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Powder Technology in Pharma, Food, Chemistry and Metallurgy AIM The aim of the course is twofold: on the one hand, to provide participants with a better understanding of powder products and processes. On the other hand, to supply participants with tools to stimulate new ideas of development and improvement of powder products and processes. At completion of the course the participant will have gained a basic understanding of modern powder technology. COURSE OUTLINE Particle properties and physical behaviour: measurements and definitions Properties of powder: definitions, important properties, what and how to influence powder properties Particle size enlargement: granulation, tabletting and sintering Powder processing: fractionation, mixing, redispersion in liquid, conveying and storing TARGET GROUP Those working in industry or in academia with powder produc- tion or R&D. No specific educational background is required, however previous studies in chemistry, pharmaceuticals, materi- als engineering, food technology or similar are advisable. Lund University Commissioned Education provides commissioned courses and programs tailored to customer needs and conducted by lecturers and researchers from Lund University – a guarantee for broad and profound scientific content and modern pedagogics. For more information on our current courses and programs see www.education.lu.se. Lund University Commissioned Education, PO Box 117, SE-221 00 Lund Sweden. Ph. +46-46-222 0707. Fax +46-46-222 0750. E-mail: [email protected]. Do you know your powder well enough? ere is a multitude of powders used within the pharmaceutical, chemical, metallurgical and food industries. e processing and handling of powder also involves a multitude of operations such as production, the size and type of particles, transport, storage, redissolu- tion, powder blending, etc. A clear understanding of the characteristics of powders is requi- red in order to carry out these operations in an optimal manner. Parameters such as particle size distribution, particle shape, interparticulate forces, etc. have a significant impact on the powder properties and the handling of powder. In situ processing of a metallic alloy powder monitored by SEM COURSE PROGRAM Day 1 Characterization of powder: flow properties, density, compressi - bility. Keynote lecture on powder rheology. Characterization of particles: particle size and shape. Interparticulate forces – and in conjunction herewith, caking and lump formation. Dinner

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Powder Technology in Pharma, Food, Chemistry and Metallurgy

AIMThe aim of the course is twofold: on the one hand, to provide

participants with a better understanding of powder products

and processes. On the other hand, to supply participants with

tools to stimulate new ideas of development and improvement

of powder products and processes. At completion of the course

the participant will have gained a basic understanding of modern

powder technology.

COURSE OUTLINE• Particlepropertiesandphysicalbehaviour:measurements

and definitions

• Propertiesofpowder:definitions,importantproperties,

what and how to influence powder properties

• Particlesizeenlargement:granulation,tablettingand

sintering

• Powderprocessing:fractionation,mixing,redispersionin

liquid, conveying and storing

TARGET GROUPThose working in industry or in academia with powder produc-

tion or R&D. No specific educational background is required,

however previous studies in chemistry, pharmaceuticals, materi-

als engineering, food technology or similar are advisable.

Lund University Commissioned Education provides commissioned courses and programs tailored to customer needs and conducted by lecturers and researchers from Lund University – a guarantee for broad and profound scientific content and modern pedagogics. For more information on our current coursesandprogramsseewww.education.lu.se.LundUniversityCommissionedEducation,POBox117,SE-22100LundSweden.Ph.+46-46-2220707.Fax+46-46-2220750.E-mail:[email protected].

Do you know your powder well enough?There is a multitude of powders used within the pharmaceutical, chemical, metallurgical and food industries. The processing and handling of powder also involves a multitude of operations such as production, the size and type of particles, transport, storage, redissolu-tion, powder blending, etc. A clear understanding of the characteristics of powders is requi-red in order to carry out these operations in an optimal manner. Parameters such as particle size distribution, particle shape, interparticulate forces, etc. have a significant impact on the powder properties and the handling of powder.

In situ processing of a metallic alloy powder monitored by SEM

COURSE PROGRAMDay 1Characterizationofpowder:flowproperties,density,compressi-

bility.Keynotelectureonpowderrheology.Characterizationof

particles:particlesizeandshape.Interparticulateforces–andin

conjunction herewith, caking and lump formation.

Dinner

LUND UNIVERSITYCommissioned EducationBox 117SE-221 00 LundPhone +46-46-222 07 07Fax +46-46-222 07 50E-post [email protected]

PROGRAM AND FEEOctober23–25,2013plusanoptionaldayNovember8,2013.

The course will take place at Lund University. The course fee is

SEK15.500forthefirstthreedaysandSEK4.000fortheoptional

fourthday,excludingVAT.AreducedfeeforPh.D.students

at Lund University is available. The course fee includes tuition,

documentation,coffeeandlunch,diplomaandadinneronDay1.

Thecoursewillbeheldfrom8.15amto5pmonalldaysexcept

forDay1whichstartsat9am.

Registration deadlineisSeptember18,2013.Registrationis

binding.Theexchangeofparticipantsisallowedatanytimeatno

charge however it is advisable that this be done before the course

begins.

REGISTRATION: https://dinkurs.se/3DayCourse https://dinkurs.se/4DayCourse

Srinivasan Iyengar isAssociateProfessorfromtheRoyalInstitute

ofTechnologyinStockholmandAssociateProfessorattheDe-

partmentofMaterialsEngineeringatLundUniversitysince1997.

In2004,hereceivedtheExcellentTeachingPractitionerawardfor

histeachingefforts.HecollaborateswiththeEuropeanSpallation

Source(ESS)TargetDivisiononcharacterizingthepropertiesof

tungstenandwithHöganäsABintheareaofPowderMetallurgy.

Christer Rosén, Ph.D.,haslong-standingindustrialexperiencein producing and handling powders while holding the position

oofR&DTechnicalDirectorattheSwedishspray-dryingcompany

KällbergsIndustriAB.HeisaSeniorIndustrialAdvisoratLundUni-

versity and was previously Assistant Lecturer at the Department of

Food Technology.

Marie Wahlgren, Professor, has worked in the field of

physicalchemicalcharacterisationofproteinssince1987atthe

Department of Food Technology at Lund University. At Ferring

ABasHeadofFormulationsheworkedwithoralandparenteral

delivery of pharmaceutical peptides. After her return to the

Universityin2000,thescopeofpowderdeliveryproblems

studied has been broadened.

LECTURERSDay 2Compactionandsintering.Particlesizeenlargement:granulation,

agglomeration, coating, encapsulation and tabletting. Fluid

interaction:singleparticles,fluidization.Heattransferinbeds

andbetweenfluidsandparticles.Speedlabexercises:10-minute

demos of powder behaviour.

Day 3Powderprocessing:milling,fractionation,mixing,segregation,

wettingandredispersion.Powderhandling:conveyingand

attrition. Dust emission – measurement and abaitment.

Day 4 (optional)Thetheoriesapplied:Presentationofresultsofhomeworkassig-

mentsfromthelectures.DemoofScanningElectronMicroscopy

andOpticalMicroscopy.Participantsarewelcometobringtheir

ownsamples.Presentationofpowdertechnologyresearchat

Lund University.

For course information please contact Mirka Fahlander at

LundUniversityCommissionedEducation,Ph.+46-46-2220777

[email protected]

For practical informationpleasecontactJoanneHurman,Ph.

[email protected]

For course content information please contact Christer Rosén,

[email protected]

Hallström,[email protected]

Anders Hallström, Associate Professor, runs his own consultancy companyAHProcessApSwithinpowder technology and thermal processes.HeholdsaM.Sc.andaPh.DinchemicalengineeringfromLund University and has more than 25yearsofindustrialexperiencewithin production and processing of powder products.

Tim Freeman is Managing Director of Freeman Technology Ltd specia-lising in providing systems for the me-asurement of powder flow properties. Tim has a degree in Mechatronics fromtheUniversityofSussexintheUK.Hehasextensiveexperienceinapplication and method development for rheometers and works closely with customers worldwide across the powder processing industries. He is a frequent contributor to industry con-ferences, instructs on training courses for powder processing and writes regularly for a variety of publications.

Tim Freeman

Anders Hallström