Last Updated on: May 2021

DRYING OF CATALYSTS

The

goal

of

this

project

is

to

develop

a

fundamental

understanding

of

unit

operations

during

catalyst

preparation,

so

we

can

predict,

control

and

optimize

metal

distribution

and

dispersion

in

supported

catalysts.

Click here

Click here

to learn more.

AGITATED DRYING OF PHARMACEUTICALS

The

objective

of

this

project

is

to

achieve

a

more

fundamental

understanding

of

the

drying

step

during

the

manufacturing

of

pharmaceuticals.

Click here

Click here

to learn more.

IMPREGNATION OF ACTIVE

PHARMACEUTICAL INGREDIENTS INTO

POROUS CARRIERS USING FLUIDIZED BEDS

The

main

goals

of

this

project

are

to

show

the

applicability

of

fluidized

bed

impregnation

technique

and

the

advantages

of

this

technique over other loading methods.

Click here

Click here

to learn more.

POWDER AND GRANULAR FLOW

The

goal

of

this

project

is

to

develop

a

fundamental

understanding

of

granular

and

powder

flow

and

shear

properties,

so

that

the

behavior

of

powder

products

during

manufacturing

and

processing

can be predicted and controlled.

Click here

Click here

to learn more.

SCALE UP OF ROTARY DRYING AND

CALCINATION

In

this

project,

we

use

carefully

designed

experiments

and

numerical

simulations

to

better

understand

the

effect

of

material

properties

and

operating

conditions

of

calciners

on

the

calcination

process

with

a

particular

interest

in

understanding

the

scale-up

in

rotary calciners.

Click here

Click here

to learn more.

Last Updated on: May 2021

DRYING OF CATALYSTS

The

goal

of

this

project

is

to

develop

a

fundamental

understanding

of

unit

operations

during

catalyst

preparation,

so

we

can

predict,

control

and

optimize

metal

distribution

and dispersion in supported catalysts.

Click here

to learn more.

AGITATED DRYING OF

PHARMACEUTICALS

The

objective

of

this

project

is

to

achieve

a

more

fundamental

understanding

of

the

drying

step

during

the

manufacturing of pharmaceuticals.

Click here

to learn more.

IMPREGNATION OF ACTIVE

PHARMACEUTICAL INGREDIENTS INTO

POROUS CARRIERS USING FLUIDIZED

BEDS

The

main

goals

of

this

project

are

to

show

the

applicability

of

fluidized

bed

impregnation

technique

and

the

advantages

of

this technique over other loading methods.

Click here

to learn more.

POWDER AND GRANULAR FLOW

The

goal

of

this

project

is

to

develop

a

fundamental

understanding

of

granular

and

powder

flow

and

shear

properties,

so

that

the

behavior

of

powder

products

during

manufacturing

and

processing

can

be

predicted

and

controlled.

Click here

to learn more.

SCALE UP OF ROTARY DRYING AND

CALCINATION

In

this

project,

we

use

carefully

designed

experiments

and

numerical

simulations

to

better

understand

the

effect

of

material

properties

and

operating

conditions

of

calciners

on

the

calcination

process

with

a

particular

interest

in

understanding the scale-up in rotary calciners.

Click here

to learn more.