1

16th European Symposium on Comminution &

Classification

2 - 4 September 2019 Leeds, UK

EFCE

Event Number 761

2

Professor Mojtaba Ghadiri FREng, CEng, FIChemE

ESCC 2019 Organising Committee ChairSchool of Chemical and Process Engineering,University of Leeds, UK

Welcome to the 16th European Symposium on Comminutionand Classification, ESCC 2019

ESCC started over 55 years ago, held mainly in Germany with the past two Symposia held in Sweden and Turkey, and now for the very first time in UK. The Organisng Committee is very proud to have had the opportunity to organize this important conference, which is the European Federation of Chemical Engineering Event Number 761, and to welcome the worldwide community in this field to Leeds. We acknowledge and are grateful for sponsorship support from DEM Solutions, ESSS, Freeman Technology, Hosokawa Micron, IFPRI,MEI, Quadro, Retsch, Surface Measurement Systems, WAB and Ytron.

Milling is one of the oldest technologies developed by the early civilisations. Remnants of roller mills for cereal milling can be seen in the Roman archaeological sites of Pompeii and Herculaneum in southern Italy. Yet milling still poses great challenges, as it is not only the most energy intensive and inefficient particulate solids process but is also the least understood. The physics of damage and fracture is highly complex and dependent on material structure, properties and interactions with machine dynamics. From a process engineering view point, the interest is in energy utilisation and scale-up of various mill types, classification to desirable particle size distribution with little/no out of specification product, issues which have forever besetted the industry. The materials-related aspects of interest pose even greater challenges, such as (i) the smallest possible particle size, which can be produced by comminution for a number of applications, such as the highly sought-after ‘top-down’ approach to nano-particle manufacturing; (ii) the most desirable, yet challenging issue of being able to predict the size distribution of comminuted materials based on fracture pattern; (iii) the most appropriate methods of application of stresses for a given set of materials properties; (iv) solid state transformations and instabilities due to milling, etc. So there is plenty of opportunities for the next generation scientists and enginers to make impactful contributions.

We received around 80 extended abstracts which have been scheduled for two parallel oral presentation sessions and two evening poster sessions along with exhibitions by the symposium sponsors. ESCC 2019 symposium promises to be a highly informative and engaging forum in which leading-edge engineering science and technology of particle size reduction and classification are presented and discussed. There are three plenary and six keynote lectures from leaders in the field, outlining the recent progress in the field, relevant to chemical and allied, food, mineral and pharmaceutical industries. Based on the abstracts received, the symposium is structured in the following themes: fundamentals of size reduction, innovations in milling and classification, nanomilling, mechano-chemistry and solid state transformations, pharmaceuticals and foods, attrition and wear, and related modelling. The notable number of abstracts received on modelling made it possible to divide them in sub-themes: mechanistic, population balance, discrete element and coupling with computational fluid dynamics.

The extended abstracts are collated in a pdf file, which are uploaded onto a memory stick and handed out at the symposium venue, and also downloadable from the symposium website. We are devising plans to make them searchable and available for future reference via the University of Leeds website. Moreover Powder Technology Journal have agreed to publish a selection of the contributions in extended full manuscript.

Finally, I wish the participants a great time for technical exchanges, networking, renewing old and making new acquitances and having memorable visit to Leeds

DRAFT

Milling is one of the oldest technologies developed by early civilisations, yet so little is known on what happens to the particles when they break. I look forward to your contributions which will enlighten the participants of the latest development in the field.

Professor Mojtaba Ghadiri Conference Chair

Page 3

16th European Symposium on Comminution & Classification

The European Symposium on Comminution & Classification (ESCC) is organised on behalf of the Working Party of Comminution and Classification of European Federation of Chemical Engineering (EFCE) on 2-4 September 2019. The organising committee, chaired by Professor Mojtaba Ghadiri, invites you to this international forum and solicits abstracts of work to be presented at the conference.

Organising Committee

Chair: Professor Mojtaba Ghadiri

Members:

Mr Iain Crosley, Hosokawa Micron, UK

Dr Nathan Flood, FTSG, RSC

Dr Ali Hassanpour, University of Leeds, PTSIG

Dr Lian Liu, University of Surrey

Professor Arno Kwade, University of Braunschweig, WP Chair, EFCE

Dr Sadegh Nadimi, University of Leeds

Professor Raffaella Ocone Heriot-Watt University, PTSIG Chair, IChemE

Dr Mehrdad Pasha, University of Leeds

3

Sponsors

Gold Sponsors

Silver Sponsors

Bronze Sponsors

Reception Sponsor Presentation Prize Sponsor Media Partner

4

Tim

e

17:3

0 - 1

8:30

18:3

0 - 2

0:30

Tim

e

08:3

0 - 0

9:45

09:4

5 - 1

0:15

10:1

5 - 1

1:00

Roo

m: C

onfe

renc

e A

udito

rium

1R

oom

: Con

fere

nce

Aud

itoriu

m 2

Fund

amen

tals

of S

ize

Red

uctio

n (S

essi

on C

hair:

W. P

euke

rt &

M. Y

ahya

ei)

Mec

hani

stic

Mod

ellin

g of

Siz

e R

educ

tion

Proc

esse

s (S

essi

on C

hair:

M. P

owel

l & A

. Has

sanp

our)

11:0

5 - 1

1:25

ID85

– L

. Wan

g, U

nive

rsity

of S

heffi

eld

Dev

elop

men

t of a

sin

gle

parti

cle

impa

ct b

reak

age

mod

el in

corp

orat

ing

obliq

ue im

pact

ID32

- T.

Cam

pos,

Fed

eral

Uni

vers

ity o

f Rio

de

Jane

iroH

PG

R m

odel

ling

of ir

on o

re p

elle

t fee

d

11:2

5 - 1

1:45

ID12

– T

. Ola

dele

, Uni

vers

ity o

f Cap

e To

wn

Com

paris

on o

f the

impa

ct b

reak

age

of s

ynth

etic

rock

sam

ples

usi

ng s

hort

impa

ct lo

ad c

ell e

xper

imen

ts a

nd d

iscr

ete

elem

ent m

etho

ds

ID84

- A

. Cha

gas,

iPA

T Te

chni

cal U

nive

rsity

of B

raun

schw

eig

Mec

hani

stic

sim

ulat

ion

of d

ry g

rindi

ng p

roce

sses

11:4

5 - 1

2:05

ID63

- S.

Sei

foor

i, U

nive

rsity

of L

eeds

A N

ew Im

pact

Bre

akag

e A

sses

smen

t Too

l for

Aci

cula

r Par

ticle

sID

13 -

G. B

alla

ntyn

e, U

nive

rsity

of Q

ueen

slan

dA

sses

sing

com

min

utio

n en

ergy

effi

cien

cy w

ith th

e S

ize

Spe

cific

Ene

rgy

(SS

E)

appr

oach

12:0

5 - 1

2:25

ID23

- J.

Espe

r, U

nive

rsity

of E

rlang

en-N

urem

berg

Sin

gle

parti

cle

com

pres

sion

test

ing

of o

xide

mic

ropa

rticl

esID

25 -

H. K

alm

an, B

en-G

urio

n U

nive

rsity

of t

he N

egev

Sim

plifi

ed m

odel

for p

artic

le a

ttriti

on in

pne

umat

ic c

onve

ying

12:2

5 - 1

3:40

Roo

m: C

onfe

renc

e A

udito

rium

1

Sund

ay 1

st S

epte

mbe

r 201

9

Roo

m: T

he W

ooho

use

Suite

, Uni

vers

ity H

ouse

Arr

ival

and

Reg

istra

tion

Rec

eptio

n &

Hot

For

k B

uffe

t

Mon

day

2nd S

epte

mbe

r 201

9 (M

orni

ng S

essi

on)

Arr

ival

and

regi

stra

tion

and

Ref

resh

men

ts, T

he E

dge

Spo

rts H

all a

nd E

xhib

ition

Cen

tre

Con

fere

nce

Ope

ning

- P

rof.

Moj

taba

Gha

diri

& V

ice

Cha

ncel

lor

Plen

ary

sess

ion

I: M

illin

g w

ithin

Ene

rgy

Stor

age

Indu

stry

- A

. Kw

ade,

Tec

hnic

al U

nive

rsity

of B

raun

schw

eig,

Ger

man

y

Tim

e

Lunc

h B

reak

ESCC

Pro

gram

me

2019

5

Tim

e

13:4

5 - 1

4:15

Roo

m: C

onfe

renc

e A

udito

rium

1R

oom

: Con

fere

nce

Aud

itoriu

m 2

Fund

amen

tals

of S

ize

Red

uctio

n(S

essi

on C

hairs

: H. K

alm

an &

A. C

ham

ayou

)M

odel

ling

of S

ize

Red

uctio

n Pr

oces

ses

by P

BM

(Ses

sion

Cha

ir: E

. Bilg

ili &

R. C

arva

lho)

14:2

0 - 1

4:40

ID18

- P.

Loi

s-M

oral

es, T

he U

nive

rsity

of Q

ueen

slan

dFr

actu

re F

orce

var

iatio

n in

alte

red

rock

s as

soci

ated

with

qua

ntita

tive

geol

ogic

al c

hara

cter

isat

ion

ID15

- C

. Fra

nces

, Uni

vers

ity o

f Tou

lous

eC

urre

nt a

ppro

ache

s an

d fu

ture

pro

spec

ts fo

r com

min

utio

n pr

oces

s m

odel

ling

base

d on

pop

ulat

ion

bala

nce

equa

tion

14:4

0 - 1

5:00

ID22

- A

. Str

obel

, Ins

titut

e of

Par

ticle

Tec

hnol

ogy

(LFG

)A

sses

sing

the

Influ

ence

of V

isco

sity

on

Stre

ss E

nerg

y an

d S

tress

ing

Pro

babi

lity

in S

tirre

d M

edia

Mill

s us

ing

Par

ticle

Pro

bes

ID37

- S.

Bho

nsal

e, K

U L

euve

nO

n th

e id

entif

iabi

lity

of p

opul

atio

n ba

lanc

e m

odel

for a

ir je

t mill

s

15:0

0 - 1

5:20

ID10

- M

. Eis

enla

uer,

Tech

nisc

he H

ochs

chul

e G

eorg

Sim

on O

hmIn

fluen

ce o

f pro

cess

pro

perti

es o

n th

e co

mm

inut

ion

of li

gnoc

ellu

losi

c bi

omas

sID

33 -

B. O

lale

ye, U

nive

rsity

of S

urre

yP

opul

atio

n ba

lanc

e m

odel

ling

of ri

bbon

mill

ing

with

a n

ew m

ass-

base

d br

eaka

ge

func

tion

15:2

0 - 1

5:40

ID94

- M

. Mur

tagh

, Cor

ning

Inc.

Influ

ence

of M

echa

nica

l Pro

perti

es o

n M

illin

g of

Am

orph

ous

and

Cry

stal

line

Sili

ca-B

ased

Sol

ids

ID87

- J.

Y. O

oi, U

nive

rsity

of E

dinb

urgh

Pre

dict

ive

sim

ulat

ion

of im

pact

mill

ing

usin

g D

EM

-PB

M m

ultis

cale

mod

el

15:4

0 - 1

6:00

16:0

5 - 1

6:35

Roo

m: C

onfe

renc

e A

udito

rium

1R

oom

: Con

fere

nce

Aud

itoriu

m 2

Mec

hano

-Che

mis

try,

Bul

k an

d Su

rfac

e Tr

ansf

orm

atio

ns (S

essi

on C

hair:

T. S

vera

k &

G. B

alla

ntyn

e)M

odel

ling

of S

ize

Red

uctio

n Pr

oces

ses

by D

EM

(Ses

sion

Cha

ir: J

.Y. O

oi &

T. M

ütze

)

16:4

0 - 1

7:00

ID11

- P.

Bal

az, I

nstit

ute

of G

eote

chni

cs S

lova

k A

cade

my

of S

cien

ces

Ene

rgy

- rel

ated

mat

eria

ls :

Mec

hano

chem

ical

syn

thes

is v

ia m

illin

gID

75 -

P. C

lear

y, 1

CSI

RO

Dat

a61

Par

ticle

sca

le m

odel

ling

of w

et S

AG

and

bal

l mill

s

17:0

0 - 1

7:20

ID59

- L

. Gon

net,

Uni

vers

ity o

f Tou

lous

eIn

vest

igat

ion

on th

e ki

netic

of a

Die

ls-A

lder

reac

tion

carr

ied

out i

n a

vibr

ator

y ba

ll m

ill

ID28

- M

. Sou

sani

, D

EM S

olut

ions

Ltd

Cal

ibra

tion

and

sim

ulat

ion

of b

reak

age

by u

sing

DE

M

17:2

0 - 1

7:40

ID77

- T.

N. H

unte

r, U

nive

rsity

of L

eeds

Cha

ract

eris

atio

n an

d de

grad

atio

n of

pol

ypho

spha

te d

ispe

rsan

t int

erac

tions

w

ith a

lum

iniu

m-d

oped

tita

nia

nano

parti

cles

dur

ing

mill

ing

ID68

- R

. Car

valh

o, F

eder

al U

nive

rsity

of R

io d

e Ja

neiro

Num

eric

al s

imul

atio

n of

the

bond

grin

dabi

lity

test

usi

ng a

mec

hani

stic

bal

l mill

mod

el

ID95

- D

. Sse

bunn

ya, U

nive

rsity

of C

ape

Tow

nR

evie

w o

f DE

M/S

PH

/CFD

app

licat

ions

in s

tirre

d m

ills

and

a de

mon

stra

tion

of

parti

cle

and

fluid

flow

from

the

SM

D

17:4

0 - 2

0:30

17:4

0 - 2

0:30

Roo

m: C

onfe

renc

e A

udito

rium

1

Key

note

I: M

odel

ling

of m

illin

g pr

oces

s in

the

min

eral

s an

d ph

arm

aceu

tical

indu

stry

- L.

X. L

iu, U

nive

rsity

of S

urre

y, U

K(S

essi

on C

hair:

M. J

uhnk

e)

Ref

resh

men

tsR

oom

: Con

fere

nce

Aud

itoriu

m 1

Key

note

II :

Mill

ing

indu

ced

surf

ace

prop

erty

cha

nges

in c

ryst

allin

e ph

arm

aceu

tical

sol

ids

- Dr J

erry

Hen

g, Im

peria

l Col

lege

Lon

don,

UK

(S

essi

on C

hair:

C. F

ranc

es)

Mon

day

2nd S

epte

mbe

r 201

9 (A

ftern

oon

Sess

ion)

IFPR

I Rec

eptio

n, H

ot F

ork

Buf

fet

Even

ing

Post

er S

essi

on

6

Tim

e

9:00

- 9:

45

Roo

m: C

onfe

renc

e A

udito

rium

1R

oom

: Con

fere

nce

Aud

itoriu

m 2

Pha

rmac

eutic

als

and

Food

s(S

essi

on C

hair:

F. M

ülle

r & A

. Ing

ram

) C

lass

ifica

tion

(Ses

sion

Cha

irs: M

. Yah

yaei

& P

. Loe

sch)

09:5

0 - 1

0:10

ID16

- E.

Bilg

ili, N

ew J

erse

y In

stitu

te o

f Tec

hnol

ogy

A m

icro

hydr

odyn

amic

ana

lysi

s of

the

impa

ct o

f stir

rer s

peed

and

med

ia

load

ing

on b

reak

age

kine

tics

durin

g w

et m

edia

mill

ing

ID36

- D

. Kar

hoff,

Neu

man

& E

sser

Pro

cess

Tec

hnol

ogy

Gm

bHD

evel

opm

ent o

f a D

efle

ctor

Whe

el C

lass

ifier

for F

ine

Cla

ssifi

catio

n

10:1

0 - 1

0:30

ID47

- P.

Gro

hn, T

U K

aise

rsla

uter

nE

xper

imen

tal i

nves

tigat

ion

and

DE

M m

odel

ling

of th

e br

eaka

ge b

ehav

iour

of

bico

mpo

nent

agg

lom

erat

es

ID24

- P.

Loe

sch,

Tec

hnis

che

Uni

vers

ität K

aise

rsla

uter

nIn

vest

igat

ion

of th

e W

et C

lass

ifica

tion

of F

ine

Par

ticle

s U

sing

Cro

ssflo

w F

iltra

tion

10:3

0 - 1

0:50

ID92

- W

. Goh

, Uni

vers

ity o

f Lee

dsA

naly

sis

of p

in m

illin

g of

pha

rmac

eutic

al p

owde

rsID

64 -

L. T

avar

es, U

nive

rsid

ade

Fede

ral d

o R

io d

e Ja

neiro

Mod

ellin

g iro

n or

e de

slim

ing

in h

ydro

clon

es

10:5

0 - 1

1:10

ID45

- M

. B

uchm

ann,

TU

Ber

gaka

dem

ie F

reib

erg

Eva

luat

ion

of s

epar

atio

n an

d se

greg

atio

n in

dyn

amic

air

clas

sifie

rs

11:1

0 - 1

1:30

11:3

5 - 1

2:05

Roo

m: C

onfe

renc

e A

udito

rium

1R

oom

: Con

fere

nce

Aud

itoriu

m 2

Inno

vatio

n in

Mill

ing

(Cha

ir: J

. Fai

tli, B

. McC

omis

h)N

anom

illin

g (S

essi

on C

hair:

P. B

alaz

, A. B

oris

sova

)

12:1

0 - 1

2:30

ID66

- M

. Eve

rtss

on, C

halm

ers

Uni

vers

ity o

f Tec

hnol

ogy

Ver

satil

e cr

ushe

r con

trol a

nd c

loud

com

putin

g pr

oces

s m

onito

ring

ID35

- M

. Juh

nke,

Nov

artis

Pha

rma

AG

In-/o

nlin

e pa

rticl

e si

zing

dur

ing

wet

med

ia m

illin

g of

col

loid

al d

rug

susp

ensi

ons

12:3

0 - 1

2:50

ID46

- T.

Müt

ze, T

U B

erga

kade

mie

O

ptim

izat

ion

of d

olom

ite p

roce

ssin

g fo

r sha

ft ki

lns

ID41

- M

Nös

ke, T

echn

ical

Uni

vers

ity o

f Bra

unsc

hwei

gIm

pact

of S

tress

Con

ditio

ns o

n W

et G

rindi

ng o

f Mat

eria

l Mix

ture

s w

ithin

a S

tirre

d M

edia

Mill

12:5

0 - 1

3:10

ID74

- P.

Prz

iwar

a, T

echn

ical

Uni

vers

ity o

f Bra

unsc

hwei

g E

valu

atio

n of

the

mic

ro a

nd m

acro

pro

cess

es in

dry

ope

rate

d st

irred

med

ia

mill

s

ID53

- C

. Pep

pers

ack,

Tec

hnic

al U

nive

rsity

of B

raun

schw

eig

Cha

rge-

base

d ag

glom

erat

ion

of s

ubm

icro

n pa

rticl

es w

ith p

oten

tial f

or s

elec

tive

sepa

ratio

n in

grin

ding

pro

cess

es

13:1

0 - 1

4:10

Tues

day

3rd S

epte

mbe

r 201

9 (M

orni

ng S

essi

on)

Roo

m: C

onfe

renc

e A

udito

rium

1

Plen

ary

sess

ion

II: S

ize

redu

ctio

n of

act

ive

phar

mac

eutic

al in

gred

ient

s –

Ove

rvie

w, c

halle

nges

and

adv

ance

men

ts -

M. J

uhnk

e, N

ovar

tis P

harm

a A

G,

Switz

erla

nd

(Ses

sion

Cha

ir: J

. Hen

g)

Ref

resh

men

ts

Roo

m: C

onfe

renc

e A

udito

rium

1

Key

note

III:

Mill

ing

at th

e N

anos

cale

, W. P

euke

rt, U

nive

rsity

of E

rlang

en-N

uren

berg

, Ger

man

y (S

essi

on C

hair:

A. K

wad

e)

Lunc

h B

reak

7

Tim

e

14:1

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m: C

onfe

renc

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udito

rium

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oom

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fere

nce

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itoriu

m 2

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arat

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and

Cla

ssifi

catio

n (S

essi

on C

hairs

: L.X

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& M

. Saf

ari)

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vatio

ns in

Mill

ing

and

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ssifi

catio

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essi

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hair:

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rosl

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verts

son

)

14:5

0 - 1

5:10

ID80

- J

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daue

r, Te

chni

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nive

rsity

of M

unic

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ors

influ

enci

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lect

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epar

atio

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fine

org

anic

pow

ders

ID62

- M

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yaei

, Uni

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and

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st to

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ntify

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size

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rega

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15:1

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5:30

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- M

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nive

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isko

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ap ro

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ear

15:3

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5:50

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raun

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vest

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phot

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prox

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in R

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15:5

0 - 1

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flow

of c

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arbo

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in s

tirre

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edia

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34 -

M. G

iers

emeh

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& E

SSER

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mbH

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8:00

19:0

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Ref

resh

men

ts

Tues

day

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epte

mbe

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ftern

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urre

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ssifi

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ande

r, H

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aft,

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man

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essi

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ainz

a)

Roo

m: C

onfe

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1

Post

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xhib

ition

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fere

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se

Roo

m: C

onfe

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udito

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1

Key

note

IV: A

dapt

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a br

eaka

ge m

odel

to d

iscr

ete

elem

ents

usi

ng p

olyh

edra

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ticle

s an

d ap

plyi

ng to

indu

stria

l com

min

utio

n - L

.M. T

avar

es, F

eder

al

Uni

vers

ity o

f Rio

de

Jane

iro, B

razi

l (S

essi

on C

hair:

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lear

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8

Tim

e

9:00

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45

Roo

m: C

onfe

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udito

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1R

oom

: Con

fere

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Aud

itoriu

m 2

Inno

vatio

ns in

mill

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and

clas

sific

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n(S

essi

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hairs

: M. M

urta

gh &

M. P

asha

) C

FD-D

EM M

odel

ling

of M

illin

g an

d C

lass

ifica

tion

(Ses

sion

Cha

ir: A

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sanp

our &

M. S

ousa

ni)

09:5

0 - 1

0:10

ID29

- J.

Fai

tli, U

nive

rsity

of M

isko

lcA

pplic

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new

ly d

evel

oped

ham

mer

shr

edde

rs fo

r use

d oi

l filt

ers

and

resi

dual

mun

icip

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olid

was

tes

prep

arat

ion

ID81

- C

. H

are,

Uni

vers

ity o

f Sur

rey

DE

M M

odel

ling

of R

ibbo

n M

illin

g - a

Com

paris

on o

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ellin

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ppro

ache

s

10:1

0 - 1

0:30

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zers

torf

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nive

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of A

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ienc

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pper

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tria

Cla

ssifi

catio

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dust

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resi

dues

ID43

- L.

Sco

tt, U

nive

rsity

of L

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CFD

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M M

odel

ling

of S

pira

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Mill

ing

10:3

0 - 1

0:50

ID57

- D

. Ste

rling

, Tec

hnic

al U

nive

rsity

Bra

unsc

hwei

gE

xper

imen

tal d

eter

min

atio

n of

the

disc

wea

r beh

avio

ur o

f a M

4 Is

aMill

TM in

de

pend

ence

on

the

axia

l grin

ding

med

ia d

istri

butio

n

ID89

- F.

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chin

i, U

nive

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of L

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Par

ticle

attr

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in a

(circ

ulat

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flui

dise

d be

d

10:5

0 - 1

1:10

11:1

5 - 1

1:45

Roo

m: C

onfe

renc

e A

udito

rium

1R

oom

: Con

fere

nce

Aud

itoriu

m 2

Inno

vatio

ns in

mill

ing

and

clas

sific

atio

n(S

essi

on C

hairs

: C.L

. Har

e &

S. N

adim

i) In

nova

tions

in m

illin

g an

d cl

assi

ficat

ion

(Ses

sion

Cha

irs: )

11:5

0 - 1

2:10

ID49

- A

. Böt

tche

r, Te

chni

cal U

nive

rsity

of B

raun

schw

eig

Fine

par

ticle

bre

akag

e te

stin

g w

ith a

two-

roll

mill

ID78

- H

. Nya

kunu

hwa,

Uni

vers

ity o

f Cap

e To

wn

Effe

ct o

f VR

M o

n a

poly

met

allic

sul

fide

ore

and

the

flota

tion

resp

onse

as

com

pare

d to

con

vent

iona

l wet

and

dry

rod

mill

ing

12:1

0 - 1

2:30

ID83

- K

. van

der

Wie

len,

Grin

ding

Sol

utio

nsS

imul

atio

n of

the

Influ

ence

of D

iffer

ent M

odes

of S

elec

tive

Libe

ratio

n on

M

etal

lurg

ical

Per

form

ance

ID79

- M

. Moy

s, U

nive

rsity

of t

he W

itwat

ersr

and

The

deve

lopm

ent o

f a ro

tary

offs

et c

rush

er

12:3

0 - 1

2:50

ID93

- M

. Saf

ari,

Uni

vers

ity o

f Cap

e To

wn

Inve

stig

atin

g th

e E

ffect

of P

artic

le C

hara

cter

istic

s on

Iron

Ore

Sep

arat

ion

usin

g X

-ray

Mic

ro T

omog

raph

y

ID73

- N

. Man

gado

ddy,

Indi

an In

stitu

te o

f Tec

hnol

ogy

Hyd

erab

adS

tudy

on

the

parti

cle

inte

ract

ion

in a

hyd

rocy

clon

e cl

assi

fier w

ith m

ultic

ompo

nent

fe

ed b

lend

12:5

0 - 1

3:40

13:4

0 - 1

4:00

Wed

nesd

ay 4

th S

epte

mbe

r 201

9 (M

orni

ng S

essi

on)

Roo

m: C

onfe

renc

e A

udito

rium

1

Plen

ary

sess

ion

III: D

evel

opm

ents

in S

ize

Red

uctio

n in

Min

eral

Indu

stry

- M

. Pow

ell,

The

Uni

vers

ity o

f Que

ensl

and,

Aus

tral

ia(S

essi

on C

hair:

L.M

. Tav

ares

)

Ref

resh

men

ts

Clo

sing

Cer

mon

y

Roo

m: C

onfe

renc

e A

udito

rium

1K

eyno

te V

I: In

tegr

atin

g cl

assi

ficat

ion

in c

ircui

t dur

ing

desi

gn a

nd e

quip

men

t sel

ectio

n –a

n im

port

ant a

spec

t in

deve

lopi

ng ro

bust

com

min

utio

n ci

rcui

t -

A. M

ainz

a(S

essi

on C

hair:

H. K

alm

an)

Lunc

h B

reak

Roo

m: C

onfe

renc

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udito

rium

1

9

IDTi

tle

Pre

sent

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Aut

hor

Org

anis

atio

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ID1

9Fr

agm

ents

spa

wni

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nd g

row

th a

s pa

rt o

f a

new

pa

ralle

lized

coa

rse

grai

n D

EM p

artic

le b

reak

age

mod

elS

tefa

nie

Buß

man

nM

echa

nica

l Pro

cess

Eng

inee

ring

and

Sol

ids

Pro

cess

ing

(MVT

A),

Te

chni

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Uni

vers

ität

Ber

lin, B

erlin

, G

erm

any

ID4

3An

alys

is o

f pa

rtic

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ynam

ics

due

to t

he in

fluen

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f ho

ld-u

p in

a s

pira

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mill

usi

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FD-D

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wis

Sco

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nive

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Lee

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ID4

8Th

e in

fluen

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dist

ribut

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on

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pact

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com

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indi

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omas

Müt

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Ber

gaka

dem

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reib

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ID5

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perim

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erm

inat

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of t

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isc

wea

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havi

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of a

M4

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illTM

in d

epen

denc

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the

axi

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rindi

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med

ia d

istr

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Dav

id S

terl

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Tech

nica

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vers

ity

Bra

unsc

hwei

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Inst

itut

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r P

arti

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Tech

nolo

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ID6

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pact

Bre

akag

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Say

foor

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nive

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Lee

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ID7

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illin

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para

met

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of c

orun

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in a

wat

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ediu

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mas

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Brn

o U

nive

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Tec

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ID7

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ocks

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Nov

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Ins

titu

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ophy

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ID9

1In

vest

igat

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of P

hase

Tra

nsfo

rmat

ions

of

Om

epra

zole

M

agne

sium

dur

ing

Mill

ing

Han

ane

Abo

uhak

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nive

rsit

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Lee

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ID9

2An

alys

is o

f Pi

n M

illin

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Pha

rmac

eutic

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ater

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by

Dis

cret

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emen

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etho

dW

ei P

in G

ohU

nive

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Lee

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ID9

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reen

Effi

cien

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alcu

lato

r: O

nlin

e to

ol f

or

calc

ulat

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and

optim

izin

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rity

and

yiel

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lent

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Web

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mbH

Post

er L

ist

10

Organising Committee

International Technical Comittee

Dr Tim Addison, Centre for Process Innovation

Professor Sergiy Antonyuk, Technical University of Kaiserslautern

Professor Peter Baláž, Slovak Academy of Science

Professor Hakan Benzer, Hacettepe University

Professor Ecevit Bilgili, New Jersey Institute of Technology

Professor Alain Chamayou, École des mines d'Albi-Carmaux

Professor Magnus Evertsson, Chalmers University of Technology

Professor Jozsef Faitli, University of Miskolc

Professor Christine Frances, INP-ENSIACET

Dr Colin Hare, University of Surrey

Dr Willie Hendrickson, AVEKA & International Fine Particle Research Institute

Dr Jerry Heng, Imperial College London

Dr Michael Juhnke, Novartis Pharma AG

Professor Haim Kalman, Ben Gurion University of the Negev

Professor Junya Kano, University of Tohoku

Professor Arno Kwade, Technical University of Braunschweig

Professor Aubrey Mainza, University of Cape Town

Professor Vadim Mizonov, Ivanovo State Power Engineering University

Dr Martin Murtagh, Corning

Dr Frank Müller, BASF SE

Professor Jin Ooi, University of Edinburgh

Dr Massih Pasha, The Chemours Company

Professor Wolfgang Peukert, University of Erlangen

Professor Malcolm Powell, University of Queensland

Professor Pavol Rajniak, Slovak Technical University & Process Systems Enterprise

Professor Agba Salman, University of Sheffield

Professor Tomáš Sverák, Brno University of Technology

Professor Luis Marcelo Tavares, Federal University of Rio de Janeiro

Professor Cino Viggiani, University of Grenoble

Professor Yanmin Wang, South China University of Technology

Professor Satoru Watano, Osaka Prefecture University Professor Karl-Ernst Wirth, University of Erlangen

Dr Mohsen Yahyaei, University of Queensland

Dr Mehdi Safari,University of Cape Town

ˇ

Professor Mojtaba Ghadiri, University of Leeds, Conference Chair

Mr Iain Crosley, Hosokawa Micron, UK

Dr Ali Hassanpour, University of Leeds, PTSIG

Dr Lian Liu, University of Surrey

Professor Arno Kwade, University of Braunschweig, WP Chair, EFCE

Dr Sadegh Nadimi Shahraki, University of Newcastle

Professor Raffaella Ocone, Heriot-Watt University, PTSIG Chair, IChemE

Dr Mehrdad Pasha, University of Leeds

11

Plenary Speakers

ConferenceTopics

Theorganisersencouragesubmissionofabstractsonalltopicsrelatedtosizereductionandclassificationofparticulatesolidsunderbothdryandwetconditions.Theabstractswillbeassessedbytheinternationaltechnicalcommitteeandallocatedtorelevantsessions.Thefollowingtopicsaresuggestedasaide-memoire,ratherthantheexpectedfulllisttobecoveredinESCC2019.

- Sizereductionandclassificationrelatedtoenergytechnologies,pharmaceuticals,foods,minerals,andchemicals.- Mechanochemically,bulkandsurfacetransformations- Modellingacrosslengthscales- Wear,erosion,andcontamination- Innovationsinmillingandclassificationprocessandequipment- Nanomilling- Enablingtechnologies- Fundamentalsoffracture

PlenarySpeakersProf.ArnoKwade

Prof. Kwade is the Head of the Institute for Particle Technology of the Technical University ofBrunswick.Hisresearchactivitiesareonproduction,tailoring,formulationofnanoandmicrosizedparticlesandtheiruseforthedesignofstructuredproductslikebatteryelectrodes,pharmaceuticalactive ingredients and nano-composites. He is the Chairman of the EFCE Working Party onComminutionandClassificationandhasextensivecollaborationsworldwide.

Prof. Arno KwadeProf. Kwade is the Head of the Institute for Particle Technology of the Technical University of Brunswick. His research activities are on production, tailoring, formulation of nano and micro sized particles and their use for the design of structured products like battery electrodes, pharmaceutical active ingredients and nano-composites. He is the Chairman of the EFCE Working Party on Comminution and Classification and has extensive collaborations worldwide.

DrMichaelJuhnke

DrJuhnkeisprocessengineergraduatedin1997fromCologneUniversityofAppliedSciences(BSc)and 2000 from Clausthal University of Technology (MSc). He continued with a PhD in particletechnologyandgraduatedin2006fromClausthalUniversityofTechnology.HethenjoinedNovartisPharmaAG,Basel,Switzerland,intheTechnicalR&Ddepartment.HeiscurrentlySeniorFellowandresponsible for the process development of engineered drug particles for oral, parenteral andrespiratoryapplicationsfrompre-clinicaltoproductionscale.

Prof.MalcolmPowell

From a physics background, Prof. Powell worked at Mintek, then established the comminutionresearchandconsultinggroupsattheUniversityofCapeTown.HetookuptheChairinsustainablecomminutionintheUniversityofQueenslandin2007.HehasfoundedtheAngloAmericanCentreforSustainableComminutionandformedtheGlobalComminutionCollaborative(GCC)ofsixUniversityworld-leadinggroupsprovidingacomprehensiveworldwideprocessoptimisationteam.

He aims to link fundamental research into applied outputs through the development ofmechanisticallycorrectbutpracticalandrobustprocessmodels.Interestscoverlinerdesign,SAGmillmodellingandcontrol,theunifiedcomminutionmodel(UCM),orecharacterisation,flexiblecircuitsandapplicationofnovelprocessestoreducingtheenvironmentalimpactofmining.

Prof. Malcolm PowellFrom a physics background, Prof. Powell worked at Mintek, then established the comminution research and consulting groups at the University of Cape Town. He took up the Chair in sustainable comminution in the University of Queensland in 2007. He has founded the Anglo American Centre for Sustainable Comminution and formed the Global Comminution Collaborative (GCC) of six University world-leading groups providing a comprehensive worldwide process optimisation team. He aims to link fundamental research into applied outputs through the development of mechanistically correct but practical and robust process models. Interests cover liner design, SAG mill modelling and control, the unified comminution model (UCM), ore characterisation, flexible circuits and application of novel processes to reducing the environmental impact of mining.

DrMichaelJuhnke

DrJuhnkeisprocessengineergraduatedin1997fromCologneUniversityofAppliedSciences(BSc)and 2000 from Clausthal University of Technology (MSc). He continued with a PhD in particletechnologyandgraduatedin2006fromClausthalUniversityofTechnology.HethenjoinedNovartisPharmaAG,Basel,Switzerland,intheTechnicalR&Ddepartment.HeiscurrentlySeniorFellowandresponsible for the process development of engineered drug particles for oral, parenteral andrespiratoryapplicationsfrompre-clinicaltoproductionscale.

Prof.MalcolmPowell

From a physics background, Prof. Powell worked at Mintek, then established the comminutionresearchandconsultinggroupsattheUniversityofCapeTown.HetookuptheChairinsustainablecomminutionintheUniversityofQueenslandin2007.HehasfoundedtheAngloAmericanCentreforSustainableComminutionandformedtheGlobalComminutionCollaborative(GCC)ofsixUniversityworld-leadinggroupsprovidingacomprehensiveworldwideprocessoptimisationteam.

He aims to link fundamental research into applied outputs through the development ofmechanisticallycorrectbutpracticalandrobustprocessmodels.Interestscoverlinerdesign,SAGmillmodellingandcontrol,theunifiedcomminutionmodel(UCM),orecharacterisation,flexiblecircuitsandapplicationofnovelprocessestoreducingtheenvironmentalimpactofmining.

Dr Michael JuhnkeDr Juhnke is process engineer graduated in 1997 from Cologne University of Applied Sciences (BSc) and 2000 from Clausthal University of Technology (MSc). He continued with a PhD in particle technology and graduated in 2006 from Clausthal University of Technology. He then joined Novartis Pharma AG, Basel, Switzerland, in the Technical R&D department. He is currently Senior Fellow and responsible for the process development of engineered drug particles for oral, parenteral and respiratory applications from pre-clinical to production scale.

12

Keynote Speakers

KeynoteSpeakersProf.AubreyMainza

Prof.MainzaistheHeadofDepartmentofChemicalEngineering,UniversityofCapeTown(UCT).HegraduatedfromUCTwithaPhDin2006.Hehas18yearsofcollectiveexperienceinacademia,researchandindustry.HeistheDeputyDirectorandHeadofComminutionandClassificationResearchintheCentreforMineralsResearch,whichisalargemulti-disciplinaryresearchcentre.Hisresearchareasinclude comminution and classification and uses Discrete Element Method (DEM), ComputationalFluidDynamics(CFD),andPositronEmissionParticleTracking(PEPT)astoolsinhismodellingmethods.Hehasparticipatedinmanylocalandinternationalresearchprojectsandhasworkedonnumerouscomminutioncircuitdesignandoptimisationprojects.DrLianLiu

DrLiujoinedtheUniversityofSurreyinMay2016astheresearchcentremanagerattheDepartmentofChemicalandProcessEngineering.DrLiuobtainedherPhDfromtheUniversityofQueenslandinAustraliain1991andworkedinCarrierTransicoldinSingaporeforthreeyearsafterherPhD.Shethenmoved back to the University of Queensland and spent most of her academic career in the sameUniversitybeforemovingtotheUniversityofSurrey.

Dr Liu's research expertise is in particle technology, ranging from comminution (particle breakageprocess)togranulationprocess(particlesizeenlargementprocess)aswellasbulkpowderflowandcompaction. She has worked with a wide range of industries such as minerals, agricultural andpharmaceuticalindustries.

Prof. Aubrey MainzaProf. Mainza is the Head of Department of Chemical Engineering, University of Cape Town (UCT). He graduated from UCT with a PhD in 2006. He has 18 years of collective experience in academia, research and industry. He is the Deputy Director and Head of Comminution and Classification Research in the Centre for Minerals Research, which is a large multi-disciplinary research centre. His research areas include comminution and classification and uses Discrete Element Method (DEM), Computational Fluid Dynamics (CFD), and Positron Emission Particle Tracking (PEPT) as tools in his modelling methods. He has participated in many local and international research projects and has worked on numerous comminution circuit design and optimisation projects.

KeynoteSpeakersProf.AubreyMainza

Prof.MainzaistheHeadofDepartmentofChemicalEngineering,UniversityofCapeTown(UCT).HegraduatedfromUCTwithaPhDin2006.Hehas18yearsofcollectiveexperienceinacademia,researchandindustry.HeistheDeputyDirectorandHeadofComminutionandClassificationResearchintheCentreforMineralsResearch,whichisalargemulti-disciplinaryresearchcentre.Hisresearchareasinclude comminution and classification and uses Discrete Element Method (DEM), ComputationalFluidDynamics(CFD),andPositronEmissionParticleTracking(PEPT)astoolsinhismodellingmethods.Hehasparticipatedinmanylocalandinternationalresearchprojectsandhasworkedonnumerouscomminutioncircuitdesignandoptimisationprojects.DrLianLiu

DrLiujoinedtheUniversityofSurreyinMay2016astheresearchcentremanagerattheDepartmentofChemicalandProcessEngineering.DrLiuobtainedherPhDfromtheUniversityofQueenslandinAustraliain1991andworkedinCarrierTransicoldinSingaporeforthreeyearsafterherPhD.Shethenmoved back to the University of Queensland and spent most of her academic career in the sameUniversitybeforemovingtotheUniversityofSurrey.

Dr Liu's research expertise is in particle technology, ranging from comminution (particle breakageprocess)togranulationprocess(particlesizeenlargementprocess)aswellasbulkpowderflowandcompaction. She has worked with a wide range of industries such as minerals, agricultural andpharmaceuticalindustries.

Dr Lian Liu

Dr Liu joined the University of Surrey in May 2016 as the research centre manager at the Department of Chemical and Process Engineering. Dr Liu obtained her PhD from the University of Queensland in Australia in 1991 and worked in Carrier Transicold in Singapore for three years after her PhD. She then moved back to the University of Queensland and spent most of her academic career in the same University before moving to the University of Surrey. Dr Liu’s research expertise is in particle technology, ranging from comminution (particle breakage process) to granulation process (particle size enlargement process) as well as bulk powder flow and compaction. She has worked with a wide range of industries such as minerals, agricultural and pharmaceutical industries.

Dr.-Ing.SteffenSander

SteffenSanderstudiedprocessengineering/mineralprocessingattheFreibergUniversityofMiningandTechnology.HecontinuedtodoresearchonthecomminutionofmetalsandreceivedhisDr.-Ing.in2002.

After10yearsindifferentR&Drelatedfunctionsinthepaperindustry,duringwhichhismainfocuswasonpapermakingandpapercoatingtechnology,hejoinedHOSOKAWAALPINEAktiengesellschaftinFebruary2012.HeiscurrentlyHeadofR&DofthePowderandParticleProcessingbusinesssegmentofHOSOKAWAALPINEAktiengesellschaftwithastrongfocusonsizereductionandclassificationforallkindofapplications.

Prof.WolfgangPeukert

TheresearchinterestsofWolfgangPeukertfocusonkeyaspectsofparticlescienceandtechnologywith special emphasis on formulation of functional particle systems. He is seeking for unifyingprinciples in the design of particulate products in combination with modelling and optimizationstrategies.Heusesmethodsfrominterfacescienceandengineeringfortailoringparticleinteractions,colloidalstabilizationandultimatelyparticleproperties.Hisactivitiesincludecomprehensiveparticlecharacterization for size, shape, surface and functional properties. Recent progress in micro- andnanomechanical particle characterization coupled to size reduction at the nanoscale opens newpathwaysforscalableproductionof2Dmaterialssuchasgraphene,particleshapecontrolinmillsandthe formulation of pharmaceuticals,. He likes to work in interdisciplinary teams, his motto is:Innovationoccursattheinterfaces.

Dr.-Ing. Steffen SanderSteffen Sander studied process engineering/mineral processing at the Freiberg Uni-versity of Mining and Technology. He continued to do research on the comminution of metals and received his Dr.-Ing. in 2002. After 10 years in different R&D related functions in the paper industry, during which his main focus was on paper making and paper coating technology, he joined HOSOKAWA ALPINE Aktiengesellschaft in February 2012. He is currently Head of R&D of the Powder and Particle Processing business segment of HOSOKAWA ALPINE Aktiengesellschaft with a strong focus on size reduction and classification for all kind of applications.

13

Dr.-Ing.SteffenSander

SteffenSanderstudiedprocessengineering/mineralprocessingattheFreibergUniversityofMiningandTechnology.HecontinuedtodoresearchonthecomminutionofmetalsandreceivedhisDr.-Ing.in2002.

After10yearsindifferentR&Drelatedfunctionsinthepaperindustry,duringwhichhismainfocuswasonpapermakingandpapercoatingtechnology,hejoinedHOSOKAWAALPINEAktiengesellschaftinFebruary2012.HeiscurrentlyHeadofR&DofthePowderandParticleProcessingbusinesssegmentofHOSOKAWAALPINEAktiengesellschaftwithastrongfocusonsizereductionandclassificationforallkindofapplications.

Prof.WolfgangPeukert

TheresearchinterestsofWolfgangPeukertfocusonkeyaspectsofparticlescienceandtechnologywith special emphasis on formulation of functional particle systems. He is seeking for unifyingprinciples in the design of particulate products in combination with modelling and optimizationstrategies.Heusesmethodsfrominterfacescienceandengineeringfortailoringparticleinteractions,colloidalstabilizationandultimatelyparticleproperties.Hisactivitiesincludecomprehensiveparticlecharacterization for size, shape, surface and functional properties. Recent progress in micro- andnanomechanical particle characterization coupled to size reduction at the nanoscale opens newpathwaysforscalableproductionof2Dmaterialssuchasgraphene,particleshapecontrolinmillsandthe formulation of pharmaceuticals,. He likes to work in interdisciplinary teams, his motto is:Innovationoccursattheinterfaces.

Prof.MarceloLuisTavares

Prof. Tavares holds a bachelor's degree in mining engineering from the Federal University of RioGrandedoSul(1988),aMaster´sdegreeinMining,MetallurgicalandMaterialsEngineeringfromtheFederal University of Rio Grande do Sul (1991) and a PhD in Metallurgical Engineering from theUniversityofUtah(1997).HeisProfessoroftheFederalUniversityofRiodeJaneiroandHeadoftheLaboratoryofMineralTechnologyoftheGraduateSchoolofEngineering(COPPE).Hehasexperiencein Mining, Metallurgical and Materials Engineering, with emphasis on Mineral Processing, workingmainlyinthetopicsofmodellingandsimulationofcomminutionandmineralconcentrationprocessesand fundamentals of particle breakage. He is a founding member of the Global ComminutionCollaborative, has been a member of the editorial board of several scientific journals, includingInternationalJournalofMineralProcessing,Minerals,HeliyonandKONAPowderandParticle.Hehaspresented invited keynote lectures in twelve countries and has been the principal investigators inmorethan100projects.DrJerryHeng

Dr Heng is Reader in Particle Technology, Department of Chemical Engineering, Imperial CollegeLondonandcurrentlyanEPSRCManufacturingtheFutureFellow.HereceivedhisPhDfromImperialCollege(2006)andhisBEngfromUniversitiTeknologiMalaysia(2002).Hisresearchinterestsareindeveloping approaches to control nucleation and crystallisation of small molecule organic organicsolids(polymorphism),studyingtheroleofsurfacepropertiesinprocessabilityandmanufacturabilityof powders, including the effect of processing on powder properties, and developing methods toexperimentally measure powder surface energy heterogeneity and models to determine surfaceenergydistributions.

Prof.MarceloLuisTavares

Prof. Tavares holds a bachelor's degree in mining engineering from the Federal University of RioGrandedoSul(1988),aMaster´sdegreeinMining,MetallurgicalandMaterialsEngineeringfromtheFederal University of Rio Grande do Sul (1991) and a PhD in Metallurgical Engineering from theUniversityofUtah(1997).HeisProfessoroftheFederalUniversityofRiodeJaneiroandHeadoftheLaboratoryofMineralTechnologyoftheGraduateSchoolofEngineering(COPPE).Hehasexperiencein Mining, Metallurgical and Materials Engineering, with emphasis on Mineral Processing, workingmainlyinthetopicsofmodellingandsimulationofcomminutionandmineralconcentrationprocessesand fundamentals of particle breakage. He is a founding member of the Global ComminutionCollaborative, has been a member of the editorial board of several scientific journals, includingInternationalJournalofMineralProcessing,Minerals,HeliyonandKONAPowderandParticle.Hehaspresented invited keynote lectures in twelve countries and has been the principal investigators inmorethan100projects.DrJerryHeng

Dr Heng is Reader in Particle Technology, Department of Chemical Engineering, Imperial CollegeLondonandcurrentlyanEPSRCManufacturingtheFutureFellow.HereceivedhisPhDfromImperialCollege(2006)andhisBEngfromUniversitiTeknologiMalaysia(2002).Hisresearchinterestsareindeveloping approaches to control nucleation and crystallisation of small molecule organic organicsolids(polymorphism),studyingtheroleofsurfacepropertiesinprocessabilityandmanufacturabilityof powders, including the effect of processing on powder properties, and developing methods toexperimentally measure powder surface energy heterogeneity and models to determine surfaceenergydistributions.

Prof. Wolfgang PeukertThe research interests of Wolfgang Peukert focus on key aspects of particle science and technology with special emphasis on formulation of functional particle systems. He is seeking for unifying principles in the design of particulate products in combination with modelling and optimization strategies. He uses methods from interface science and engineering for tailoring particle interactions, colloidal stabilization and ultimately particle properties. His activities include comprehensive particle characterization for size, shape, surface and functional properties. Recent progress in micro- and nanomechanical particle characterization coupled to size reduction at the nanoscale opens new pathways for scalable production of 2D materials such as graphene, particle shape control in mills and the formulation of pharmaceuticals,. He likes to work in interdisciplinary teams, his motto is: Innovation occurs at the interfaces.

Prof. Marcelo Luis Tavares

Prof. Tavares holds a bachelor’s degree in mining engineering from the Federal University of Rio Grande do Sul (1988), a Master s degree in Mining, Metallurgical and Materials Engineering from the Federal University of Rio Grande do Sul (1991) and a PhD in Metallurgical Engineering from the University of Utah (1997). He is Professor of the Federal University of Rio de Janeiro and Head of the Laboratory of Mineral Technology of the Graduate School of Engineering (COPPE). He has experience in Mining, Metallurgical and Materials Engineering, with emphasis on Mineral Processing, working mainly in the topics of modelling and simulation of comminution and mineral concentration processes and fundamentals of particle breakage. He is a founding member of the Global Comminution Collaborative, has been a member of the editorial board of several scientific journals, including International Journal of Mineral Processing, Minerals, Heliyon and KONA Powder and Particle. He has presented invited keynote lectures in twelve countries and has been the principal investigators in more than 100 projects.

Dr Jerry Heng

Dr Heng is Reader in Particle Technology, Department of Chemical Engineering, Imperial College London and currently an EPSRC Manufacturing the Future Fellow. He received his PhD from Imperial College (2006) and his BEng from Universiti Teknologi Malaysia (2002). His research interests are in developing approaches to control nucleation and crystallisation of small molecule organic organic solids (polymorphism), studying the role of surface properties in processability and manufacturability of powders, including the effect of processing on powder properties, and developing methods to experimentally measure powder surface energy heterogeneity and models to determine surface energy distributions.

14

Social Programme

York Minster

The social programme begins with a tour of York on Sunday 1 September.

Coach transport will be provided departing at 10am from Parkinson Building.The tour will visit the historic attractions of the City including The Minster and the Shambles.

Following the tour, there will be a welcome reception on the Sunday evening in University House.

The evening of Monday 2nd September will feature a poster session followed by a reception and buffet, sponsored by IFPRI.

This will be a wonderful opportunity to meet with other attendees, socialise and enjoy our hospitality. All are invited to attend.

The Conference Dinner will be held in The Woodhouse Suite, University House.

Dinner is followed by an after-dinner talk from Jonathan Seville, our guest speaker.

Attendance at this event must be booked alongside your registration.

University House

15

EntranceRegistration

Route toSessionRooms

Catering

Exhibition Floor PlanThe Edge Exhibition Hall

Exhibitors

1 Hosokawa Micron2 ESSS Rocky DEM3 Ntezsch4 IFPRI (Aveka)

5 Freemantech6 Surface Measurement Systems7 Ytron-Quadro (UK) Ltd 8 EDEM Simulation

9 WAB Group10 Rhewum11 MEI12 Retsch

Business Lounge

16

Notes

17

Notes

18

Notes

19

Notes

20

The International Fine Particle Research Institute, IFPRI), is a unique global network of companies, active in almost all industrial areas, and academics with active research programs in particle science and technology. IFPRI is a non-profit organization.

IFPRI’s membership represents some of the world’s largest manufacturing industries: bulk and specialty chemicals, pharmaceuticals, minerals, constructions, coatings, detergents and foods. The industry members work alongside some of the finest academic researchers in the world in particle science and technology, and other allied areas.

Mission:

Visit Our Booth!

• Provide venue for particle technology discussion• Develop pre-competitive strategic plan for particle science• R&D focus on industry concerns

Join our next Annual General MeetingJune 28 - July 2, 2020 in Leuven, Belgium.

Contact Willie Hendrickson atwhendrickson@aveka.com www.ifpri.net

Full Members AbbVieAlbemarleAlkermesAlmatisAlteo GardanneAVEKAChemoursCorbionCorningCortevaDFE PharmaDSMDuracellEnergizerEvonikHaldor TopsoeHoffmann La RocheHoneywell/UOPImerysJohnson Matthey

Keurig Dr PepperLincoln ElectricMerckNestleNippon SteelNovozymesPfizerProcter & GambleSandia National LaboratorySyngentaUnileverVertex Pharmaceutical

Associate Members

Centre for Process InnovationElcon PrecisionFreeman TechnologyGranutoolsHoribaPaul O. AbbePSE

Type Research Area Project Title Research

Associate Institution

Size Reduction Systems Engineering Approach to Dry Milling with Grinding Aids A. Kwade TU Braunschweig

Self-Assembled Monolayers as Nucleating Surfaces to Study Early Formation Pathways of Crystallographic Polymorphs U. Wiesner Cornell U.

Crystal Shape Prediction M. Doherty UCSB

Creating Tuneable Agglomerates via 3D Printing K. Hapgood Deakin U.

Characterization of Spray Nozzles at Industrial Conditions N. Ashgriz U. Toronto

Process and Product Models for Wet Granulation R. Smith U. Sheffield

Prediction of Segregation J. McCarthy U. Pittsburgh

Flowability Assessment of Weakly Consolidated Powders C. Hare U. Surrey

Controlling Rheology via Boundary Conditions in Dense Granular Flows K. Daniels NC State U.

Scaling Rules for Powder Mixing I. Govender U. KwaZulu-Natal

Powder Adhesion to Metal Surfaces During Compaction C. Sinka U. Leicester

Modelling Powder Flow Through Screw Feeders P. Nott ITT Bangalore

On the Long-Term Stability of Colloidal Gels W. Poon U. Edinburgh

Cake Filtration U. Peuker TU Bergakademie Freiberg

A Multi-Scale Study of Powder Reconstitution Phenomena C. Gaiani U. Lorraine

Slurry and Paste Rheology E. Koos KU Leuven

Simplified Industrial Formulations - Design Challenges J. Vermant ETH Zurich

Systems Engineering Model-Based Control of Crystallization Z. Nagy Purdue U.

Size Reduction

Interaction of Material Properties with Mill Type on Influencing Product Attributes: Shape, Size, PSD, Dissolutions, etc TBD TBD

Measurement and Quantification of Fines in the Presence of Larger Particles – Remapping the Analysis Space of an Industrially Relevant Issue

K. JensenNational Research Centre for the Working Environment

Smart In-Situ Pressure Sensor Particles for Process Characterization TBD TBD

Wet Systems Critical Review of Tribology, Friction and Contact Mechanics in Wet Systems TBD TBD

Wet Systems In-Line Measurements of Wet System Properties D. Scott Advanced Particle Sensors, LLC

Roun

d-ta

ble

Dry Systems Round Robin Exercise on Calibration of DEM Simulations J. Seville U. Birmingham

M. Jaskulski Lodz U.

TBD TBD

TBD TBD

TBD TBD

V. Francia Herriot Watt U.

M. Poletto U. Salerno

K. Ambrose Purdue U.

R. Dave NJIT

TBD TBD

L. Tavares Federal University of Rio de Janeiro

Proj

ect

Formation

Dry Systems

Wet Systems

Revi

ew

Characterization

Size Reduction Co-Milling of Materials

Wor

ksh

op Dry Systems January 14-15, 2020 Philadelphia, PA

Proj

ect B

riefs

for P

ropo

sed

Proj

ects

(202

0-20

21)

Formation

Kinetic Model to Predict Particle Morphology from Spray Drying

Prediction of Air Induced Defect Formation During Powder Compaction

Powder Flow

Wall Make Up Mechanisms at Low Stresses Regimes

Selection Criteria for Flow Aids to Improve Flowability of Cohesive Powders

Cohesion – Analyze, Model, Characterize, and Measure Cohesion in Realistic Systems and Understand Its Origin

21

Particle simulation where shapes do matter

Dipankar ChoudhuryVice President, Research at ANSYS, Inc.

ROCKY-DEM.COM

The most powerful Discrete Element Modeling (DEM) software.

• Multi-GPU solver • Non-spherical particle shapes • Fully integrated with ANSYS simulation software • Breakage modeling • Flexible fibers

“As a result of several years of collaboration between the ANSYS and ESSS technical teams, ROCKY interoperates seamlessly with and extends ANSYS Mechanical and Fluids software capabilities for simulations where particle shapes and particle interactions with both fluid flow and structural components play an important role in the design.”

Powder Characterisation Solutions

www.powderflow.com

Call +44 (0)1684 851 551 or email info@freemantech.co.uk to discuss your powder handling challenges with one of our Applications Specialists

Laboratory instrumentation and in-line tools for comprehensive evaluation of bulk powder behaviour and powder flow.

Applications in industries including pharmaceutical, food, chemical and metallurgy, and sectors such as formulation, R&D, process optimisation, trouble-shooting and QA/QC.

190813_ECSS_Advert.indd 1 14/08/2019 13:34:39

Optimise Your People, Processes,Productivity and Profitability

Intelligent Software by Manufacturing Experts

Chemicals • Pharmaceuticals • Minerals • Food • Nuclear • Cosmetics • Powder Coatings • Ceramics

hosokawagen4.com/optimiseT +44 (0)1928 333139E info@hosokawagen4.com

Utilising an easy-to-follow Understand, Monitor, Control methodology,Hosokawa Gen4’s digital toolkit converts live data from sensors and controls into a

flexible, scalable and secure solution to optimise your production processes.

Rivington Road, Whitehouse Industrial Estate, Runcorn, Cheshire, UK, WA7 3DS

Hosokawa Micron has more than 100 years of process innovation experience,designing and manufacturing a comprehensive range of almost 60 market-leading products

for customers from many industries worldwide.

Our purpose-built Innovation Centre gives customers unique opportunities to test equipment from concept and feasibility study to product trial and much more.

We also offer analytical services, spares and servicing, contract manufacturing, as well as performance improvement from our industry-leading intelligent software, Hosokawa Gen4.

For further information or a quote, please visit our website, email or call us.

At the Forefront ofPowder Processing Technologies

Tel: +44 (0)1928 755100 • Email: info@hmluk.hosokawa.com

hosokawa.co.uk

Containment • Classification • Drying • Mixing • Sieving • Size Reduction • Laboratory & Pilot Plant • Nanotechnology

Powder coatings Size reduction Pharmaceuticals Food

HOSOKAWA MICRON European Symposium of Comminution and Classification SEP 19 A4 ADVERT AW.indd 1 09/08/2019 14:35

22

Optimise Your People, Processes,Productivity and Profitability

Intelligent Software by Manufacturing Experts

Chemicals • Pharmaceuticals • Minerals • Food • Nuclear • Cosmetics • Powder Coatings • Ceramics

hosokawagen4.com/optimiseT +44 (0)1928 333139E info@hosokawagen4.com

Utilising an easy-to-follow Understand, Monitor, Control methodology,Hosokawa Gen4’s digital toolkit converts live data from sensors and controls into a

flexible, scalable and secure solution to optimise your production processes.

Rivington Road, Whitehouse Industrial Estate, Runcorn, Cheshire, UK, WA7 3DS

Hosokawa Micron has more than 100 years of process innovation experience,designing and manufacturing a comprehensive range of almost 60 market-leading products

for customers from many industries worldwide.

Our purpose-built Innovation Centre gives customers unique opportunities to test equipment from concept and feasibility study to product trial and much more.

We also offer analytical services, spares and servicing, contract manufacturing, as well as performance improvement from our industry-leading intelligent software, Hosokawa Gen4.

For further information or a quote, please visit our website, email or call us.

At the Forefront ofPowder Processing Technologies

Tel: +44 (0)1928 755100 • Email: info@hmluk.hosokawa.com

hosokawa.co.uk

Containment • Classification • Drying • Mixing • Sieving • Size Reduction • Laboratory & Pilot Plant • Nanotechnology

Powder coatings Size reduction Pharmaceuticals Food

HOSOKAWA MICRON European Symposium of Comminution and Classification SEP 19 A4 ADVERT AW.indd 1 09/08/2019 14:35

23

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ESCC 2019Monday 2nd - Thursday 5th September

University of Leeds

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OTHER USEFUL INFORMATION

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CLARENDON WAY

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VENUES

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ESCC 2019 Monday 2nd - Thursday 5th September

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29

101

100

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100101

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