of

Sheffield, UK) IDENTIFICATION OF BOUNDS ON NUCLEATION RATES IN

DROPLET-BASED MICROFLUIDIC SYSTEMS Chen K., Goh L., He G., Bhamidi V., Kenis P.J.A., Zukoski C.F., Braatz

R.D. (University of Illinois at Urbana-Champaign, USA; General Electric, Singapore; Institute of Chemical & Engineering Sciences, Singapore; Abbott Laboratories, USA; Massachusetts Institute of Technology, USA)

Wed 10:50-12:30 NOVEL DIRECTIONS 1 Room: F5 Chair: Wei D.

NUCLEATION ON ENGINEERED SURFACES: CONCOMITANT POLYMORPHISM AND NANO-CRYSTAL FORMATION

Chen J., Yang X., Myerson A. (Massachusetts Institute of Technology, USA)

THEORETICAL AND EXPERIMENTAL STUDY OF THE

PRECIPITATION MECHANISMS AND CRYSTAL GROWTH OF INSOLUBLE SALTS IN POROUS MEDIA

Athanasakou G., Arvaniti E., Paraskeva C., Koutsoukos P. (University of Patras, Greece; FORTH/ICE-HT, Greece)

ANTISOLVENT CRYSTALLIZATION IN SUPERCRITICAL FLUID: AN

INTERESTING TECHNIQUE FOR POLYMORPH SCREENING Mangin D., Baltes D., Klein J.P., Monnier O. (Université Lyon 1, France;

Sanofi Aventis, France; LAGEP, France) INTENSIFIED CRYSTALLIZATION IN COMPLEX MEDIA:

HEURISTICS FOR CRYSTALLIZATION OF PLATFORM CHEMICALS Urbanus J., Roelands M., Verdoes D., ter Horst J.H. (TNO, The

Netherlands; Delft University of Technology, The Netherlands) SUPERCRITICAL FLUIDS AS ALTERNATIVE MEDIA FOR THE

FORMATION OF PHARMACEUTICAL COCRYSTALS Padrela L., Rodrigues M.A., Velaga S.P., Fernandes A.C., Matos H.A.,

Azevedo E.G. (Technical University of Lisbon , Portugal; Lulea University of Technology, Sweden)

Wed 12:30-13.30 Lunch

Wed 13:30-15:00 POSTER SESSION A (from nr. 1 to nr.100)

Wed 15:00-16:20 PLENARY SESSION 2 - Novel Directions

Room: Audimax Chair: Ulrich J. THERMODYNAMIC MODELING OF DRUG CRYSTALLIZATION

PHENOMENA Sadowski G. (TU Dortmund, Germany)

ELECTROSPRAYING ACTIVE PHARMACEUTICAL INGREDIENTS

Revalor E., Wang M., Myerson A., Rutledge G., Trout B. (MIT, USA; Massachusetts Institute of Technology, USA)

HIGH SPEED IMAGING OF ULTRASOUND IN SEEDED CALCITE SONOCRYSTALLIZATION

Wagterveld M., Boels L., Mayer M., Witkamp G.J. (Delft University of Technology, The Netherlands; Wetsus, The Netherlands)

Wed 16:20-16:50 Coffee break

Wed 16:50-18:30 OPERATION OF CRYSTALLIZERS

Room: Audimax Chair: Wieckhusen D.

ACHIEVING A TARGET CRYSTAL SIZE DISTRIBUTION BY CONTINUOUS SEEDING AND CONTROLLED GROWTH

Jiang M., Fujiwara M., Wong M.H., Zhu Z., Zhang J., Zhou L., Wang K., Ford A.N., Si T., Hasenberg L.M., Braatz R.D. (Massachusetts Institute of Technology, USA; University of Illinois at Urbana-Champaign, USA; University of Illinois, USA)

RAPID DETERMINATION OF A NEAR-OPTIMAL SEEDING

PROCEDURE AT AN INDUSTRIAL SCALE BATCH CRYSTALLIZER Kadam S., Vissers J., Forgione M., Geertman R., Daudey P., Kramer H.

(Delft University of Technology, The Netherlands; Eindhoven University of Technology, The Netherlands; MSD, The Netherlands; Albemarle Catalysts B.V., The Netherlands)

WHEN BAD SEEDS BECOME GOOD

Lee M.Y., Dominey A. (GlaxoSmithKline, UK)

API CRYSTALLIZATION IN A CONTINUOUS-FLOW EQUIPMENT

Eder R., Besenhard M., Schrank S., Roblegg E., Gruber-Woelfler H., Khinast J. (Graz University of Technology, Austria; Research Center Pharmaceutical Engineering GmbH, Austria; Karl-Franzens University Graz, Austria)

GAS-LIQUID REACTIVE CRYSTALLIZATION OF LITHIUM

CARBONATE BY A FALLING FILM TOWER Sun Y., Song X., Wang J., Yu J. (East China University of Science &

Tech., P.R.China)

Wed 16:50-18:30 THERMODYNAMICS OF CRYSTALLIZATION Room: F3 Chair: Roberts K.

IMPROVING THE STABILITY OF CRYSTALLINE TUBES

Wachsmuth A., Stelzer T., Ulrich J. (Martin-Luther Universitaet Halle-Wittenberg, Germany)

PROMOTING AND INHIBITING EFFECTS OF ADDITIVES ON THE GROWTH OF POLAR γ-GLYCINE AND DL-ALANINE CRYSTALS

Han G., Chow P.S., Tan R.B.H. (Institute of Chemical & Engineering Sciences, Singapore)

DETERMINATION OF THE BROMLEY'S CONTRIBUTIONS TO

ESTIMATE THE ACTIVITY COEFFICIENT OF NEODYMIUM COMPOUNDS

Lalleman S., Bertrand M., Plasari E., Sorel C., Moisy P. (CEA Marcoule, France; ENSIC-CNRS, France)

DECIPHERING COMPLICATED PHASE BAHAVIOR OF MULTI-

POLYMORPH PHARMACEUTICAL COMPOUNDS - APPLICATION OF FREE ENERGY CALCULATION OF EUTECTIC MIXTURES

Erdemir D., Gao Q., Hsieh D.S., Huang J., Leahy D., Ng A., Lai C. (Bristol-Myers Squibb co., USA)

DEPENDENCE OF TRIGLYCERIDE CRYSTAL NUCLEATION RATES

ON PRESSURE Yamamoto H., Katsube Y., Miyake S., Endou F., Takahashi Y.,

Okabayashi Y., Nakazaki C. (Fukuyama University, Japan)

Wed 16:50-18:30 POLYMORPHS AND CO-CRYSTALS Room: F5 Chair: Verdurand E. TARGETING RIGHT POLYMORPHS AND HYDRATES IN

MANUFACTURING OF ACTIVE PHARMACEUTICAL INGREDIENTS Karpinski P. (Novartis Pharma AG, USA)

QBD BASED CRYSTALLIZATION PROCESS DEVELOPMENT FOR A

POLYMORPHIC DRUG - TOLBUTAMIDE Thirunahari S., Chow P.S., Tan R.B.H. (Institute of Chemical &

Engineering Sciences, Singapore) PHASE SCREENING AND SELECTION IN AN API SYSTEM WITH

NUMEROUS CRYSTALLINE PHASES Petrova R., Lamberto D., Sirota E., Pyrz W., Kim B., Mcgachy N., Itoh

T., Mckeown A., Tsou N., Ball R., Lohani S., Kendall R., Wenslow R. (Merck & Co., Inc, USA; Merck & Co., Inc., USA; Merck Sharp & Dohme Corp. , UK)

IS STOICHIOMETRIC DIVERSITY OF COCRYSTALS DETERMINED BY

SOLUTION MICROSTRUCTURE?-- MOLECULAR DYNAMICS APPROACH AND A CASE STUDY

Feng Y., Dang L., Wei Y., Wei H.Y. (Tianjin University of Science &Tech., P.R.China)

A THERMODYMANICALLY GUIDED APPROACH TO CO-CRYSTAL SCREENING: APPLICATION TO MALEIC ACID / CAFFEINE SYSTEM

Leyssens T., Springuel G., Candoni N., Veesler S. (Université Catholique de Louvain, Belgium; CINaM-CNRS, France)

Wed 19:15 WP Dinner

THURSDAY, September 15, 2011

Thu 8:10-9:50 PLENARY SESSION 3 - Modeling and Monitoring Room: Audimax Chair: Hounslow M.

TOWARDS CONTROL OF CRYSTAL SHAPE. CRYSTALLIZATION AND DISSOLUTION

Singh M., Ramkrishna D. (Purdue University, USA)

DESIGN AND OPTIMIZATION OF PLUG FLOW CRYSTALLIZERS

Ferguson S., Morris G., Barrett M., Hao H., Glennon B. (University College Dublin, Ireland)

PAT MONITORING AND PBE MODELING OF BATCH COOLING

SOLUTION CRYSTALLIZATION IN THE PRESENCE OF IMPURITIES Gherras N., Févotte G. (Ecole Nationale Supérieure des Mines, France)

A MODEL FOR CRYSTAL GROWTH FROM SOLUTIONS CONTAINING

MULTIPLE CONFORMERS Derdour L., Pack S., Skliar D., Lai C., Vernille J., Kiang S. (Bristol-Myers

Squibb co., USA)

Thu 9:50-10:20 Coffee break PARALLEL SESSIONS

Thu 10:20-12:00 CRYSTAL SHAPE MODELING AND CONTROL Room: Audimax Chair: Vetter T. CRYSTAL HABIT PREDICTION INCLUDING THE LIQUID AS WELL AS

THE SOLID SIDE Schmidt C., Ulrich J. (Martin-Luther Universitaet Halle-Wittenberg,

Germany) GENERIC FRAMEWORK FOR CRYSTAL MEASURE CALCULATION

AND CRYSTAL MORPHOLOGY Reinhold A., Briesen H. (Technical University of Munich, Germany)

SOLVENT-INDUCED HABIT CHANGE OF SUCCINIC ACID

Lemmer S., Ruether F., Sadowski G., Schembecker G. (TU Dortmund, Germany)

CRYSTAL MORPHOLOGY CONTROL BY USING MODULATED

OPERATION UNDER SUSPENSION CONDITIONS Takiyama H., Imanari M. (Tokyo Univ. of Agriculture and Tech., Japan)

2D POPULATION BALANCE MODEL FOR CRYSTALLIZATION OF

NEEDLE-SHAPE CRYSTALS WITH FRAGMENTATION Borsos Á., Lakatos B. (University of Pannonia, Hungary)

Thu 10:20-12:00 CRYSTALLIZATION OF INORGANIC COMPOUNDS

Room: F3 Chair: Louhi-Kultanen M.

CALCIUM CARBONATE CRYSTALLIZATION IN THE PRESENCE OF ADDITIVES

Kirboga S., Oner M. (Yildiz Technical University, Turkey)

ANTI-CAKING AGENTS FOR SODIUM CHLORIDE AS A CRYSTAL

GROWTH INHIBITOR: INTERACTIONS STUDIED USING VARIOUS TECHNIQUES

Bode A., Vonk V., Kok D., Steensma M., Jiang S., Meijer J., Van Enckevort W., Vlieg E. (Radboud University Nijmegen, The Netherlands; AkzoNobel Industrial Chemicals, The Netherlands)

PRECIPITATION OF AMORPHOUS COLLOIDAL SILICA FROM

AQUEOUS SOLUTIONS Baldyga J., Jasinska M., Jodko K., Petelski P. (Warsaw University of

Technology, Poland) PROPERTIES OF AN AMORPHOUS MAGNESIUM SILICATE

SYNTHESIZED BY PRECIPITATION. Dietemann M., Baillon F., Espitalier F., Calvet R., Accart P., Greenhill-

Hooper M. (Ecole des Mines d'Albi, France; Rio Tinto Minerals, France) KINETIC STUDY ON PEI-ASSISTED REACTIVE CRYSTALLIZATION

OF MONODISPERSE STRONTIUM SULFATE MICROCRYSTALS Mikami T., Hirasawa I. (Tsuruoka National College of Technology,

Japan; Waseda University, Japan)

Thu 10:20-12:00 APPLICATIONS OF CRYSTALLIZATION Room: F5 Chair: Stepanski M. MELT CRYSTALLIZATION OF CAPROLACTAM IN A CONTINUOUS

CRYSTALLIZER WITH FINES REMOVAL Misztal S. (Wroclaw University of Technology, Poland)

PRODUCTION AND EFFECT OF SPECIFIED SEED CRYSTALS ON CRYSTALLIZATION KINETICS AND STRUCTURE OF CONFECTIONARY FATS

Ehlers D., Hanselmann W., Windhab E. (ETH Zurich, Switzerland)

TWO CRYSTALLIZATION ROUTES TO SYNTHESIZE CARBONATE-

APATITE NANOPARTICLES FOR BIOMEDICAL APPLICATIONS Delgado-Lopez J.M., Rodriguez I., Iafisco M., Hernandez-Hernandez A.,

Gòmez-Morales J. (IACT, CSIC-UGR, Spain; Università del Piemonte Orientale, Italy)

MICROBIALLY INDUCED PHOSPHORUS PRECIPITATION INSIDE

AEROBIC GRANULES FOR WASTEWATER TREATMENT Manas Llamas A., Biscans B., Sperandio M. (LISBP/LGC/INSA, France;

CNRS-Laboratoire de Génie Chimique, France; LISBP/INSA, France) SEMI-BATCH CRYSTALLIZATION OF GYPSUM FROM CALCITE AND

SULFURIC ACID Bard F., Garcia D., Févotte G. (Ecole Nationale Supérieure des Mines,

France)

Thu 12:00-13:00 Lunch

Thu 13:00-14:30 POSTER SESSION B (from nr. 101 to nr. 198)

Thu 14:30-15:50 PLENARY SESSION 4 - Chiral Crystallization Room: Audimax Chair: Davey R.

GRINDING TO HOMOCHIRALITY THE MECHANISM OF VIEDMA RIPENING

Mcbride M., Tully J., Ulas G. (Yale University, USA)

NOVEL APPROACHES FOR ENANTIOSEPARATION BY

CRYSTALLIZATION Lorenz H., Seidel-Morgenstern A. (Max Planck Institute Magdeburg,

Germany) ODDITIES OF THE CHIRAL DISCRIMINATION BETWEEN

ENANTIOMERS IN THE SOLID STATE Gonella S., Rougeot C., Mahieux J., Guillen F., Plaquevent J.C., Coquerel

G. (Université de Rouen, France; Université Paul Sabatier, France)

Thu 15:50-16:20 EFCE Award

Thu 16:20-16:50 Coffee break

Thu 16:50-17:50 CHIRAL CRYSTALLIZATION PROCESSES Room: Audimax Chair: Lorenz H.

DESIGN OF CRYSTALLIZATION PROCESSES FOR CHIRAL RESOLUTION APPLIED TO SYSTEMS EXHIBITING OILING OUT

Codan L., Babler M.U., Mazzotti M. (ETH Zurich, Switzerland; KTH Royal Institute of Technology, Sweden)

ENANTIOMERIC PURIFICATION OF A RACEMIC COMPOUND-

FORMING SYSTEM BASED ON DIFFERENT HYDRATES Le Minh T., Lorenz H., Seidel-Morgenstern A. (Max Planck Institute

Magdeburg, Germany) VIEDMA RIPENING: CHIRAL PURITY THROUGH ATTRITION-

ENHANCED DERACEMIZATION Meekes H., Noorduin W., Van Enckevort W., Kaptein B., Kellogg R.,

Tully J., Mcbride M., Vlieg E. (Radboud University Nijmegen, The Netherlands; Harvard University, USA; DSM , The Netherlands; Syncom BV, The Netherlands; Yale University, USA)

CHIRAL PURIFICATION OF GLUTAMIC ACID ENANTIOMERS USING

A NON-SELECTIVE BARRIER MEMBRANE AND DUAL-CHAMBER CRYSTALLIZATION

Svang-Ariyaskul S., Koros W., Rousseau R. (Georgia Institute of Technology, USA)

Thu 16:50-17:50 FUNDAMENTALS OF CRYSTALLIZATION

Room: F3 Chair: Lewis A.E.

PRECIPITATION OF PIPERAZINE IN THE PIPERAZINE-H2O-CO2 SYSTEM

Ma X., Kim I., Beck R., Knuutila H., Andreassen J.P. (Norwegian Univ. of Science & Techn., Norway; SINTEF, Norway)

EXPLOITING POLYMORPHISM IN THE PURITY ENHANCEMENT OF

LINCOMYCIN HYDROCHLORIDE Qian G., Wu Y., Zhou X. (East China University of Science &Tech.,

P.R.China) INFLUENCE OF RAPID INITIAL MIXING ON PARTICLE FORMATION

KINETICS IN ANTISOLVENT CRYSTALLISATION OF VALINE Brown A., Schacht U., Florence A., Soos M., Sefcik J. (University of

Strathclyde, UK; Swiss Federal Institute of Technology, Switzerland) AGEING MECHANISM OF SILVER NANORODS IN AQUEOUS

SOLUTION Segets D., Damm C., Yang G., Vieweg B., Spiecker E., Peukert W.

(University of Erlangen-Nuremberg, Germany; Center for Nanoanalysis and Electron Microscopy, Germany)

Thu 16:50-17:50 MONITORING AND CONTROL Room: F5 Chair: Tan R.B.H.

ONLINE MULTIDIMENSIONAL PSD MONITORING AND PBE MODELING OF CRYSTAL GROWTH

Schorsch S., Vetter T., Mazzotti M. (ETH Zurich, Switzerland)

NOVEL CONTROL OF SUPERSATURATION ON AN INDUSTRIAL

SCALE PHARMACEUTICAL BATCH COOLING CRYSTALLIZER Vissers J., Forgione M., Kadam S., Daudey P., Backx T., Huesman A.,

Kramer H., Van Den Hof P. (Eindhoven University of Technology, The Netherlands; Delft University of Technology, The Netherlands; Albemarle Catalysts B.V., The Netherlands)

AUTOMATED PROCESS DEVELOPMENT VIA NOVEL ATR-FTIR

FEEDBACK CONTROL STRATEGIES Barrett M., Hao H., Duffy D., Glennon B. (University College Dublin,

Ireland) CRYSTALLIZATION-IN-EMULSION PROCESS IN STIRRED REACTOR:

IN SITU MEASUREMEMNT OF DROPLET AND PARTICLE SIZE DISTRIBUTIONS

Khalil A., Puel F., Chevalier Y., Galvan J.M., Rivoire A., Klein J.P. (Universite Claude Bernard Lyon 1, France; LAGEP, France)

Thu 19:00 Conference Dinner

FRIDAY, September 16, 2011 PARALLEL SESSIONS

Fri 8:20-10:00 MIXING AND SCALE UP Room: Audimax Chair: Seidel-Morgenstern A. LARGE EDDY SIMULATION OF MIXING EFFECTS ON THE COURSE

OF PRECIPITATION PROCESS Makowski L., Orciuch W., Baldyga J. (Warsaw University of

Technology, Poland) MODELING OF THE TETRAVALENT URANIUM OXALATE

PRECIPITATION BY COMBINING LARGE EDDY SIMULATION HYDRODYNAMIC MODEL AND KINETIC LAWS

Bertrand M., Plasari E., Lamarque N., Lebaigue O., Ducros F. (CEA Marcoule, France; ENSIC-CNRS, France; European Centre for Research and Advanced Training in Scientific Computation, France)

CONTINUOUS PRECIPITATION OF L-ASPARAGINE IN A MICROMIXER: KINETIC CHARACTERIZATION AND PROCESS DESIGN

Lindenberg C., Mazzotti M. (Novartis Pharma AG, Switzerland; ETH Zurich, Switzerland)

SCALE-UP OF SUSPENSION CRYSTALLISERS USING A PREDICTIVE

MODEL FRAMEWORK Westhoff G., Kramer H. (FrieslandCampina Domo, The Netherlands;

Delft University of Technology, The Netherlands) CRYSTALLIZATION SCALE-UP IN THE CHEMICAL INDUSTRY –

ENSURING SUCCESS FROM LAB TO MANUFACTURING Schoell J., Redman T., Smith B., O Grady D., Barrett M. (Mettler Toledo,

USA; University College Dublin, Ireland)

Fri 8:20-10:00 NOVEL CHARACTERIZATION TECHNIQUES Room: F3 Chair: Kind M. POISEUILLE FLOW CRYSTALLIZER - A NOVEL DEVICE IN WHICH

TO CHARACTERISE CRYSTAL AGGREGATION DURING PRECIPITATION FROM SOLUTION

Hounslow M., Pitt K. (University of Sheffield, UK)

IMPROVED CORRELATIONS OF SINGLE-FREQUENCY

ULTRASOUND VELOCITY AND ATTENUATION TO MOST IMPORTANT SUSPENSION PROPERTIES VIA PHENOMENOLOGICAL MODELS

Pertig D., Stelzer T., Ulrich J. (Martin-Luther Universitaet Halle-Wittenberg, Germany)

A RAPID METHOD FOR SCREENING CRYSTALLIZATION

CONDITIONS AND PHASES OF AN ACTIVE PHARMACEUTICAL INGREDIENT

Detoisien T., Taulelle P., Colson D., Klein J.P., Veesler S. (CNRS, France; Oril industrie, France; LAGEP, France; CINaM-CNRS, France)

ACOUSTIC ON-LINE MONITORING OF SOLUTION

CRYSTALLIZATION PROCESS IN PURE AND IMPURE MEDIA Gherras N., Serris E., Févotte G. (Ecole Nationale Supérieure des Mines,

France) ONLINE MONITORING OF CRYSTALLIZATION PROCESSES USING

DIGITAL HOLOGRAPHY Khanam T., Rajendran A., Kariwala V., Asundi A.K. (Nanyang

Technological University, Singapore)

Fri 8:20-10:00 NOVEL DIRECTIONS 2 Room: F5 Chair: Hirasawa I. EFFECT OF TAYLOR VORTEX ON THE POLYMORPHIC

TRANSFORMATION OF SULFAMERAZINE Lee S., Kim W.S., Choi G.J., Myerson A. (Kyung Hee University, Korea;

Inje University, Korea; Massachusetts Institute of Technology, USA) ELECTROSPRAY CRYSTALLIZATION: A SIMPLE TECHNIQUE TO

CREATE HIGH QUALITY NANOCRYSTALS Radacsi N., Stankiewicz A.I., Aigner Z., Creyghton Y.L.M., Van Der

Heijden A.E.D.M., ter Horst J.H. (Delft University of Technology, The Netherlands; University of Szeged, Hungary; TNO Defence, Security and Safety, The Netherlands)

PREPARATION OF COMPOSITE PARTICLES BY LIQUID-LIQUID

INTERFACIAL CRYSTALLIZATION Wake T., Shirakawa Y., Shimosaka A., Hidaka J. (Doshisha University,

Japan) NANOPRECIPITATION IN CONFINED IMPINGING JET MIXERS:

PRODUCTION AND CHARACTERIZATION OF PEGYLATED NANOPARTICLES FOR PHARMACEUTICAL USE

Valente I., Celasco E., Marchisio D., Barresi A. (Politecnico di Torino, Italy)

CHARACTERIZATION OF FLASH CRYSTALLIZATION PROCESS

Wood B., Hao H., Barrett M., Glennon B. (University College Dublin, Ireland)

Fri 10:00-10:30 Coffee break

Fri 10:00-12:30 PLENARY SESSION 5 - INDUSTRIAL

Room: Audimax Chair: Jansens P. PRECURSOR STRUCTURES IN CRYSTALLIZATION AND

PRECIPITATION AND CONTROL OF PARTICLE FORMATION BY POLYMERS

Rieger J. (BASF SE, Germany)

MODIFYING API PHYSICAL PROPERTIES VIA PARTICLE

ENGINEERING TECHNIQUES FROM THE SAME SOLVENT SYSTEM Boukerche M. (Pfizer , UK)

CRYSTALLISATION PROCESS MODELS FOR THE PHARMACEUTICAL

INDUSTRY: EFFICIENT WORKFLOWS FOR VALIDATION AGAINST EXPERIMENTS AND SCALE-UP

Cocchini U., Bermingham S. (GSK R&D, UK; Process Systems Enterprise Ltd, UK)

INDUSTRIAL FEEDBACK ON THE USE OF PROCESS ANALYTICAL TECHNOLOGY (PAT) FOR CRYSTALLIZATION PROCESS DEVELOPMENT

Gauer C., Bieri N.R., Meier U. (Novartis Pharma AG, Switzerland)

SUPERSATURATION AND DIRECT NUCLEATION CONTROL OF AN

INDUSTRIAL PHARMACEUTICAL CRYSTALLISATION PROCESS USING A CRYSTALLISATION PROCESS INFORMATICS SYSTEM

Nagy Z.K., Baker M., Pedge N., Steele G. (Loughborough University, UK; AstraZeneca, UK)

INDUSTRIAL CRYSTALLIZATION: CHALLENGES AND SCIENTIFIC

ISSUES Biscans B. (CNRS-Laboratoire de Génie Chimique, France)

Fri 12:50-13:00 Closing Fri 13:00-14:00 Lunch

Poster Session A (from nr. 1 to nr.100 - on Wednesday, September 14, 2011) Fundamentals of crystallization science 1) STUDY OF THE NUCLEATION AND GROWTH MECHANISM OF CEFODIZIME SODIUM

Zhang X., Yin Q., Zhang M., Wang Y., Hou B. (Tianjin University of Science &Tech., P.R.China)

2) A NEW METHOD FOR PROTEIN PURIFICATION BY CRYSTALLIZATION

Liu Y., Pietzsch M., Ulrich J. (Martin-Luther Universitaet Halle-Wittenberg, Germany)

3) INFLUENCE OF THE COMPOSITION OF WATER/ACETONE MIXTURES ON POLYMORPHIC TRANSFORMATION OF CANDESARTAN CILEXETIL

Cui P., Yin Q., Gong J., Wang Y., Hou B., Wang J. (Tianjin University of Science &Tech., P.R.China)

4) MECHANISM OF SPECIFIC INFLUENCE OF L-GLUTAMIC ACID ON THE CRYSTAL SHAPE OF L-VALINE

Yoshiura H., Nagano H., Hirasawa I. (Kyowa Hakko Bio Co., Ltd., Japan; Waseda University, Japan)

5) THE EFFECT OF IONIC LIQUIDS ON SOLUBILITY AND MORPHOLOGY OF LYSOZYME

Wang Z., Dang L. (Tianjin University of Science &Tech., P.R.China)

6) GROWTH BEHAVIOUR AND SATURATION DEPENDENCE OF A MODEL CRYSTAL/SOLUTION INTERFACE

Reilly A., Briesen H. (Technical University of Munich, Germany)

7) NUMERICAL SIMULATION OF METASTABLE ZONE WIDTH AND INDUCTION TIME FOR UNSEEDED POTASSIUM SULPHATE AQUEOUS SOLUTION Kobari M., Kubota N., Hirasawa I. (JGC corporation, Japan; Iwate University, Japan; Waseda University, Japan)

8) SOLUBILITY PREDICTION OF WEAK ELECTROLYTE MIXTURES

Zhang X., Févotte G., Qian G., Zhou X., Yuan W. (East China University of Science & Tech., P.R.China; Ecole Nationale Supérieure des Mines, France; East China University of Science &Tech., P.R.China)

9) AGGLOMERATION OF 2-MERCAPTO-5-DIFLUOROMETHOXY-1H-BENZIMIDAZOLE DURING THE REACTIVE CRYSTALLIZATION PROCESS Wang Y., Lv X., Xie C. (Tianjin University of Science &Tech., P.R.China)

10) THE TRANSFORMATION OF Β TO Α FUMARIC ACID AS MONITORED IN SITU BY FBRM AND PVM Liu C., Dang L., Wei H.Y. (Tianjin University of Science &Tech., P.R.China)

11) TOWARDS UNDERSTANDING OF INDUCED NUCLEATION PHENOMENA

Wohlgemuth K., Ruether F., Schembecker G. (TU Dortmund, Germany)

12) INFLUENCE OF SOLID PARTICLES ON GAS-LIQUID MASS TRANSFER IN STIRRED TANK

Han B., Niemi H., Sha Z., Louhi-Kultanen M. (Lappeenranta University of Technology, Finland; Tianjin University of Science &Tech., P.R.China)

13) TRANSFORMATION AND CRYSTALLIZATION OF ANHYDRATE/HYDRATE OF CARBAMAZEPINE IN ALCOHOL-WATER SOLUTIONS

Wang X., Yang X., Ching C.B. (Nanyang Technological University, Singapore)

14) CALCIUM SULPHATE DIHYDRATE NUCLEATION: THE RETARDANT EFFECT OF 2-PHOSPHONOBUTANE-1,2,4-TRICARBOXYLIC ACID

Prisciandaro M., Olivieri E., Lancia A., Musmarra D. (Università dell'Aquila, Italy; Università "Federico II" di Napoli, Italy; Seconda Università di Napoli, Italy) 15) CARBOXYLATE-MODIFIED INULINE BIOPOLYMERS: AN EFFECTIVE GREEN ALTERNATIVE FOR PHOSPHONATE-BASED ANTISCALANTS

Boels L., Jarzembowska M., Witkamp G.J. (Delft University of Technology, The Netherlands; Wetsus, The Netherlands)

16) EVALUATION OF CITRIC ACID CRYSTALLIZATION IN VIBRATED BED CRYSTALLIZER Teixeira G., Finzer J.R., Malagoni R. (Federal University of Uberlândia, Brazil) 17) SPINODAL DECOMPOSITION IN PRECIPITATION PROCESSES

Kiesow K., Ruether F., Sadowski G. (TU Dortmund, Germany)

18) RATES OF SODIUM CHLORIDE ATTRITION FRAGMENT GENERATION IN A MIXED-SUSPENSION CRYSTALLIZER Mueansichai T., Flood A. (Suranaree University of Technology, Thailand)

19) STABILITY AND CONVERSION OF THEOPHYLLINE SOLID FORMS

Seton L., Khamar D., Bradshaw I., Hutcheon G. (Liverpool John Moores University, UK) 20) MODULATION OF CRYSTAL MORPHOLOGY ON ORGANIC MONOLAYERS

Sarma B., Myerson A. (Massachusetts Institute of Technology, USA)

21) MODELING OF NUCLEATION, GROWTH AND RIPENING OF ZNO SEMICONDUCTOR NANOPARTICLES USING POPULATION BALANCE EQUATIONS

Hartig M.A.J., Segets D., Gradl J., Peukert W. (University of Erlangen-Nuremberg, Germany; Robert Bosch GmbH, Germany)

22) INVESTIGATING THE INITIAL PRECIPITATION STAGES OF CUPRIC POLYMORPHS BY POPULATION BALANCE MODELING FOR THE PRODUCTION OF METHANOL SYNTHESIS CATALYSTS

Hartig M.A.J., Kurr P., Peukert W. (University of Erlangen-Nuremberg, Germany; Süd-Chemie AG, Germany)

23) GROWTH AND MORPHOLOGY OF THE VATERITE POLYMORPH OF CALCIUM CARBONATE AT CONSTANT SUPERSATURATION

Beck R., Mohamed R., Lewis A.E., Andreassen J.P. (Norwegian Univ. of Science & Techn., Norway; University of Cape Town, South Africa)

24) INFLUENCE OF SOLVENT ON THE NUCLEATION OF M-HYDROXYBENZOIC ACID POLYMORPHS

Svard M., Rasmuson A. (Royal Institute of Technology (KTH), Sweden)

25) CRYSTALLISATION OF CONFORMATIONALLY FLEXIBLE PHARMACEUTICAL MOLECULES

Back K., Slavin P., Mcghie S., Davey R. (University of Manchester, UK; GlaxoSmithKline, UK; The University of Manchester, UK)

26) COSMO-SAC MODEL FOR PREDICTING SOLUBILITY OF PHARMACEUTICAL PRODUCTS IN DIFFERENT SOLVENTS

Bouillot B., Teychene S., Biscans B. (CNRS, Univ. de Toulouse, France; CNRS-Laboratoire de Génie Chimique, France)

27) INFLUENCE OF SURFACE CHARGE ON HETEROGENEOUS CRYSTALLIZATION

Shirakawa Y., Akiyama K., Wake T., Shimosaka A., Hidaka J. (Doshisha University, Japan)

28) MORPHOLOGICAL CONTROL OF FINE PARTICLES IN MICROSPACE

Wakamiya H., Shirakawa Y., Shimosaka A., Hidaka J. (Doshisha University, Japan)

29) COMPOSITE MATERIALS FABRICATION FOR HYDROGEN STORAGE BY REACTIVE CRYSTALLIZATION

Naito T., Shirakawa Y., Shimosaka A., Hidaka J. (Doshisha University, Japan)

30) EVALUATION OF A KINETIC POPULATION BALANCE MODEL DESCRIBING NUCLEATION, GROWTH AND RIPENING

Vetter T., Hanseler F., Ochsenbein D., Iggland M., Mazzotti M. (ETH Zurich, Switzerland)

31) SOLUBILITY OF FRUCTOSE DIPHOSPHATE SODIUM IN AQUEOUS ALCOHOL MIXTURES

Wang Y., Zhu Y., Zhao X., Sha Z. (Tianjin University of Science &Tech., P.R.China)

32) THE THERMODYNAMIC WORKFLOW FOR THE RELATIVE STABILITY ASSESSMENT OF A COMPLEX POLYMORPHIC SYSTEM

Hsieh D.S., Roberts D., Gao Q., Erdemir D., Lai C., Chang S.Y., Kiang S. (Bristol-Myers Squibb co., USA)

33) THE CHARACTOR OF MIXED POTASSIUM CHLORIDE AND AMMONIUM CHLORIDE CRYSTALS

Chen J., Shi X., Yuan J., Ulrich J., Zhang H., Ji X. (Hebei University of Technology, P.R.China; Martin-Luther Universitaet Halle-Wittenberg, Germany) 34) KINETIC INVESTIGATIONS ON SUSPENSION CRYSTALLIZATION OF IONIC LIQUIDS

Keil P., Koenig A. (University of Erlangen-Nuremberg, Germany)

35) TRANSFORMATION KINETICS OF MYO-INOSITOL CRYSTALS IN ORGANIC SOLVENT

Kumashiro M., Kobayakawa A., Hirasawa I. (Waseda University, Japan)

36) IMPACT OF PRE-HEATING ON NUCLEATION KINETICS AND POLYMORPH

Ramakrishnan S., Agrawal R., Devarakonda S., Kedia U., Rudraraju V. (Dr. Reddy’s Laboratories Ltd., India; Aurigene Discovery Technologies Ltd., India) 37) PRECIPITATION OF MESOPOROUS NANOSIZED CALCIUM CARBONATE

Kontrec J., Ukrainczyk M., Brecevic L., Kralj D. (Ruder Boskovic Institute, Croatia)

38) FLUORITE’S PRECIPITATION IN KOH SOLUTIONS IN VIEW OF REMOVING FLUORIDES FROM WASTEWATERS

Tavares A. R., Garcia D., Moutte J., Cameirao A., Févotte G., Amaraggi D., Morel B. (Ecole Nationale Supérieure des Mines, France; Areva-COMURHEX, France; AREVA-COMURHEX, France)

39) THE RATE OF SUPERSATURATION INCREASE/DECREASE AS AN IMPORTANT PARAMETER DURING CRYSTAL GROWTH

Ferrreira C., Martins P., Damas A., Rocha F. (LEPAE, Faculdade de Engenharia Porto, Portugal; ICBAS – Inst. de Ciencias Biomedicas Abel Salazar, Portugal; IBMC, Portugal; University of Porto, Portugal)

40) EFFECT OF INORGANIC IMPURITIES ON THE CRYSTAL GROWTH OF BORIC ACID FROM AQUEOUS SOLUTIONS

Alavia W., Seidel-Morgenstern A., Lorenz H., Graber T. (Universidad de Antofagasta, Chile; Max Planck Institute Magdeburg, Germany)

41) AN EXAMINATION OF STRUCTURE OF NANO-SIZED MOLECULAR CLUSTER OF NAPHTHALENE AND BIPHENYL AS A FUNCTION OF CRYSTAL SIZE, IN RELATION TO THEIR CRYSTALLISABILITY

Hammond R., Jiang H., More I., Roberts K.J. (Leeds University, UK; University of Leeds, UK; Infineum U K Ltd, UK)

42) USE OF IN-PROCESS ANALYTICAL TOOLS TO MEASURE NUCLEATION AND GROWTH RATES OF N-PHOSPHONOMETHYL GLYCINE (PMG)

Izumi T., Blacker J., Banning S., George N., Hardie M., Marziano I., Roberts K.J., Quayle M., Wang X., Zhou Y. (The University of Leeds, UK; Avantium Technologies BV, The Netherlands; Pfizer , UK; University of Leeds, UK; AstraZeneca, UK)

43) EFFECTIVE CO-CRYSTAL SCREENING TROUGH STUCTURAL RESEMBLANCE

Springuel G., Norberg B., Robeyns K., Wouters J., Leyssens T. (Université Catholique de Louvain, Belgium; Facultés Universitaires Notre-Dame de la paix, Namur, Belgium) 44) RDX POLYMORPHISM REVISITED

Goldberg I., Swift J. (Georgetown University, USA)

45) DETERMINATION OF TERNARY PHASE DIAGRAMS IN THE TOLUENE SULPHONALIDE:TRIPHENYLPHOSPINE OXIDE CO-CRYSTAL SYSTEM

Croker D., Foreman M.E., Elcoate C.J., Maguire A.R., Lawrence S.E., Rasmuson A.C. (University of Limerick, Ireland; University College Cork, Ireland) 46) THE EFFECT OF IMPURITIES ON CRYSTAL GROWTH

Hutchinson A., Davey R., George N. (University of Manchester, UK; The University of Manchester, UK; Syngenta Ltd, UK)

47) INVESTIGATION ON THE CRYSTAL STRUCTURE OF ZEOLITE NAA AND MODELING THE SORBTION KINETICS OF CU(II) IONS FROM AQUEOUS SOLUTIONS

Georgiev D., Bogdanov B., Markovska I., Hristov Y., Stanev D. (Assen Zlatarov University, Bulgaria)

48) CRYSTALLIZATION AND PROPERTIES OF MARBLE-LIKE GLASS-CERAMIC MATERIALS USING OF ASH FROM THERMAL POWER PLANTS

Bogdanov B., Hristov Y., Markovska I., Georgiev D. (Assen Zlatarov University, Bulgaria)

49) NUCLEATION AND CRYSTAL GROWTH: A CLASSICAL MOLECULAR DYNAMICS APPROACH

Giberti F., Tribello G.A., Parrinello M. (ETH Zurich, Switzerland; USI, Switzerland) Characterization and monitoring techniques 50) QUANTITATIVE ANALYSIS OF L-GLUTAMIC ACID POLYMORPHS: POWDER X-RAY DIFFRACTION, FT-IR AND RAMAN SPECTROMETRIC STUDY

Mo Y., Dang L., Wei H.Y. (Tianjin University of Science &Tech., P.R.China)

51) INSTANTANEOUS MONITORING OF CRYSTAL ATTRITION OF TWO POLYMORPHIC FORMS OF L-GLUTAMIC ACID BY ON LINE AND IN-SITU FBRM AND PIV

Rajoub N., White G., Wilkinson D. (Heriot-Watt University, UK)

52) INFLUENCE OF THE SOLVENT COMPOSITION ON CRYSTALLIZATION OF CITRIC ACID MEASURED BY AN ULTRASONIC DEVICE

Helmdach L., Ulrich J. (Martin-Luther Universitaet Halle-Wittenberg, Germany)

53) IN SITU DETERMINATION OF METASTABLE ZONE WIIDTH USING DIELECTRIC OCNSTANT MEASUREMENT He G., Hermanto M., Tjahjono M., Chow P.S., Tan R.B.H., Garland M. (Institute of Chemical & Engineering Sciences, Singapore)

54) ESTIMATION OF THE NUCLEATION KINETICS FOR AN ANTI-SOLVENT CRYSTALLISATION PROCESS

O Ciardha C., Frawley P. (University of Limerick, Ireland)

55) EVALUATION OF THE GROWTH KINETICS FOR A COOLING CRYSTALLISATION PROCESS: THE IMPORTANCE OF SEED LOADING

Mitchell N., Frawley P. (University of Limerick, Ireland)

56) CHARACTERIZING THE CARBAMAZEPINE POLYMORPHS, SOLUBILITY AND METASTABLE ZONE MEASUREMENT

Zhao Y., Mao S., Wang J., Rohani S. (University of Western Ontario, Canada; Tianjin University of Science &Tech., P.R.China)

57) INVESTIGATION OF THE PRECIPIATION OF ZNO QUANTUM DOTS BY MEANS OF UV/VIS ABSORPTION SPECTROSCOPY AND HYPER-RAYLEIGH SCATTERING Segets D., Gradl J., Martinez Tomalino L., Peukert W. (University of Erlangen-Nuremberg, Germany; Robert Bosch GmbH, Germany)

58) TRANSFORMATION OF MONOHYDRATE INTO ANHYDROUS FORM OF DONEPEZIL HYDROCHLORIDE

Wu S., Wang B., Gong J., Yin Q., Zhang M. (Tianjin University of Science &Tech., P.R.China)

59) TERNARY DIAGRAM DETERMINATION OF THE TWO ENANTIOMERS OF ACETYL-LEUCINE AND WATER

Estime N., Teychene S., Biscans B. (Laboratoire de Génie Chimique - UMR 5503, France; CNRS, Univ. de Toulouse, France; CNRS-Laboratoire de Génie Chimique, France) 60) CONTROL OF PARTICLE SIZE DURING A LIQUID-LIQUID PHASE SEPARATION CRYSTALLISATION

Duffy D., Cremin N., Napier M., Robinson S., Barrett M., Hao H., Glennon B. (University College Dublin, Ireland; Janssen Pharamaceutical, Ireland)

61) EFFECT OF SOLVENT ON THE CRYSTAL HABIT OF COCRYSTAL AND ITS COMPONENT

Zhang L., Li R., Xu S., Gong J., Hou B., Wang Y. (Tianjin University of Science &Tech., P.R.China)

62) NOVEL PRECIPITATION CRYSTALLIZER DESIGN: PRELIMINARY HYDRODYNAMIC STUDY Perez Escobar S.A., Soare A., Rodriguez Pascual M., Genceli-Guner F.E., Gartner R., Chopin T., Kramer H., Witkamp G.J. (Delft University of Technology, The Netherlands; Lhoist Recherche et Développement SA, Belgium)

63) ISOLATION AND CONTROL OF POLYMORPHS OF P-AMINOBENZOIC ACID MONITORED BY PROCESS ANALYTICAL TECHNOLOGY

Hao H., Barrett M., Glennon B. (University College Dublin, Ireland)

64) SIMULTANEOUS FLOW AND TEMPERATURE MEASUREMENTS IN A STIRRED HEAT EXCHANGER WALL TANK BY LIQUID CRYSTAL THERMOGRAPHY

Rodriguez Pascual M., Kramer H. (Delft University of Technology, The Netherlands)

65) CRYSTALLISATION BEHAVIOUR OF D-MANNITOL AS A FUNCTION OF TEMPERATURE AND RELATIVE HUMIDITY

Devi S., Williams D., Heng J.Y.Y. (Imperial College London, UK)

66) RECOGNIZING OVERLAPPED PARTICLES DURING A CRYSTALLIZATION PROCESS FROM IN SITU VIDEO IMAGES FOR MEASURING THEIR SIZE DISTRIBUTIONS

Suleiman Ahmad O., Debayle J., Gherras N., Presles B., Févotte G., Pinoli J.C. (Ecole Nationale Supérieure des Mines, France)

67) A NOVEL EXPERIMENTAL APPROACH TO MEASURING CRYSTALLIZATION KINETICS OF AMORPHOUS PHARMACEUTICALS Wang G., Heng J.Y.Y., Williams D. (Imperial College London, UK)

68) AMALGAMATED SUGAR EXPERIENCES WITH METTLER TOLEDO FBRM®: REAL-TIME MONITORING OF NUCLEATION AND GROWTH RATES IN AN INDUSTRIAL SEMI-BATCH CRYSTALLIZER

Golovanoff G., Genck W., Redman T., Schoell J. (Amalgamated Sugar, USA; Genck International, USA; Mettler Toledo, USA)

69) EARTH MOVER’S DISTANCE HISTOGRAM MATCHING BASED OPTIMAL SWITCHING BETWEEN NUCLEATION AND SEED CONDITIONING STEPS

Simon L., Abbou-Oucherif K., Nagy Z.K., Hungerbuehler K. (ETH Zurich, Switzerland; Purdue University, USA; Loughborough University, UK)

70) MULTIVARIATE IMAGE ANALYSIS, STATISTICAL PROCESS CONTROL CHART AND ACOUSTIC SIGNAL ASSISTED NUCLEATION DETECTION

Simon L., Abbou-Oucherif K., Nagy Z.K., Hungerbuehler K. (ETH Zurich, Switzerland; Purdue University, USA; Loughborough University, UK)

71) EXTERNAL BULK VIDEO IMAGING AND ENDOSCOPY BASED METASTABLE ZONE DETERMINATION Simon L., Nagy Z.K., Hungerbuehler K. (ETH Zurich, Switzerland; Loughborough University, UK)

72) A LOW-COST IN-SITU IMAGING SENSOR FOR CRYSTALLIZATION MONITORING: STROBOSCOPY ASSISTED ENDOSCOPY

Simon L., Merz T., Dubuis S., Lieb A., Hungerbuehler K. (ETH Zurich, Switzerland; Lonza AG, Switzerland)

73) CHARACTERISATION AND PHASE TRANSFORMATION OF EPHEDRINE SALTS: TOWARD THE UNDERSTANDING OF CHIRAL RESOLUTION

Wu H., Vickers M., Jones A. (University College London, UK)

74) CHARACTERIZATION OF THEOPHYLLINE – GLUTARIC ACID CO-CRYSTAL AND THE CO-CRYSTALLIZATION SCALE-UP STUDY

Zhang S., Rasmuson A. (Royal Institute of Technology (KTH), Sweden)

75) SLOWING THE GROWTH RATE OF IBUPROFEN CRYSTALS USING THE POLYMERIC ADDITIVE PLURONIC F127

Vetter T., Brozio J., Mazzotti M. (ETH Zurich, Switzerland; Novartis Pharma AG, Switzerland)

76) PARTICLE AMORPHIZATION DURING SPRAY DRYING IN HUMID AIR

Martins D., Coquerel G. (University of Rouen, France; Université de Rouen, France)

77) A NEW PARADIGM FOR MONITORING BATCH CRYSTALLISATION PROCESSESAND VALIDATING MODELS FOR OPTIMISATION OF DESIGN AND OPERATION

Ashe R., Poole K., Bermingham S. (AM Technology Ltd, UK; Autico Ltd, UK; Process Systems Enterprise Ltd, UK)

78) CONTROL OF SUPERSATURATION USING ATR-FTIR SPECTROSCOPY IN THE SEEDED BATCH COOLING CRYSTALLISATION OF AN ORGANIC COMPOUND FROM INDUSTRIAL MOTHER LIQUOR WITH IMPURITIES

Khan S., Mahmud T., Roberts K.J., Zhu X., George N., Sillers P. (The University of Leeds, UK; University of Leeds, UK; Syngenta Ltd, UK)

79) SOLUBILITY AND SLURRY DENSITY MEASUREMENT BY A NEW NEPHELOMETRIC INSTRUMENT

Mascioletti A., Fazio E., Bravi M., Chianese A. (Opt-Sensor s.r.l., Italy; Università degli Studi di Roma “La Sapienza”, Italy)

80) CHARACTERIZING LIPID NANOSTRUCTURES: A SAXS/WAXS AND DSC STUDY

Kalnin D., Plivelic T., Cerenius Y. (YKI Institute for Surface Chemistry, Sweden; MAX-Lab, Sweden)

81) AN EXAMINATION OF THE GROWTH RATE OF (RS)-IBUPROFEN AS A FUNCTION OF THE GROWTH ENVIRONMENTAL FACTORS

Nguyen T.T.H., Hammond R., Roberts D., Marziano I. (The University of Leeds, UK; Leeds University, UK; Bristol-Myers Squibb co., USA; Pfizer , UK)

82) ANALYSIS OF THE CLD-PSD MOMENT RATIOS PROPORTIONALITY USING POPULATION BALANCE MODELING, FBRM, ATR-FTIR AND CALORMETRY MEASUREMENTS

Cap S., Simon L., Hungerbuehler K. (ETH Zurich, Switzerland)

83) STRUCTURE DETERMINATION OF THE CRYSTALLINE DESLORATADINE-CO2 ADDUCT

Kiraly I., Volk B., Bako T., Pongo L. (Egis PLC, Hungary; EGIS PLC, Hungary)

84) APPLICATION OF IN SITU MICROSCOPY TO INVESTIGATE SEEDING STRATEGIES IN CRYSTALLIZATION PROCESS DEVELOPMENT

Gauer C. (Novartis Pharma AG, Switzerland)

85) CRYSTALLIZATION, MELT RACEMIZATION AND POLYMORPHISM OF PYROGLUTAMIC ACID

West A., Wu H. (University of Sheffield, UK; University College London, UK)

86) SENSITIVITY OF CORE LEVEL BINDING ENERGIES TO LOCAL STRUCTURE: XPS STUDIES OF POLYCRYSTALLINE PARACETAMOL SAMPLES

Zaki H.M., Stevens J.S., Willneff E.A., Schroeder S.L.M. (The University of Manchester, UK)

87) DISCRIMINATION OF POLYMORPHS BY BROADBAND ACOUSTIC RESONANCE DISSOLUTION SPECTROSCOPY: A SIMPLE DISSOLUTION TEST

Fitzpatrick D., Vos B., Kruese J. (University College Cork, Ireland; Kinetox, The Netherlands)

Design, scale up, modeling 88) NUMERICAL SIMULATION OF CRYSTALLIZATION PROCESSES

Qamar S., Elsner M.P., Hussain I., Seidel-Morgenstern A. (Max Planck Institute Magdeburg, Germany; COMSATS Institute of Information Technology, Pakistan)

89) ENANTIOSEPARATION BY CONTINUOUS PREFERENTIAL CRYSTALLIZATION: ANALYSIS OF SEEDING Galan K., Elsner M.P., Seidel-Morgenstern A. (Max Planck Institute Magdeburg, Germany)

90) POSSIBILITIES AND LIMITATIONS OF POLYTHERMAL COUPLED PREFERENTIAL CRYSTALLIZATION

Eicke M.J., Elsner M.P., Seidel-Morgenstern A. (Max Planck Institute Magdeburg, Germany)

91) CRYSTALS’ SEDIMENTATION VELOCITY FORMULAE REVISITED

Al-Rashed M., Wojcik J. (College of Technological Studies, PAAET, Kuwait; The Silesian University of Technology, Poland)

92) MODELING OF PROABD® MELT STATIC CRYSTALLIZATION

Kurz Misslin L. (Litwin Alsace, France)

93) OXALATE PRECIPITATION IN EMULSION: FROM THE DROP SCALE TO THE INDUSTRIAL PROCESS

Charton S., Amokrane A., Boichard B., Medal A., Borda G., Puel F., Klein J.P. (CEA Marcoule, France; Universite Claude Bernard Lyon 1, France; LAGEP, France)

94) SOLVENT EFFECTS IN THE SOLUBILITY OF CBZ/SUC COCRYSTAL

Xu S., Wei H.Y. (Tianjin University of Science &Tech., P.R.China)

95) OPTIMAL TEMPERATURE PROFILES FOR BATCH COOLING CRYSTALLIZATION INCORPORATING DISSOLUTION

Seki H., Furuya N., Hoshino S. (Tokyo Institute of Technology, Japan)

96) INTEGRATION OF THE PROCESS OF FRUCTOSE CRYSTALLIZATION BY ADDITION OF ANTI-SOLVENT

Crestani C., Silva A.T.C.R. , Bernardo A., Costa C. B. B. , Giulietti M. (Federal University of Sao Carlos, Brazil)

97) THE INFLUNECE OF SUPER-COOLING PROCESS ON MELTING CRYSTALLIZATION OF POLY (VINYLIDENE FLUORIDE-CHLOROTRIFLUOROETHYLENE) COPOLYMER

Han R., Wang Q., Xie C., Wang J. (Tianjin University of Science &Tech., P.R.China; The Pennsylvania State University, USA)

98) MODELING OF STARTING UP FLUIDIZED-BED CRYSTALLIZATION USING POPULATION BALANCE CFD MODULE

Rodriguez Cantu R., Wojcik J. (Silesian University of Technology, Poland; The Silesian University of Technology, Poland)

99) CONTINUOUS REACTION CRYSTALLIZATION OF STRUVITE IN A DTM TYPE CRYSTALLIZER WITH JET PUMP OF ASCENDING SUSPENSION FLOW IN A MIXING CHAMBER – KINETIC APPROACH OF THE PROCESS

Mazienczuk A., Matynia A., Piotrowski K., Wierzbowska B. (Wroclaw University of Technology, Poland; Silesian University of Technology, Poland)

100) MODELING SOLUBILITY OF PHARMACEUTICALS

Cassens J., Ruether F., Sadowski G. (TU Dortmund, Germany)

Poster Session B (from nr. 101 to nr.198 - on Thursday, September 15, 2011) 101) TWO-POPULATION MODEL OF CRYSTALLIZATION FROM SOLUTION. A MULTI-SCALE APPROACH

Lakatos B., Zsolt U., Borsos Á. (University of Pannonia, Hungary; University of Kaposvár, Hungary)

102) CHARACTERIZATION OF INTERMEDIATE STAGES IN THE PRECIPITATION OF HYDROXYAPATITE AT 37ºC

Castro F., Ferreira A., Rocha F., Teixeira J.A., Vicente A.A. (University of Minho, Portugal; University of Porto, Portugal)

103) SCALE UP OF BATCH COOLING CRYSTALLIZATION: DEVELOPMEN OF A SCALE-UP METHODOLOGY Focke D., Hannappel M., Ruether F., Schembecker G. (TU Dortmund, Germany; Laboratory of Plant and Process Design, Germany)

104) FORMATION OF CRYSTALLINE COATING BY SOLUTION CRYSTALLIZATION

Lee K., Ulrich J. (Martin-Luther Universitaet Halle-Wittenberg, Germany)

105) SIMULATION OF DYNAMIC FLOW CHARACTERISTICS IN TAYLOR-COUETTE CRYSTALLIZER USING CFD

Kim D., Yang D. (Korea University, Korea)

106) PRODUCT DESIGN IN PROTEIN CRYSTALLIZATION

Weichsel U., Vasylyeva O., Wanka J., Peukert W. (University of Erlangen-Nuremberg, Germany; BASF SE, Germany)

107) HOLLOW CRYSTALLINE NEEDLES: FILLED AND CLOSED

Schuster A., Stelzer T., Ulrich J. (Martin-Luther Universitaet Halle-Wittenberg, Germany)

108) INVESTIGATION FOR LAYER CRYSTALLIZATION PROCESS OF HYDROGEN PEROXIDE

Hao L., Chen X., Wei H.Y. (Tianjin University of Science &Tech., P.R.China)

109) THE INTEGRATION STRATEGY OF SWEATING OPERATION IN A SUSPENSION CRYSTALLIZATION PROCESS

Takegami K., Takiyama H. (Tokyo Univ. of Agriculture and Tech., Japan)

110) CRYSTALLIZATION CONTROL OF POLYCAPROLACTONE (PCL) WITH INORGANIC AND ORGANIC ADDITIVES

Alp B., Cesur S., Bbalkose D. (Izmir Institute of Tecnology, Turkey; Ege University, Turkey)

111) FLUID-DYNAMICS SCALE-UP PROBLEMS IN THE DTM CRYSTALLIZER

Synowiec P., Kus A., Wojcik J. (The Silesian University of Technology, Poland; Silesian University of Technology, Poland)

112) SOLID PHASE BEHAVIOUR OF 2,6-PIPECOLOXILIDIDE

Von Langermann J., Lorenz H., Jones M.J., Hedberg M., Seidel-Morgenstern A. (Max Planck Institute Magdeburg, Germany; AstraZeneca, Sweden)

113) A CASE STUDY OF THE DISCOVERY AND SCALE-UP OF A METASTABLE POLYMORPH OF AN API

Rangineni S., Devarakonda S. (Dr. Reddy’s Laboratories Ltd., India)

114) BARIUM SULFATE CRYSTALLIZATION IN THE PRESENCE OF ADDITIVES

Akyol E., Aras O., Oner M. (Yildiz Technical University, Turkey)

115) STUDY ON THE SCALE-UP OF NEODYMIUM OXALATE PRECIPITATION IN A CONTINUOUS MSMPR CRYSTALLISER

Lalleman S., Bertrand M., Plasari E. (CEA Marcoule, France; ENSIC-CNRS, France)

116) LABORATORY-SCALE MSMPR CLASSIFICATION AND WITHDRAWAL TECHNIQUES

Whelan R., Barrett M., Hao H., Glennon B. (University College Dublin, Ireland) 117) MODEL AND PREDICTIVE CONTROL OF A MULTIPLE-EFFECT CRYSTALLIZER

Nunis A., Odloak D., Seckler M. (Institute for Technological Research, Brazil; University of Sao Paulo, Brazil)

118) PRECIPITATION OF CALCIUM CARBONATE AS A SECOND STEP OF THE PROCESS OF MINERAL CARBONATION WITH CARBOXYLIC ACIDS Sokolnicka K., Baldyga J. (Warsaw University of Technology, Poland)

119) A POPULATION BALANCE MODEL FOR OSTWALD RIPENING

Iggland M., Mazzotti M. (ETH Zurich, Switzerland)

120) POPULATION BALANCE MODELING OF SOLID-STATE DERACEMISATION BY VIEDMA RIPENING

Iggland M., Mazzotti M. (ETH Zurich, Switzerland)

121) OPTIMUM CRYSTALLIZATION KINETIC PARAMETERS OF MEFENAMIC ACID

Cesur S., Gokbel S., Yaylaci C. (Ege University, Turkey)

122) APPLICATION OF MOLECULAR DYNAMICS TOWARDS AN UNDERSTANDING OF THE POLYMORPHISM OF 2,6-DIHYDROXYBENZOIC ACID IN SOLUTION CRYSTALLISATION

Adam F., Hammond R., Roberts K.J. (Universiti Malaysia Pahang, Malaysia; Leeds University, UK; University of Leeds, UK)

123) AD-HOC CONTROL: SIMPLICITY MEETS ROBUSTNESS

Bajcinca N., Hofmann S. (Max Planck Institute Magdeburg, Germany; TU Berlin, Germany)

124) SCALE-UP OF CRYSTALLIZATION PROCESS ON THE BASE OF CRYSTAL CONCENTRATION DISTRIBUTION IN THE CRYSTALLIZER

Sha Z., Xiong C. (Tianjin University of Science &Tech., P.R.China)

125) CRYSTALLIZER FLUID MECHANICS, AN OVERVIEW

Green D. (DuPont, USA)

126) DESIGN OF REACTIVE CRYSTALLIZATION TO CONTROL STRONTIUM CARBONATE OF DESIRABLE ASPECT RATIO

Hirasawa I., Ohtomo Y. (Waseda University, Japan)

127) MODELING THE EVOLUTION OF THE PARTICLE SIZE DISTRIBUTION DURING ULTRASOUND-INDUCED BREAKAGE

Rasche M., Zieger B., Suslick K., Braatz R.D. (University of Illinois at Urbana-Champaign, USA; Massachusetts Institute of Technology, USA)

128) CONTINUOUS ANTISOLVENT PLUG-FLOW CRYSTALLIZATION OF A FAST GROWING API

Simon L., Myerson A. (ETH Zurich, Switzerland; Massachusetts Institute of Technology, USA)

129) DESIGN PRINCIPLES OF AN ELUTRIATION COLUMN (SALT-LEG) OF A MASS CRYSTALLIZER Kondorosy E. (EVATHERM Ltd, Switzerland)

130) PARAMETER ESTIMATION FOR CRYSTALLIZATION PROCESSES USING TAYLOR METHOD Cao Y., Kariwala V., Nagy Z.K. (Cranfield University, UK; Nanyang Technological University, Singapore; Loughborough University, UK)

131) KINETICS OF CRYSTALLIZATION IN POLYMORPHIC SYSTEMS: DEVELOPMENT AND APPLICATION OF AN INDUSTIRAL MODEL

Li Y.E.(D.) (Abbott Laboratories, USA)

132) IN-SITU IDENTIFICATION OF TWO-DIMENSIONAL GROWTH AND DISSOLUTION KINETICS FOR ROD-LIKE CRYSTALS

Jiang M., Zhou L., Zhu X., Molaro M., O Grady D., Hebrault D., Tedesco J., Braatz R.D. (Massachusetts Institute of Technology, USA; Mettler Toledo, USA)

133) BEST FEED POINTS LOCATION OVER A ROTATING DISC REACTOR TO PRODUCE HYDROXYAPATITE NANOPARTICLES Chianese A., Stoller M. (Università degli Studi di Roma “La Sapienza”, Italy; Università di Roma, Italy)

134) CFD MODELING OF A ROTATING DISK REACTOR

De Caprariis B., Verdone N., Parisi M., Chianese A. (Università degli Studi di Roma “La Sapienza”, Italy)

135) SDUDY ON CRYSTALLIZATION PROCESS IN AN INDUSTRIAL CONTINUOUS DRAFT TUBE BAFFLE USING CFD WITH POPULATION BALANCE MODEL Sun Z., Li S., Sun Y., Song X., Li P., Wang J., Yu J. (East China University of Science & Tech., P.R.China)

136) IMPROVING SEPARATION EFFICIENCY IN SOLID LAYER CRYSTAL-LIZATION PROCESS BY CONTROLLED NUCLEATION

Roessler M., Stelzer T., Ulrich J. (Martin-Luther Universitaet Halle-Wittenberg, Germany)

137) MECHANISTIC INSIGHT INTO DISSOLUTION OF SOLID PHARMACEUTICALS Boetker J., Rantanen J., Rades T., Mullertz A., Ostergaard J., Jensen H. (University of Copenhagen, Denmark; University of Otago, New Zealand)

138) A COMBINED EXPERIMENTAL AND THEORITICAL VIEW INTO LIQUID ANTISOLVENT PRECIPITATION VIA POPULATION BALANCE MODELING OF GRISEOFULVIN

Beck C., Bilgili E., Dave R. (New Jersey Institute of Technology, USA)

139) CONVEX OPTIMIZATION FOR SHAPE MANIPULATION OF CRYSTAL POPULATIONS Bajcinca N., Sundmacher K. (Max Planck Institute Magdeburg, Germany; Otto von-Guericke Universitaet Magdeburg, Germany)

140) BREAKUP OF SMALL AGGREGATES DRIVEN BY TURBULENT DISSIPATION

Babler M.U., Biferale L., Lanotte L. (KTH Royal Institute of Technology, Sweden; University of Rome Tor Vergata, Italy; ISAC-CNR, Italy)

Applications of crystallization 141) STUDY ON THE OPTICAL RESOLUTION OF LIPOIC ACID BY DIASTEREOMERIC SALT FORMATION AND THE RECRYSTALLIZATION PROCESS OF THE PRECIPITATED DIASTEREOMERIC SALT

Zhang J.Y., Dang L., Wei H.Y. (Tianjin University of Science &Tech., P.R.China)

142) EFFECT OF DYE CONCENTRATION IN KDP CRYSTALS ON POLARIZATION DEGREE

Asakuma Y., Sawatari J., Maeda K., Fukui K. (University of Hyogo, Japan)

143) EFFECT OF SEEDING ON METAL ION RECOVERY FROM WASTEWATER BY METAL CARBONATES REACTIVE CRYSTALLIZATION

Shimizu Y., Hirasawa I. (Waseda University, Japan)

144) A COMPARISON OF GROWTH RATE BETWEEN CALCITE AND ARAGONITE UNDER DIFFERENT ENVIRONMENTS

Chang M.C., Chang M.H., Tai Y.D. (National Taiwan University, Taiwan)

145) CRYSTALLINE PHASE CHANGE PARTICLES

Iqbal J., Ulrich J. (Martin-Luther Universitaet Halle-Wittenberg, Germany)

146) INDUSTRIAL CRYSTALLIZATION OF AMMONIUM SULPHATE FROM SOLUTION AFTER AMMONIA WATER FGD PROCESS

Synowiec P., Bunikowska B. (The Silesian University of Technology, Poland)

147) INVESTIGATION ON THE CRYSTAL STRUCTURE OF CORUNDUM CERAMICS OBTAINED FROM WASTE ALUMINA

Markovska I., Kostadinov K., Bogdanov B., Georgiev D., Hristov Y. (Assen Zlatarov University, Bulgaria)

148) RATIONAL DESIGN OF PREFERENTIAL CRYSTALLIZATION

Gou L., Lorenz H., Seidel-Morgenstern A. (Max Planck Institute Magdeburg, Germany) 149) NANO SEED MEDIATE PRECIPITATION OF IRON AS CRYSTALINE NATROJAROSITE

Gameiro M., Pereira M., Farelo F. (Technical University of Lisbon, Portugal)

150) CRYSTALLIZATION OF 1,1-DIAMINO-2,2-DINITROETHYLENE FROM BINARY MIXTURE OF NMP AND H2O

Kim J.K., Kim J.W., Park D.B., Kim H.S., Koo K.K. (Sogang University, Korea; Agency for Defense Development, Korea)

151) EFFECT OF POLYVINYLPYRROLIDONE ON CRYSTALLIZATION OF RDX BY ULTRASONIC SPRAY Kim J.W., Shim H.M., Kim J.K., Shin M.S., Kim H.S., Koo K.K. (Sogang University, Korea; Agency for Defense Development, Korea)

152) PREPRATION OF SILVER NANOPARTICLES IN ETHANOL-PHOSPHINIC ACID SYSTEM Kim J.K., Choi J.W., Koo K.K. (Sogang University, Korea)

153) BATCH COOLING CRYSTALLIZATION OF SUGARCANE SUCROSE USING THE PROGRAMMED CUBIC CURVE Merheb G., Giulietti M., Oliveira N. (Centro De Tecnologia Canavieira, Brazil; Federal University of Sao Carlos, Brazil)

154) STUDY ON THE DISSOLUTION OF POTASSIUM CHLORIDE FINES

Li X., Sun Y., Song X., Wang J., Yu J. (East China University of Science & Tech., P.R.China)

155) ACIDIC PH NUCLEATION AND CRYSTAL GROWTH OF STRUVITE IN AQUEOUS MEDIA: PROSPECTIVE FOR PHOSPHORUS RECOVERY FROM WASTEWATER

Mpountas I., Papadakis E., Koutsoukos P. (University of Patras, Greece)

156) CRYSTAL GROWTH OF CALCIUM PHOSPHATES IN THE PRESENCE OF STRONTIUM

Rokidi S., Koutsoukos P. (University of Patras, Greece)

157) SCREENING OF SOLVENT AND CO-FORMER IN CO-CRYSTALLIZATION OF APIS

Lee K.C., Kim D.M., Mensah J.K., Kim K.J. (Hanbat National University, Korea)

158) EFFECT OF SOLVENT ON THE CO-CRYSTAL FORMATION

Kim D.M., Lee K.C., Kim K.J. (Hanbat National University, Korea)

159) EFFECT OF SWEATING ON THE PURITY IN MELT CRYSTALLIZATION

Choi W.S., Kim K.J. (Hanbat National University, Korea)

160) EFFECT OF ULTRASONIC IRRADIATION ON INDUCING CRYSTALLIZATION OF HEAT STORAGE MATERIAL

Hirasawa I., Sakamoto M., Seo K. (Waseda University, Japan)

161) SEPARATION AND MONITORING OF THE CRYSTALLIZATION OF MIXTURES OF AMINOBENZOIC ACID ISOMERS USING ATR-UV/VIS AND FBRM

Saleemi A.N., Rielly C.D., Nagy Z.K. (Loughborough University, UK)

162) COMPARISON OF IMPINGING JET MIXERS BY USING BARIUM SULFATE PRECIPITATION AND STABILISATION OF PRECIPITATED NANOSUSPENSIONS Kuegler R., Kucher M., Kind M. (Karlsruhe Institute of Technology, Germany; SGL Carbon GmbH, Germany)

163) TARGETED MODIFICATION OF NANOPARTICLE PRODUCT PROPERTIES

Pieper M., Aman S., Hintz W., Tomas J. (Otto von-Guericke Universitaet Magdeburg, Germany)

164) SOLUBILITY AND TRANSFORMATION OF THE SOLID FORMS OF AMLODIPINE BESILATE TO ITS FREE BASE

Qu H., Savolainen M., Christensen L.P., Rantanen J. (University of Southern Denmark, Denmark; University of Copenhagen, Denmark)

165) CRYSTALLIZATION KINETICS OF POLYCAPROLACTONE-CLAY-OLEIC ACID COMPOSITE FILMS BY PRIMARY AND SECONDARY NUCLEATION MODELS

Kahraman T., Cesur S., Balkose D. (Ege University, Turkey; Izmir Institute of Tecnology, Turkey)

166) IMPACT OF CRYSTALLIZATION OF HIGH MELTING WATER IN FAT EMULSIONS ON DISPERSE MICROSTRUCTURE AND PLASTICITY Spitzbarth H., Hanselmann W., Windhab E. (ETH Zurich, Switzerland)

167) SCALING OF CALCIUM CARBONATE ON HEATED SURFACES AT CONSTANT SUPERSATURATION Nergaard M., Beck R., Andreassen J.P. (Norwegian Univ. of Science & Techn., Norway)

168) OPTIMIZATION OF A GREEN SYNTHESIS METHOD FOR SILVER NANOPARTICLES

Santos C.A., Oliveira R., Seckler M. (University of Sao Paulo, Brazil)

169) PURIFICATION OF IONIC LIQUIDS BY MELT CRYSTALLIZATION

Keil P., Koenig A. (University of Erlangen-Nuremberg, Germany)

170) STRATEGIC DESIGN OF MICRO-CRYSTALLIZER FOR INDUSTRIAL APPLICATIONS

Yamazaki Y., Nishita T., Lee S., Kim W.S. (Nippon Chemical Industrial Co. Ltd., Japan; Kyung Hee University, Korea)

171) ACTIVATED SERPENTINE CARBONATION FOR CO2 CAPTURE AND STORAGE: EXPERIMENTS AND POPULATION BALANCE MODELING

Werner M., Zingaretti D., Baciocchi R., Mazzotti M. (ETH Zurich, Switzerland; University of Rome Tor Vergata, Italy)

172) SEPARATION OF ISOMERIC LONG-CHAIN ALDEHYDES WITH LAYER MELT CRYSTALLIZATION

Beierling T., Ruether F. (TU Dortmund, Germany)

173) IMPROVEMENT OF THE DIASTEREOMERIC RESOLUTION BY USING PREFERENTIAL CRYSTALLIZATION

Levilain G., Lorenz H., Seidel-Morgenstern A. (Max Planck Institute Magdeburg, Germany)

174) CRYSTALLOGRAPHY AIDED BY CORE LEVEL BINDING ENERGIES: XPS CHARACTERISATION OF THE EXTENT OF PROTON TRANSFER IN ORGANIC CRYSTALS

Stevens J.S., Byard S., Newton L., Seaton C., Sadiq G., Davey R., Schroeder S.L.M. (The University of Manchester, UK; Sanofi Aventis, UK; University of Manchester, UK)

175) HYBRID STRUCTURES FROM POLYMERS BY SUPERCRITICAL ANTISOLVENT PROCESS (SAS) FOR DRUG DELIVERY APPLICATIONS

Rodriguez-Rojo S., Nunes Ana V.M., Rego D., Cocero M.J., Duarte C.M.M. (Universidad de Valladolid, Spain; Universidade Nova de Lisboa, Portugal)

Novel directions in crystallization 176) SONOCRYSTALLIZATION PARTICLE ENGINEERING FOR INHALATION AND IMPROVED RESPIRATORY MEDICINES Ruecroft G., Collier A. (Prosonix Ltd, UK)

177) DISSOLUTION PHENOMENA OF LYSOZYME CRYSTALS

Mueller C., Ulrich J. (Martin-Luther Universitaet Halle-Wittenberg, Germany) 178) OPTIMIZATION OF THE NOVEL TECHNOLOGY: FREEZE OUT PROTEIN CRYSTALLIZATION

Diaz Borbon V.P., Ulrich J. (Martin-Luther Universitaet Halle-Wittenberg, Germany)

179) NEW APPROACHES ON CRYSTALLIZATION UNDER ELECTRIC FIELDS: SPATIAL AND TEMPORAL CONTROL OF NUCLEATION

Hammadi Z., Ikni A., Astier J.P., Ferte N., Morin R., Veesler S. (CNRS, France; CINaM-CNRS, France)

180) CSD AND SHAPE CONTROL OF AU NANOPARTICLES BY REDUCTION CRYSTALLIZATION PROCESS

Hirasawa I., Waranave J., Kawaguchi S. (Waseda University, Japan)

181) CALCIUM CARBONATE CRYSTALLIZATION ON THE BASIS OF WASTE OIL SHALE ASH LEACHATES

Velts O., Uibu M., Kallas J., Kuusik R. (Tallinn University of Technology, Estonia)

182) DETERMINATION OF THE METASTABLE ICE ZONE FOR A SODIUM SULPHATE SYSTEM Randall D.G., Nathoo J., Genceli-Guner F.E., Kramer H., Witkamp G.J., Lewis A.E. (University of Cape Town, South Africa; Delft University of Technology, The Netherlands)

183) DESIGN OF AN INTENSIFIED CO-PRECIPITATION REACTOR FOR THE TREATMENT OF LIQUID RADIOACTIVE WASTES

Flouret J., Barre Y., Muhr H., Plasari E. (CEA Marcoule, France; ENSIC-INPL, France; ENSIC-CNRS, France)

184) FLASH-CRYSTALLIZATION – EFFECTS OF CRYSTALLIZER DIMENSIONS ON THE PRODUCT QUALITY

Gebauer J., Kaiser R., Kind M. (Karlsruhe Institute of Technology, Germany; Lonza AG, Switzerland)

185) SONOCRYSTALLIZATION OF CALCIUM CARBONATE METASTABLE POLYMORPHS IN ALCOHOLIC SOLUTIONS AS REACTION MEDIA

Mateescu C.D., Sarbu C., Isopescu R., Dumitrescu O., Ghica D. (National Institute of Materials Physics, Romania; University "Politehnica" of Bucharest, Romania) 186) CRYSTALS IN PROTEIN FILMS: WHAT ARE THEY GOOD FOR?

Stolte I., Frohberg P., Pietzsch M., Ulrich J. (Martin-Luther Universitaet Halle-Wittenberg, Germany)

187) SELECTIVE CRYSTALLISATION FROM A WATER-IN-OIL EMULSION EMPLOYING A SEEDING TECHNIQUE AS A ROUTE TO THE PURIFICATION OF A CONGLOMERATE: THREONINE

Gilks S., Davey R., Baillon B., Godard J.Y. (The University of Manchester, UK; Sanofi Aventis, France)

188) CRYSTALLIZATION OF BUTYL PARABEN IN MIXTURES OF WATER AND ETHANOL

Yang H., Rasmuson A. (Royal Institute of Technology (KTH), Sweden)

189) MEASURING DRUG-POLYMER SOLUBILITY BY EQUILIBRATION OF COLLOIDAL PLGA AND CRYSTALLINE KETOPROFEN

Kluge J., Muhrer G., Mazzotti M. (ETH Zurich, Switzerland; Novartis Pharma AG, Switzerland)

190) EMULSION CRYSTALLIZATION IN THE FORMULATION OF PHARMACEUTICAL SOLIDS

Kluge J., Joss L., Viereck S., Mazzotti M. (ETH Zurich, Switzerland)

191) MEASUREMENT AND MODELING OF THE VELOCITY FLOW REGIMS OF A MULTIPHASE AIRLIFT CRYSTALLIZER

Soare A., Perez Escobar S.A., Rodriguez Pascual M., Kramer H. (Delft University of Technology, The Netherlands)

192) EFFECT OF SURFACE CHEMISTRY OF NOVEL TEMPLATES ON CRYSTALLISATION OF PROTEINS

Tsekova D., Williams D., Heng J.Y.Y. (Imperial College London, UK)

193) MONITORING THE INFLUENCE OF POLYSORBATE 80 ON THE PRECIPITATION OF FENOFIBRATE UNDER PHYSIOLOGICAL CONDITIONS USING FBRM Arnold Y., Simon L., Kuentz M., Hungerbuehler K. (University of Basel, Switzerland; ETH Zurich, Switzerland; University of Applied Sciences Northwestern Switzerland, Switzerland)

194) SODIUM JAROSITE CRYSTALLISATION IN BATCH REACTOR: ROLE OF SMALL AMOUNT OF POTASSIUM

Sandre A.L., Gaunand A., Hochepied J.F. (MINES ParisTech, France)

195) RECIPROCAL MELT CRYSTALLIZATION OF IONIC LIQUIDS

Keil P., Koenig A. (University of Erlangen-Nuremberg, Germany)

196) STUDY OF A PROMISING FALLING FILM DEVICE FOR BIO-ACRYLIC ACID PURIFICATION BY MELT CRYSTALLIZATION

Le Page M., Muhr H., Plasari E., Fauconet M. (LRGP, France; ENSIC-INPL, France; ENSIC-CNRS, France; ARKEMA, France)

197) EASY ACCESS TO VALUABLE INDUSTRIAL NUCLEATION KINETICS

Kulkarni S., Kadam S., Meekes H., ter Horst J.H. (Delft University of Technology, The Netherlands; Radboud University Nijmegen, The Netherlands)

198) CHARACTERIZATION OF A VALVE MIXER

Eckmann M., Ayer C., Morganti F. (Zurich University of Applied Science, Switzerland; Zürcher Hochschule für Angewandte Wissenschaften, Switzerland)

List of Authors

Legend

Oral Presentation ex: F3-Thu 10:20\2 reads as: room-day time \ presentation i.e: room F3 on Thursday session starting at 10.20\second presentation Rooms: A= hall Audimax or F30;F5= F5 hall;F3= F3 hall

Poster Presentation ex: P\3 READS AS poster \ panel number 3

Abbou-Oucherif K. P\69, P\70

Accart P. F3-Thu 10:20\4

Adam F. P\122

Agrawal R. P\36

Aigner Z. F5-Fri 8:20\2

Akiyama K. P\27

Akyol E. P\114

Alavia W. P\40

Alp B. P\110

Al-Rashed M. P\91

Alten S. A-Wed 10:50\3

Aman S. P\163

Amaraggi D. P\38

Amokrane A. P\93

Andreassen J.P. F3-Thu 16:50\1, P\23, P\167

Aras O. P\114

Arnold Y. P\193

Arvaniti E. F5-Wed 10:50\2

Asakuma Y. P\142

Ashe R. P\77

Astier J.P. P\179

Asundi A.K. F3-Fri 8:20\5

Athanasakou G. F5-Wed 10:50\2

Ayer C. P\198

Azevedo E.G. F5-Wed 10:50\5

Babler M.U. A-Thu 16:50\1, P\140

Baciocchi R. P\171

Back K. P\25

Backx T. F5-Thu 16:50\2

Baillon B. P\187

Baillon F. F3-Thu 10:20\4

Bajcinca N. P\123, P\139

Baker M. A-Fri 10:00\5

Bako T. P\83

Baldyga J. F3-Thu 10:20\3, A-Fri 8:20\1, P\118

Balkose D. P\165

Ball R. F5-Wed 16:50\3

Baltes D. F5-Wed 10:50\3

Banning S. P\42

Bard F. F5-Thu 10:20\5

Barre Y. P\183

Barresi A. F5-Fri 8:20\4

Barrett M. A-Wed 10:50\4, A-Thu 8:10\2, F5-Thu 16:50\3, A-Fri 8:20\5, F5-Fri 8:20\5, P\60, P\63, P\116

Bbalkose D. P\110

Beck C. P\138

Beck R. F3-Thu 16:50\1, P\23, P\167

Beierling T. P\172

Bermingham S. A-Fri 10:00\3, P\77

Bernardo A. P\96

Bertrand M. F3-Wed 10:50\1, F3-Wed 16:50\3, A-Fri 8:20\2, P\115

Besenhard M. A-Wed 16:50\4

Bhamidi V. F3-Wed 10:50\5

Bieri N.R. A-Fri 10:00\4

Biferale L. P\140

Bilgili E. P\138

Biscans B. A-Wed 8:40\3, F5-Thu 10:20\4, A-Fri 10:00\6, P\26, P\59

Blacker J. P\42

Bode A. F3-Thu 10:20\2

Boels L. A-Wed 15:00\3, P\15

Boetker J. P\137

Bogdanov B. P\47, P\48, P\147

Bohme P.P. A-Wed 10:50\3

Boichard B. P\93

Borda G. P\93

Borsos Á. A-Thu 10:20\5, P\101

Bouillot B. P\26

Boukerche M. A-Fri 10:00\2

Braatz R.D. F3-Wed 10:50\5, A-Wed 16:50\1, P\127, P\132

Bradshaw I. P\19

Bravi M. P\79

Brecevic L. P\37

Briesen H. A-Thu 10:20\2, P\6

Brown A. F3-Thu 16:50\3

Brozio J. P\75

Bunikowska B. P\146

Byard S. P\174

Calvet R. F3-Thu 10:20\4

Cameirao A. P\38

Candoni N. A-Wed 8:40\2, F5-Wed 16:50\5

Cao Y. P\130

Cap S. P\82

Cassens J. P\100

Castro F. P\102

Celasco E. F5-Fri 8:20\4

Cerenius Y. P\80

Cesur S. P\110, P\121, P\165

Chang M.C. P\144

Chang M.H. P\144

Chang S.Y. P\32

Charton S. P\93

Chen J. F5-Wed 10:50\1

Chen J. P\33

Chen K. F3-Wed 10:50\5

Chen X. P\108

Chevalier Y. F5-Thu 16:50\4

Chianese A. P\79, P\133, P\134

Ching C.B. P\13

Choi G.J. F5-Fri 8:20\1

Choi J.W. P\152

Choi W.S. P\159

Chopin T. P\62

Chow P.S. F3-Wed 16:50\2, F5-Wed 16:50\2, P\53

Christensen L.P. P\164

Cocchini U. A-Fri 10:00\3

Cocero M.J. P\175

Codan L. A-Thu 16:50\1

Collier A. P\176

Colson D. F3-Fri 8:20\3

Coquerel G. A-Thu 14:30\3, P\76

Costa C. B. B. P\96

Cremin N. P\60

Crestani C. P\96

Creyghton Y.L.M. F5-Fri 8:20\2

Croker D. P\45

Cui P. P\3

Damas A. P\39

Damm C. F3-Thu 16:50\4

Dang L. F5-Wed 16:50\4, P\5, P\10, P\50, P\141

Daudey P. A-Wed 16:50\2, F5-Thu 16:50\2

Dave R. P\138

Davey R. P\25, P\46, P\174, P\187

De Caprariis B. P\134

Debayle J. P\66

Delgado-Lopez J.M.

F5-Thu 10:20\3

Derdour L. A-Thu 8:10\4

Detoisien T. F3-Fri 8:20\3

Devarakonda S. P\36, P\113

Devi S. P\65

Diaz Borbon V.P. P\178

Dietemann M. F3-Thu 10:20\4

Dominey A. A-Wed 16:50\3

Duarte C.M.M. P\175

Dubuis S. P\72

Ducros F. A-Fri 8:20\2

Duffy D. F5-Thu 16:50\3, P\60

Dumitrescu O. P\185

Eckmann M. P\198

Eder R. A-Wed 16:50\4

Ehlers D. F5-Thu 10:20\2

Eicke M.J. P\90

Elcoate C.J. P\45

Elsner M.P. P\88, P\89, P\90

Endou F. F3-Wed 16:50\5

Erdemir D. F3-Wed 16:50\4, P\32

Espitalier F. F3-Thu 10:20\4

Estime N. P\59

Fairclough P. F3-Wed 10:50\4

Farelo F. P\149

Fauconet M. P\196

Fazio E. P\79

Feng Y. F5-Wed 16:50\4

Ferguson S. A-Thu 8:10\2

Fernandes A.C. F5-Wed 10:50\5

Ferreira A. P\102

Ferrreira C. P\39

Ferte N. P\179

Fevotte G. A-Tu 13:15\1, A-Thu 8:10\3, F5-Thu 10:20\5, F3-Fri 8:20\4, P\8, P\38, P\66

Finzer J.R. P\16

Fitzpatrick D. P\87

Flood A. P\18

Florence A. F3-Thu 16:50\3

Flouret J. P\183

Focke D. P\103

Ford A.N. A-Wed 16:50\1

Foreman M.E. P\45

Forgione M. A-Wed 16:50\2, F5-Thu 16:50\2

Frawley P. P\54, P\55

Frohberg P. P\186

Fujiwara M. A-Wed 16:50\1

Fukui K. P\142

Furuya N. P\95

Galan K. P\89

Galvan J.M. F5-Thu 16:50\4

Gameiro M. P\149

Gao Q. F3-Wed 16:50\4, P\32

Garcia D. F5-Thu 10:20\5, P\38

Garland M. P\53

Gartner R. P\62

Gauer C. A-Fri 10:00\4, P\84

Gaunand A. P\194

Gebauer J. P\184

Geertman R. A-Wed 16:50\2

Genceli-Guner F.E. P\62, P\182

Genck W. P\68

George N. P\42, P\78

George N. P\46

Georgiev D. P\47, P\48, P\147

Gherras N. A-Thu 8:10\3, F3-Fri 8:20\4, P\66

Ghica D. P\185

Giberti F. P\49

Gilks S. P\187

Giulietti M. P\96, P\153

Glennon B. A-Wed 10:50\4, A-Thu 8:10\2, F5-Thu 16:50\3, F5-Fri 8:20\5, P\60, P\63, P\116

Godard J.Y. P\187

Goh L. F3-Wed 10:50\5

Gokbel S. P\121

Goldberg I. P\44

Golovanoff G. P\68

Gomez-Morales J. F5-Thu 10:20\3

Gonella S. A-Thu 14:30\3

Gong J. P\3, P\58, P\61

Gou L. P\148

Graber T. P\40

Gradl J. P\21, P\57

Green D. P\125

Greenhill-Hooper M.

F3-Thu 10:20\4

Grossier R. F3-Wed 10:50\2

Gruber-Woelfler H. A-Wed 16:50\4

Guillen F. A-Thu 14:30\3

Hammadi Z. F3-Wed 10:50\2, P\179

Hammond R. P\41, P\81, P\122

Han B. P\12

Han G. F3-Wed 16:50\2

Han R. P\97

Hannappel M. P\103

Hanseler F. P\30

Hanselmann W. F5-Thu 10:20\2, P\166

Hao H. A-Wed 10:50\4, A-Thu 8:10\2, F5-Thu 16:50\3, F5-Fri 8:20\5, P\60, P\63, P\116

Hao L. P\108

Hardie M. P\42

Hartig M.A.J. P\21, P\22

Hasenberg L.M. A-Wed 16:50\1

Hautaniemi M. A-Wed 10:50\1

He G. F3-Wed 10:50\5, P\53

Hebrault D. P\132

Hedberg M. P\112

Helmdach L. P\52

Hendricks U. F3-Wed 10:50\3

Heng J.Y.Y. P\65, P\67, P\192

Hermanto M. P\53

Hernandez-Hernandez A.

F5-Thu 10:20\3

Hidaka J. F5-Fri 8:20\3, P\27, P\28, P\29

Hintz W. P\163

Hirasawa I. F3-Thu 10:20\5, P\4, P\7, P\35, P\126, P\143, P\160, P\180

Hochepied J.F. P\194

Hofmann S. P\123

Hoshino S. P\95

Hou B. P\1, P\3, P\61

Hounslow M. F3-Wed 10:50\4, F3-Fri 8:20\1

Hristov Y. P\47, P\48, P\147

Hsieh D.S. F3-Wed 16:50\4, P\32

Huang J. F3-Wed 16:50\4

Huesman A. F5-Thu 16:50\2

Hungerbuehler K. A-Wed 10:50\5, P\69, P\70, P\71, P\72, P\82, P\193

Hussain I. P\88

Hutcheon G. P\19

Hutchinson A. P\46

Hutnik N. A-Wed 10:50\2

Iafisco M. F5-Thu 10:20\3

Iggland M. P\30, P\119, P\120

Ikni A. P\179

Ildefonso M. A-Wed 8:40\2

Imanari M. A-Thu 10:20\4

Imppola O. A-Wed 10:50\1

Iqbal J. P\145

Isopescu R. P\185

Itoh T. F5-Wed 16:50\3

Izumi T. P\42

Jarzembowska M. P\15

Jasinska M. F3-Thu 10:20\3

Jensen H. P\137

Ji X. P\33

Jiang H. P\41

Jiang M. A-Wed 16:50\1, P\132

Jiang S. F3-Thu 10:20\2

Jodko K. F3-Thu 10:20\3

Jones A. P\73

Jones M.J. P\112

Joss L. P\190

Kadam S. A-Wed 8:40\4, A-Wed 16:50\2, F5-Thu 16:50\2, P\197

Kahraman T. P\165

Kaiser R. P\184

Kallas J. A-Wed 10:50\1, P\181

Kalnin D. P\80

Kaptein B. A-Thu 16:50\3

Kariwala V. F3-Fri 8:20\5, P\130

Karpinski P. F5-Wed 16:50\1

Katsube Y. F3-Wed 16:50\5

Kawaguchi S. P\180

Kedia U. P\36

Keil P. P\34, P\169, P\195

Kellogg R. A-Thu 16:50\3

Kendall R. F5-Wed 16:50\3

Kenis P.J.A. F3-Wed 10:50\5

Khalil A. F5-Thu 16:50\4

Khamar D. P\19

Khan S. P\78

Khanam T. F3-Fri 8:20\5

Khinast J. A-Wed 16:50\4

Kiang S. A-Thu 8:10\4, P\32

Kiesow K. P\17

Kim B. F5-Wed 16:50\3

Kim D. P\105

Kim D.M. P\157, P\158

Kim H.S. P\150, P\151

Kim I. F3-Thu 16:50\1

Kim J.K. P\150, P\151, P\152

Kim J.W. P\150, P\151

Kim K.J. P\157, P\158, P\159

Kim W.S. F5-Fri 8:20\1, P\170

Kind M. A-Wed 10:50\3, P\162, P\184

Kiraly I. P\83

Kirboga S. F3-Thu 10:20\1

Klein J.P. F5-Wed 10:50\3, F5-Thu 16:50\4, F3-Fri 8:20\3, P\93

Kluge J. P\189, P\190

Knuutila H. F3-Thu 16:50\1

Kobari M. P\7

Kobayakawa A. P\35

Koenig A. P\34, P\169, P\195

Kok D. F3-Thu 10:20\2

Kondorosy E. P\129

Kontrec J. P\37

Koo K.K. P\150, P\151, P\152

Koros W. A-Thu 16:50\4

Kostadinov K. P\147

Koutsoukos P. F5-Wed 10:50\2, P\155, P\156

Kralj D. P\37

Kramer H. A-Tu 13:15\1, A-Wed 8:40\4, A-Wed 16:50\2, F5-Thu 16:50\2, A-Fri 8:20\4, P\62, P\64, P\182, P\191

Kruese J. P\87

Kubota N. P\7

Kucher M. P\162

Kuegler R. P\162

Kuentz M. P\193

Kukkamaki E. A-Wed 10:50\1

Kulkarni S. A-Wed 8:40\4, P\197

Kumashiro M. P\35

Kurr P. P\22

Kurz Misslin L. P\92

Kus A. P\111

Kuusik R. P\181

Lai C. F3-Wed 16:50\4, A-Thu 8:10\4, P\32

Lakatos B. A-Thu 10:20\5, P\101

Lalleman S. F3-Wed 16:50\3, P\115

Lamarque N. A-Fri 8:20\2

Lamberto D. F5-Wed 16:50\3

Lancia A. P\14

Lanotte L. P\140

Lawrence S.E. P\45

Le Minh T. A-Thu 16:50\2

Le Page M. P\196

Leahy D. F3-Wed 16:50\4

Lebaigue O. A-Fri 8:20\2

Lee K. P\104

Lee K.C. P\157, P\158

Lee M.Y. A-Wed 16:50\3

Lee S. F5-Fri 8:20\1, P\170

Lemmer S. A-Thu 10:20\3

Levilain G. P\173

Lewis A.E. F3-Wed 10:50\3, P\23, P\182

Leyssens T. F5-Wed 16:50\5, P\43

Li P. P\135

Li R. P\61

Li S. P\135

Li X. P\154

Li Y.E.(D.) P\131

Lieb A. P\72

Lindenberg C. A-Fri 8:20\3

Liu C. P\10

Liu Y. P\2

Lohani S. F5-Wed 16:50\3

Lorenz H. A-Thu 14:30\2, A-Thu 16:50\2, P\40, P\112, P\148, P\173

Louhi-Kultanen M. A-Wed 10:50\1, P\12

Lv X. P\9

Ma X. F3-Thu 16:50\1

Maeda K. P\142

Magnaldo A. F3-Wed 10:50\2

Maguire A.R. P\45

Mahieux J. A-Thu 14:30\3

Mahmud T. P\78

Makowski L. A-Fri 8:20\1

Malagoni R. P\16

Manas Llamas A. F5-Thu 10:20\4

Mangere M. F3-Wed 10:50\3

Mangin D. F5-Wed 10:50\3

Mao S. P\56

Marchisio D. F5-Fri 8:20\4

Markovska I. P\47, P\48, P\147

Martinez Tomalino L.

P\57

Martins D. P\76

Martins P. P\39

Marziano I. P\42, P\81

Mascioletti A. P\79

Mateescu C.D. P\185

Matos H.A. F5-Wed 10:50\5

Matynia A. A-Wed 10:50\2, P\99

Mayer M. A-Wed 15:00\3

Mazienczuk A. P\99

Mazzotti M. A-Thu 16:50\1, F5-Thu 16:50\1, A-Fri 8:20\3, P\30, P\75, P\119, P\120, P\171, P\189, P\190

Mcbride M. A-Thu 14:30\1, A-Thu 16:50\3

Mcgachy N. F5-Wed 16:50\3

Mcghie S. P\25

Mckeown A. F5-Wed 16:50\3

Medal A. P\93

Meekes H. F3-Tu 13:15\1, A-Thu 16:50\3, P\197

Meier U. A-Fri 10:00\4

Meijer J. F3-Thu 10:20\2

Mensah J.K. P\157

Merheb G. P\153

Merz T. P\72

Mesbah A. A-Tu 13:15\1

Mikami T. F3-Thu 10:20\5

Misztal S. F5-Thu 10:20\1

Mitchell N. P\55

Miyake S. F3-Wed 16:50\5

Mo Y. P\50

Mohamed R. P\23

Moisy P. F3-Wed 16:50\3

Mokone T. F3-Wed 10:50\3

Molaro M. P\132

Monnier O. F5-Wed 10:50\3

More I. P\41

Morel B. P\38

Morganti F. P\198

Morin R. F3-Wed 10:50\2, P\179

Morris G. A-Thu 8:10\2

Moutte J. P\38

Mpountas I. P\155

Mueansichai T. P\18

Mueller C. P\177

Muhr H. P\183, P\196

Muhrer G. P\189

Mullertz A. P\137

Musmarra D. P\14

Myerson A. F5-Wed 10:50\1, A-Wed 15:00\2, F5-Fri 8:20\1, P\20, P\128

Nagano H. P\4

Nagy Z.K. A-Tu 13:15\1, A-Fri 10:00\5, P\69, P\70, P\71, P\130, P\161

Naito T. P\29

Nakazaki C. F3-Wed 16:50\5

Napier M. P\60

Nathoo J. P\182

Nergaard M. P\167

Newton L. P\174

Ng A. F3-Wed 16:50\4

Nguyen T.T.H. P\81

Niemi H. P\12

Nishita T. P\170

Noorduin W. A-Thu 16:50\3

Norberg B. P\43

Nunes Ana V.M. P\175

Nunis A. P\117

O Ciardha C. P\54

O Grady D. A-Fri 8:20\5, P\132

Ochsenbein D. P\30

Odloak D. P\117

Ohtomo Y. P\126

Okabayashi Y. F3-Wed 16:50\5

Oliveira N. P\153

Oliveira R. P\168

Olivieri E. P\14

Oner M. F3-Thu 10:20\1, P\114

Orciuch W. A-Fri 8:20\1

Ostergaard J. P\137

Pack S. A-Thu 8:10\4

Padrela L. F5-Wed 10:50\5

Papadakis E. P\155

Paraskeva C. F5-Wed 10:50\2

Parisi M. P\134

Park D.B. P\150

Parmentier D. F3-Wed 10:50\1

Parrinello M. P\49

Pedge N. A-Fri 10:00\5

Pereira M. P\149

Perez Escobar S.A. P\62, P\191

Pertig D. F3-Fri 8:20\2

Petelski P. F3-Thu 10:20\3

Petrova R. F5-Wed 16:50\3

Peukert W. F3-Thu 16:50\4, P\21, P\22, P\57, P\106

Pieper M. P\163

Pietzsch M. P\2, P\186

Pinoli J.C. P\66

Piotrowski K. A-Wed 10:50\2, P\99

Pitt K. F3-Fri 8:20\1

Plaquevent J.C. A-Thu 14:30\3

Plasari E. F3-Wed 10:50\1, F3-Wed 16:50\3, A-Fri 8:20\2, P\115, P\183, P\196

Plivelic T. P\80

Poh C. F3-Wed 10:50\4

Pongo L. P\83

Poole K. P\77

Presles B. P\66

Prisciandaro M. P\14

Puel F. F5-Thu 16:50\4, P\93

Pyrz W. F5-Wed 16:50\3

Qamar S. P\88

Qian G. F3-Thu 16:50\2, P\8

Qu H. P\164

Quayle M. P\42

Radacsi N. F5-Fri 8:20\2

Rades T. P\137

Rajendran A. F3-Fri 8:20\5

Rajoub N. P\51

Ramakrishnan S. P\36

Ramkrishna D. A-Thu 8:10\1

Randall D.G. F3-Wed 10:50\3, P\182

Rangineni S. P\113

Rantanen J. P\137, P\164

Rasche M. P\127

Rasmuson A.C. P\45

Rasmuson A. P\24, P\74, P\188

Redman T. A-Fri 8:20\5, P\68

Rego D. P\175

Reilly A. P\6

Reinhold A. A-Thu 10:20\2

Reinlein S. A-Wed 10:50\5

Revalor E. A-Wed 15:00\2

Rieger J. A-Fri 10:00\1

Rielly C.D. P\161

Ristic R. F3-Wed 10:50\4

Rivoire A. F5-Thu 16:50\4

Roberts D. P\32, P\81

Roberts K.J. P\41, P\42, P\78, P\122

Robeyns K. P\43

Robinson S. P\60

Roblegg E. A-Wed 16:50\4

Rocha F. P\39, P\102

Rodrigues M.A. F5-Wed 10:50\5

Rodriguez Cantu R. P\98

Rodriguez I. F5-Thu 10:20\3

Rodriguez Pascual M.

P\62, P\64, P\191

Rodriguez-Rojo S. P\175

Roelands M. F5-Wed 10:50\4

Roessler M. P\136

Rohani S. P\56

Rokidi S. P\156

Rougeot C. A-Thu 14:30\3

Rousseau R. A-Thu 16:50\4

Rudraraju V. P\36

Ruecroft G. P\176

Ruether F. A-Thu 10:20\3, P\11, P\17, P\100, P\103, P\172

Rutledge G. A-Wed 15:00\2

Ryan A. F3-Wed 10:50\4

Sadiq G. P\174

Sadowski G. A-Wed 15:00\1, A-Thu 10:20\3, P\17, P\100

Sakamoto M. P\160

Saleemi A.N. P\161

Sandre A.L. P\194

Santos C.A. P\168

Sarbu C. P\185

Sarma B. P\20

Savolainen M. P\164

Sawatari J. P\142

Schacht U. F3-Thu 16:50\3

Schembecker G. A-Thu 10:20\3, P\11, P\103

Schmidt C. A-Thu 10:20\1

Schoell J. A-Fri 8:20\5, P\68

Schorsch S. F5-Thu 16:50\1

Schrank S. A-Wed 16:50\4

Schroeder S.L.M. P\86, P\174

Schuster A. P\107

Seaton C. P\174

Seckler M. P\117, P\168

Sefcik J. F3-Thu 16:50\3

Segets D. F3-Thu 16:50\4, P\21, P\57

Seidel-Morgenstern A.

A-Thu 14:30\2, A-Thu 16:50\2, P\40, P\88, P\89, P\90, P\112, P\148, P\173

Seki H. P\95

Seo K. P\160

Serris E. F3-Fri 8:20\4

Seton L. P\19

Sha Z. P\12, P\31, P\124

Shi X. P\33

Shim H.M. P\151

Shimizu Y. P\143

Shimosaka A. F5-Fri 8:20\3, P\27, P\28, P\29

Shin M.S. P\151

Shirakawa Y. F5-Fri 8:20\3, P\27, P\28, P\29

Si T. A-Wed 16:50\1

Sillers P. P\78

Silva A.T.C.R. P\96

Simon L. A-Wed 10:50\5, P\69, P\70, P\71, P\72, P\82, P\128, P\193

Singh M. A-Thu 8:10\1

Sirota E. F5-Wed 16:50\3

Skliar D. A-Thu 8:10\4

Slavin P. P\25

Smith B. A-Fri 8:20\5

Soare A. P\62, P\191

Sokolnicka K. P\118

Solismaa P. A-Wed 10:50\1

Song X. A-Wed 16:50\5, P\135, P\154

Soos M. F3-Thu 16:50\3

Sorel C. F3-Wed 16:50\3

Sperandio M. F5-Thu 10:20\4

Spiecker E. F3-Thu 16:50\4

Spitzbarth H. P\166

Springuel G. F5-Wed 16:50\5, P\43

Stanev D. P\47

Stankiewicz A.I. F5-Fri 8:20\2

Steele G. A-Fri 10:00\5

Steensma M. F3-Thu 10:20\2

Stelzer T. F3-Wed 16:50\1, F3-Fri 8:20\2, P\107, P\136

Stevens J.S. P\86, P\174

Stoller M. P\133

Stolte I. P\186

Su W. A-Wed 10:50\4

Suleiman Ahmad O.

P\66

Sun Y. A-Wed 16:50\5, P\135, P\154

Sun Z. P\135

Sundmacher K. P\139

Suslick K. P\127

Svang-Ariyaskul S. A-Thu 16:50\4

Svard M. P\24

Swift J. P\44

Synowiec P. P\111, P\146

Tai Y.D. P\144

Takahashi Y. F3-Wed 16:50\5

Takegami K. P\109

Takiyama H. A-Thu 10:20\4, P\109

Tan R.B.H. F3-Wed 16:50\2, F5-Wed 16:50\2, P\53

Taulelle P. F3-Fri 8:20\3

Tavares A. R. P\38

Tedesco J. P\132

Teixeira G. P\16

Teixeira J.A. P\102

ter Horst J.H. F3-Tu 13:15\1, A-Wed 8:40\4, F5-Wed 10:50\4, F5-Fri 8:20\2, P\197

Teychene S. A-Wed 8:40\3, P\26, P\59

Thirunahari S. F5-Wed 16:50\2

Tjahjono M. P\53

Tomas J. P\163

Tribello G.A. P\49

Trout B. A-Wed 15:00\2

Tsekova D. P\192

Tsou N. F5-Wed 16:50\3

Tully J. A-Thu 14:30\1, A-Thu 16:50\3

Uibu M. P\181

Ukrainczyk M. P\37

Ulas G. A-Thu 14:30\1

Ulrich J. F3-Wed 16:50\1, A-Thu 10:20\1, F3-Fri 8:20\2, P\2, P\33, P\52, P\104, P\107, P\136, P\145, P\177, P\178, P\186

Urbanus J. F5-Wed 10:50\4

Valente I. F5-Fri 8:20\4

Van Den Hof P. F5-Thu 16:50\2

Van Der Heijden A.E.D.M.

F5-Fri 8:20\2

Van Enckevort W. F3-Thu 10:20\2, A-Thu 16:50\3

Van Hille R. F3-Wed 10:50\3

Vasylyeva O. P\106

Veesler S. A-Wed 8:40\2, F3-Wed 10:50\2, F5-Wed 16:50\5, F3-Fri 8:20\3, P\179

Vekilov P.G. A-Wed 8:40\1

Velaga S.P. F5-Wed 10:50\5

Velts O. P\181

Verdoes D. F5-Wed 10:50\4

Verdone N. P\134

Vernille J. A-Thu 8:10\4

Vetter T. F5-Thu 16:50\1, P\30, P\75

Vicente A.A. P\102

Vickers M. P\73

Viereck S. P\190

Vieweg B. F3-Thu 16:50\4

Vigier N. F3-Wed 10:50\1

Vissers J. A-Wed 16:50\2, F5-Thu 16:50\2

Vlieg E. F3-Thu 10:20\2, A-Thu 16:50\3

Volk B. P\83

Von Langermann J. P\112

Vonk V. F3-Thu 10:20\2

Vos B. P\87

Wachsmuth A. F3-Wed 16:50\1

Wagterveld M. A-Wed 15:00\3

Wakamiya H. P\28

Wake T. F5-Fri 8:20\3, P\27

Wang B. P\58

Wang G. P\67

Wang J. P\3, P\56, P\97

Wang J. A-Wed 16:50\5, P\154

Wang J. P\135

Wang K. A-Wed 16:50\1

Wang M. A-Wed 15:00\2

Wang Q. P\97

Wang X. P\13

Wang X. P\42

Wang Y. P\1, P\3, P\9, P\61

Wang Y. P\31

Wang Z. P\5

Wanka J. P\106

Waranave J. P\180

Wei H.Y. F5-Wed 16:50\4, P\10, P\50, P\94, P\108, P\141

Wei Y. F5-Wed 16:50\4

Weichsel U. P\106

Wenslow R. F5-Wed 16:50\3

Werner M. P\171

West A. P\85

Westhoff G. A-Fri 8:20\4

Whelan R. P\116

White G. P\51

Wibowo C. F5-Tu 13:15\1

Wierzbowska B. P\99

Wilkinson D. P\51

Williams D. P\65, P\67, P\192

Willneff E.A. P\86

Windhab E. F5-Thu 10:20\2, P\166

Witkamp G.J. A-Wed 15:00\3, P\15, P\62, P\182

Wohlgemuth K. P\11

Wojcik J. P\91, P\98, P\111

Wong M.H. A-Wed 16:50\1

Wood B. F5-Fri 8:20\5

Wouters J. P\43

Wu H. P\73, P\85

Wu S. P\58

Wu Y. F3-Thu 16:50\2

Xie C. P\9, P\97

Xiong C. P\124

Xu S. P\94

Xu S. P\61

Yamamoto H. F3-Wed 16:50\5

Yamazaki Y. P\170

Yang D. P\105

Yang G. F3-Thu 16:50\4

Yang H. P\188

Yang X. F5-Wed 10:50\1

Yang X. P\13

Yaylaci C. P\121

Yin Q. P\1, P\3, P\58

Yoshiura H. P\4

Yu J. A-Wed 16:50\5, P\135, P\154

Yuan J. P\33

Yuan W. P\8

Zaki H.M. P\86

Zhang H. P\33

Zhang J. A-Wed 16:50\1

Zhang J.Y. P\141

Zhang L. P\61

Zhang M. P\1, P\58

Zhang S. P\74

Zhang X. P\1

Zhang X. P\8

Zhao X. P\31

Zhao Y. P\56

Zhou L. A-Wed 16:50\1, P\132

Zhou X. F3-Thu 16:50\2, P\8

Zhou Y. P\42

Zhu X. P\78

Zhu X. P\132

Zhu Y. P\31

Zhu Z. A-Wed 16:50\1

Zieger B. P\127

Zingaretti D. P\171

Zsolt U. P\101

Zukoski C.F. F3-Wed 10:50\5

List of Participants (as of 29 July 2011) Ahmad Mansour Swansea University, UK Akyol Emel Yildiz Technical University, Turkey Al-Rashed Mohsen College of Technological Studies, PAAET, Kuwait Alten Stefanie Karlsruhe Institute of Technology, Germany Amaraggi David Areva-COMURHEX, France Amokrane Abdenour CEA Marcoule, France Arnold Yvonne University of Basel, Switzerland Asakuma Yusuke University of Hyogo, Japan Athanasakou Georgia University of Patras, Greece Babler Matthaus Ulrich KTH Royal Institute of Technology, Sweden

Back Kevin University of Manchester, UK Baillon Fabien Ecole des Mines d'Albi, France Bajcinca Naim Max Planck Institute Magdeburg, Germany Baldyga Jerzy Warsaw University of Technology, Poland Bard Frederic Ecole Nationale Supérieure des Mines, France Barrett Mark University College Dublin, Ireland Beck Ralf Norwegian Univ. of Science & Techn., Norway Beck Christian New Jersey Institute of Technology, USA Beierling Thorsten TU Dortmund, Germany Bermingham Sean Process Systems Enterprise Ltd, UK Billot Pascal Sanofi Aventis, France Biscans Beatrice CNRS-Laboratoire de Génie Chimique, France Bode Arno Radboud University Nijmegen, The Netherlands Boels Luciaan Delft University of Technology, The Netherlands Boetker Johan University of Copenhagen, Denmark Bogdanov Bogdan Assen Zlatarov University, Bulgaria Bohlin Martin AstraZeneca, Sweden Boit Baptiste Roquette, France Borsos Akos University of Pannonia, Hungary Boualleg Malika IFPEN, France Bouillot Baptiste CNRS, Univ. de Toulouse, France Boukerche Moussa Pfizer , UK Braatz Richard D. Massachusetts Institute of Technology, USA Brent Rhea Syngenta, UK Brettmann Blair Massachusetts Institute of Technology, USA Briesen Heiko Technical University of Munich, Germany Brozio Jorg Novartis Pharma AG, Switzerland Candoni Nadine CINaM-CNRS, France Cap Sebastien ETH Zurich, Switzerland Carvin Philippe Rhodia, France Casas Nathalie ETH Zurich, Switzerland Cassens Jan TU Dortmund, Germany Cesur Serap Ege University, Turkey Chianese Angelo Università degli Studi di Roma “La Sapienza”, Italy

Ching Chi Bun Nanyang Technological University, Singapore Choi Won-Soek Hanbat National University, Korea Cocchini Ugo GSK R&D, UK Codan Lorenzo ETH Zurich, Switzerland Collier Alan Prosonix Ltd, UK Coquerel Gerard Université de Rouen, France Croker Denise University of Limerick, Ireland Dandeu Aurelie IFP Energies Nouvelles-Etablissement de Lyon, France

Dang Leping Tianjin University of Science &Tech., P.R.China Daudey Peter Albemarle Catalysts B.V., The Netherlands Dave Rajesh New Jersey Institute of Technology, USA Davey Roger The University of Manchester, UK De Caprariis Benedetta Università degli Studi di Roma “La Sapienza”, Italy

Delgado-Lopez Jose Manuel IACT, CSIC-UGR, Spain Derdour Lotfi Bristol-Myers Squibb co., USA Detoisien Thibaud CNRS, France Dette Severine Sulzer Chemtech, Switzerland Devi Sharmila Imperial College London, UK Diaz Borbon Viviana P. Martin-Luther Universitaet Halle-Wittenberg, Germany Dietemann Marie Ecole des Mines d'Albi, France Diodone Ralph F. Hoffmann - La Roche AG, Switzerland Duffy Damian University College Dublin, Ireland Duflot Pierrik Roquette, France Eckmann Martina Zurich University of Applied Science, Switzerland Eder Rafael Graz University of Technology, Austria Ehlers Daniel ETH Zurich, Switzerland Eicke Matthias Johannes Max Planck Institute Magdeburg, Germany

Erdemir Deniz Bristol-Myers Squibb co., USA Espitalier Fabienne Ecole des Mines d'Albi, France Farelo Fatima Technical University of Lisbon, Portugal Farkas Janos EGIS PLC, Hungary Feng Yinnian Tianjin University of Science &Tech., P.R.China Ferguson Steven University College Dublin, Ireland Fevotte Gilles Ecole Nationale Supérieure des Mines, France Fitzpatrick Dara University College Cork, Ireland Flood Adrian Suranaree University of Technology, Thailand Flouret Julie CEA Marcoule, France Focke Dennis TU Dortmund, Germany Forgione Marco Delft University of Technology, The Netherlands Frohberg Patrick Martin-Luther Universitaet Halle-Wittenberg, Germany Galan Kamila Max Planck Institute Magdeburg, Germany Garcia Daniel Ecole Nationale Supérieure des Mines, France Gauer Cornelius Novartis Pharma AG, Switzerland Gaunand Alain MINES ParisTech, France Gebauer Jorn Karlsruhe Institute of Technology, Germany Georgiev Dimitar Assen Zlatarov University, Bulgaria Giberti Federico ETH Zurich, Switzerland Giesselbach Monika Martinswerk GmbH, Germany Giulietti Marco Federal University of Sao Carlos, Brazil Glennon Brian University College Dublin, Ireland Gomez-Morales Jaime IACT, CSIC-UGR, Spain

Gonella Silvia Université de Rouen, France Gou Linzhu Max Planck Institute Magdeburg, Germany Green Daniel DuPont, USA Grossier Romain MIT, USA Guillou Loic Litwin Alsace, France Han Guangjun Institute of Chemical & Engineering Sciences, Singapore Han Bing Lappeenranta University of Technology, Finland Hannappel Marc TU Dortmund, Germany Hao Hongxun University College Dublin, Ireland Hao Lin Tianjin University of Science &Tech., P.R.China Hariharan Subrahmaniam B. ETH Zurich, Switzerland

Hartig Martin A.J. University of Erlangen-Nuremberg, Germany Helmdach Lydia Martin-Luther Universitaet Halle-Wittenberg, Germany Henry Manuel Boehringer Ingelheim Pharma GmbH & Co. KG, Germany

Hidber Pirmin F. Hoffmann - La Roche AG, Switzerland Hipolito Ana Rhodia, France Hirasawa Izumi Waseda University, Japan Hofmann Guenter GEA Messo PT, Germany Hou Baohong Tianjin University of Science &Tech., P.R.China Hounslow Mike University of Sheffield, UK Hsieh Daniel S. Bristol-Myers Squibb co., USA Hugen F.M. Perdix Analytical Systems, The Netherlands Hutchinson Adrian University of Manchester, UK Iggland Martin ETH Zurich, Switzerland Ildefonso Manuel CINaM-CNRS, France Iqbal Javed Martin-Luther Universitaet Halle-Wittenberg, Germany Izumi Toshiko The University of Leeds, UK Jansens Peter DSM, The Netherlands Jermann Simon ETH Zurich, Switzerland Jia Zichen Novartis Pharma AG, Switzerland Jiang Haiyang University of Leeds, UK Jiang Mo Massachusetts Institute of Technology, USA Jones Matthew J. AstraZeneca, Sweden Joss Lisa ETH Zurich, Switzerland Kadam Somnath Delft University of Technology, The Netherlands Kalbasenka Alex PURAC Biochem B.V., The Netherlands Kammerer Michael F. Hoffmann - La Roche AG, Switzerland Karpinski Piotr Novartis Pharma AG, USA Katsuo Shigeharu ETH Zurich, Switzerland Keil Philipp University of Erlangen-Nuremberg, Germany Kim Jae-Kyeong Sogang University, Korea Kim Woo-Sik Kyung Hee University, Korea Kim Kwang-Joo Hanbat National University, Korea Kim Da-Mi Hanbat National University, Korea Kim Daehun Korea University, Korea Kind Matthias Karlsruhe Institute of Technology, Germany Kiraly Imre Egis PLC, Hungary Kirboga Semra Yildiz Technical University, Turkey Kluge Johannes ETH Zurich, Switzerland Kobari Masanori JGC corporation, Japan Koenig Axel University of Erlangen-Nuremberg, Germany Kondorosy Eors EVATHERM Ltd, Switzerland Kontrec Jasminka Ruder Boskovic Institute, Croatia Koo Kee-Kahb Sogang University, Korea Koutsoukos Petros University of Patras, Greece Kramer Herman Delft University of Technology, The Netherlands Kruese Jacob Kinetox, The Netherlands Kuegler Ricco Karlsruhe Institute of Technology, Germany Kulkarni Sameer Delft University of Technology, The Netherlands Kumashiro Mizuki Waseda University, Japan Kurz Misslin Laurence Litwin Alsace, France Lafferrere Laurent Covance Laboratory SAS, France Lakatos Bela University of Pannonia, Hungary Lalleman Sophie CEA Marcoule, France Le Minh Tam Max Planck Institute Magdeburg, Germany Le Page Marie LRGP, France Lee Sun Kyung Hee University, Korea

Lee Kyu Cheol Hanbat National University, Korea Lee Kyeongsill Martin-Luther Universitaet Halle-Wittenberg, Germany Lee Mei-Yin GlaxoSmithKline, UK Legroux Nelly Crystallization and Pre formulation, France Lemmer Silke TU Dortmund, Germany Levilain Guillaume Max Planck Institute Magdeburg, Germany Lewis Alison Emslie University of Cape Town, South Africa

Leyssens Tom Université Catholique de Louvain, Belgium Li Yao-En (David) Abbott Laboratories, USA

Lindenberg Christian Novartis Pharma AG, Switzerland Lisboa Mota Fatima CNRS, France Liu Yi Martin-Luther Universitaet Halle-Wittenberg, Germany

Lopez De Diego Heidi H. Lundbeck A/S, Denmark Lorenz Heike Max Planck Institute Magdeburg, Germany Louhi-Kultanen Marjatta Lappeenranta University of Technology, Finland Ma Xiaoguang Norwegian Univ. of Science & Techn., Norway Mahieux Julien Université de Rouen, France Makowski Lukasz Warsaw University of Technology, Poland Manas Llamas Angela LISBP/LGC/INSA, France Mangin Denis Université Lyon 1, France Markovits Imre EGIS PLC, Hungary Markovska Irena Assen Zlatarov University, Bulgaria Martins Damien University of Rouen, France Martins Pedro ICBAS – Inst. de Ciencias Biomedicas Abel Salazar,

Portugal

Marx Dorian ETH Zurich, Switzerland Mazienczuk Agata Wroclaw University of Technology, Poland Mazzotti Marco ETH Zurich, Switzerland Mcbride Michael Yale University, USA Meekes Hugo Radboud University Nijmegen, The Netherlands Meijer Jan AkzoNobel Industrial Chemicals, The Netherlands

Menegotto Jerome Sanofi Aventis , France Mensah Jin Kabenla

Miezakyi Hanbat National University, Korea

Merheb Graciela Centro De Tecnologia Canavieira, Brazil Mesbah Ali Delft University of Technology, The Netherlands Mikami Takashi Tsuruoka National College of Technology, Japan Misztal Slawomir Wroclaw University of Technology, Poland Mitchell Niall University of Limerick, Ireland Momonaga Masashi Fujimoto Chemicals Co., Ltd, Japan Morganti Franziska Zürcher Hochschule für Angewandte Wissenschaften,

Switzerland

Morris Gary University College Dublin, Ireland Moyers Charles MATRIC, USA Mueller Claudia Martin-Luther Universitaet Halle-Wittenberg, Germany Myerson Allan Massachusetts Institute of Technology, USA Nagy Zoltan K. Loughborough University, UK Naito Takuya Doshisha University, Japan Nemet Zoltan Gedeon Richter Plc., Hungary Nergaard Margrethe Norwegian Univ. of Science & Techn., Norway Nguyen T.T.H. The University of Leeds, UK Nishita Takahiro Nippon Chemical Industrial Co. Ltd., Japan O Ciardha Clifford University of Limerick, Ireland O Grady Des Mettler Toledo, USA Ochsenbein David ETH Zurich, Switzerland

Orciuch Wojciech Warsaw University of Technology, Poland O'Sullivan Brian Mettler Toledo, USA Oullion Mathieu Rhodia, France Padrela Luis Technical University of Lisbon , Portugal Parmentier Delphine CEA Marcoule, France Paroli Franco GEA Process Engineering SpA, Italy Perez Escobar Sergio Andres Delft University of Technology, The Netherlands

Pertig Dan Martin-Luther Universitaet Halle-Wittenberg, Germany

Petrova Rositza Merck & Co., Inc, USA Pieper Martin Otto von-Guericke Universitaet Magdeburg, Germany Pierucci Sauro Politecnico di Milano, Italy Piotrowski Krzysztof Silesian University of Technology, Poland Pitt Kate University of Sheffield, UK Plasari Edouard ENSIC-CNRS, France Pletzer Monica University of Erlangen-Nuremberg, Germany Prisciandaro Marina Università dell'Aquila, Italy Puel Francois Universite Claude Bernard Lyon 1, France Qamar Shamsul Max Planck Institute Magdeburg, Germany Qian Gang East China University of Science &Tech., P.R.China Qu Haiyan University of Southern Denmark, Denmark Radacsi Norbert Delft University of Technology, The Netherlands Rajendran Arvind Nanyang Technological University, Singapore Rajoub Nazer Heriot-Watt University, UK Ramakrishnan Srividya Dr. Reddy’s Laboratories Ltd., India

Ramkrishna Doraiswami Purdue University, USA Rammeloo Thomas Janssen Pharamaceutical, Belgium Rangineni Srinivasulu Dr. Reddy’s Laboratories Ltd., India Rasche Michael University of Illinois at Urbana-Champaign, USA Rauls Matthias BASF SE, Germany Reilly Anthony Technical University of Munich, Germany Reinhold Alexander Technical University of Munich, Germany Revalor Eve MIT, USA Rieger Jens BASF SE, Germany Ristic Rile University of Sheffield, UK Roberts Kevin J. University of Leeds, UK Rocha Fernando University of Porto, Portugal Rodriguez Cantu Rogelio Silesian University of Technology, Poland

Rodriguez Pascual Marcos Delft University of Technology, The Netherlands Rodriguez-Rojo Soraya Universidad de Valladolid, Spain

Roessler Michael Martin-Luther Universitaet Halle-Wittenberg, Germany

Rousseau Ron Georgia Institute of Technology, USA Sadiq Ghazala University of Manchester, UK Sadowski Gabriele TU Dortmund, Germany Sandre Anne-Laure MINES ParisTech, France Sarbu Corneliu National Institute of Materials Physics, Romania Schell Johanna ETH Zurich, Switzerland Schmidt Christiane Martin-Luther Universitaet Halle-Wittenberg, Germany

Schoell Jochen Mettler Toledo, USA Schorsch Stefan ETH Zurich, Switzerland Schroeder Sven L.M. The University of Manchester, UK Schuster Anke Martin-Luther Universitaet Halle-Wittenberg, Germany

Seckler Marcelo University of Sao Paulo, Brazil Sefcik Jan University of Strathclyde, UK Segets Doris University of Erlangen-Nuremberg, Germany

Seidel-Morgenstern

Andreas Max Planck Institute Magdeburg, Germany

Seki Hiroya Tokyo Institute of Technology, Japan Seton Linda Liverpool John Moores University, UK Sha Zuoliang Tianjin University of Science &Tech., P.R.China Shim Hongmin Sogang University, Korea Shimizu Yoshiharu Waseda University, Japan Shirakawa Yoshiyuki Doshisha University, Japan Shoji Mitsuru Mitsubishi Chemical Corporation, Japan Simon Levente ETH Zurich, Switzerland Soare Anamaria Delft University of Technology, The Netherlands Sokolnicka Katarzyna Warsaw University of Technology, Poland Springuel Geraldine Université Catholique de Louvain, Belgium Stam Danny Avantium , France Stelzer Torsten Martin-Luther Universitaet Halle-Wittenberg, Germany Stepanski Manfred Sulzer Chemtech, Switzerland Stevens Joanna S. The University of Manchester, UK Stolte Isabell Martin-Luther Universitaet Halle-Wittenberg, Germany Su Weiyi University College Dublin, Ireland Suleiman Ahmad Ola Ecole Nationale Supérieure des Mines, France

Sun Yuzhu East China University of Science & Tech., P.R.China Sutter Daniel ETH Zurich, Switzerland Svard Michael Royal Institute of Technology (KTH), Sweden Swift Jennifer Georgetown University, USA Synowiec Piotr The Silesian University of Technology, Poland Tai Yi-Der National Taiwan University, Taiwan Takiyama Hiroshi Tokyo Univ. of Agriculture and Tech., Japan Tan Reginald B.H. Institute of Chemical & Engineering Sciences, Singapore Tavares Ana Raquel Ecole Nationale Supérieure des Mines, France Teixeira Gustavo Federal University of Uberlândia, Brazil ter Horst Joop H. Delft University of Technology, The Netherlands Teychene Sebastien CNRS, Univ. de Toulouse, France Thirunahari Satyanarayana Institute of Chemical & Engineering Sciences, Singapore Toyokura Ken Waseda University, Japan Tsekova Daniela Imperial College London, UK Tully Gavin University College Dublin, Ireland Uerpmann Carsten Kaiser Optical Systems Sarl, France Ulrich Joachim Martin-Luther Universitaet Halle-Wittenberg, Germany

Umekawa Yuuji Fujimoto Chemicals Co., Ltd, Japan Valente Ilaria Politecnico di Torino, Italy van Banning Stephan Avantium Pharmatech BV, The Netherlands Veesler Stephane CINaM-CNRS, France Vekilov Peter G. University of Houston, USA Velts Olga Tallinn University of Technology, Estonia Verdurand Elodie DSM Nutritional Products Ltd, Switzerland Vetter Thomas ETH Zurich, Switzerland Vicum Lars BASF SE, Germany Viertelhaus Martin Nycomed GmbH, Germany Vissers Jochem Eindhoven University of Technology, The Netherlands Wachsmuth Anika Martin-Luther Universitaet Halle-Wittenberg, Germany Wagner Amy Avantium Pharmatech BV, The Netherlands Wagterveld Martijn Delft University of Technology, The Netherlands Wakamiya Hiroyasu Doshisha University, Japan Wake Taiki Doshisha University, Japan Wang Yongli Tianjin University of Science &Tech., P.R.China Wang Zhanzhong Tianjin University of Science &Tech., P.R.China

Weber Maxim BASF SE, Germany Wei Hong Yuan Tianjin University of Science &Tech., P.R.China Weichsel Ulrike University of Erlangen-Nuremberg, Germany Werner Mischa ETH Zurich, Switzerland Westhoff Gerrit FrieslandCampina Domo, The Netherlands Whelan Ronan University College Dublin, Ireland Wibowo Christianto ClearWaterBay Technology, Inc., USA Wieckhusen Dierk Novartis Pharma AG, Switzerland Williams Daryl Imperial College London, UK Wohlgemuth Kerstin TU Dortmund, Germany Wojcik Janusz The Silesian University of Technology, Poland Wood Barbara University College Dublin, Ireland Wu Han University College London, UK Xie Chuang Tianjin University of Science &Tech., P.R.China Yamamoto Hideji Fukuyama University, Japan Yang Daeryook Korea University, Korea Yang Huaiyu Royal Institute of Technology (KTH), Sweden Yin Qiuxiang Tianjin University of Science &Tech., P.R.China Yoshiura Hiromu Kyowa Hakko Bio Co., Ltd., Japan Zhang Meijing Tianjin University of Science &Tech., P.R.China Zhang Shuo Royal Institute of Technology (KTH), Sweden Zhao Yingying University of Western Ontario, Canada Zhu Xiaofeng The University of Leeds, UK