CAPE / Chemical and Process CAPE / Chemical and - CAPE-WP

CAPE / Chemical and Process
Engineering
g
g in Poland
J. Jeżowski
1
Outline
1 Introduction – remarks and
1.
explanations of some specific Polish
organization
i ti off science
i
& education
d
ti
2 History and present day
2.
3 University Departments and similar
3.
laboratories
4. (Some) Research & Design Centers
2
INTRODUCTION
Some specific features are:
9 Scientific degrees and positions (carrier at a
Uni)
degrees:
egrees MSc ------ PhD----- DSci-----Professor (full)
pos
osiition
assistant
adjunct
ordinary
di
professor
f
professor
f
( t
(extraordinary)
di
)
3
9 Professors – two types
yp (or
( even more))
•“full” pprofessor = scientific degree
g
(from president of Poland)
•professor = position at particular
y, requires
q
scientific degree
g
of
university,
DSci
9 almost always university researcher is
also a teacher
9 typical
t i l organization
i ti
4
9 typical organization
University
faculties
departments
5
9 Usually dept’s of chem. & process engng
belong to faculty of chemical technology
(rarely Mechanical Engng or Environmental
P t ti – usually
Protection
ll small
ll groups off
“teachers”)
teachers ) – they teach chemical engng as
“secondary”
y theme
9 Only some departments/faculties can
confer PhD titles – they can have PhD study;
6
even less can confer DSc (usually a faculty)
9 Some “old”
old departments unified
researchers from Chem. and Mech. Engng
g g
(e.g. Chem. Engng and Chemical Apparatus)
but now mechanical engng groups are
vanishing
7
Important
CAPE – problems typical for modern CAPE –
is NOT popular in Poland
usually the role of “computers”
computers is limited to
“calculators”
hence the information in this presentation
concern also chemical and process engng
8
History
y and p
present days
day
ys
((formally)
y) - beginning
g
g of Polish chem. &
process engng is year 1939 but due to 2nd
world war the real development is in late
1940s – establishing of chem. & process
1940
engng department in Gliwice by the eminent
scientist Prof.
Prof T.
T Hobler and also in Warsaw
by prof. Ciborowski
9
Nowadays two largest centers are in:
Warsaw – Faculty of Chemical and
Process Engineering, Warsaw University of
Technology
Łódź – Faculty
Łódź
y of Process and
Environmental Engineering, Technical
University of Lodz
10
ŁÓDŹ
Ó
WARSZAWA
11
Faculty of Chemical and Process
Engineering, Warsaw University of
gy http://www.ichip.pw.edu.pl/
p
pp
p
Technology
•6 laboratories:
Process Equipment; Process Kinetics and
Thermodynamics; Technical Mechanics and
Process Dynamics; Fundamental Processes and
Environmental Protection; Separation Processes;
Chemical reactors and Bioprocesses
•app. 47 peoples incl. 14 professors
12
•CAPE issues:
-Prof. Sieniutycz
([email protected]
[email protected]) –
energy optimization + dynamics of chemical
reactors: S. Sieniutycz and J. Jezowski: Energy
optimization in Process systems. Elsevier 2009
also
- CFD and neural networks in simulation and
control of reactors; Molga and coworkers
-CFD and RTD methods for industrial wastewater
treatment plants settler investigation, Wroński and
coworkers
13
-Modeling of influence of mixing on processes
incl. multiphase systems and systems with
chemical reaction on nonlinear kinetics – Bałdyga
and coworkers
-Modeling of absorption processes, Simulations of
a two phase flow in a closed microchannel
microchannel, Prof.
Prof
Pohorecki, email: [email protected]
Pohorecki
14
Faculty of Process and Environmental
Engineering; Technical University of Lodz
wipos.p.lodz.pl
wipos p lodz pl
•6 Departments:
Process Equipment;
q p
; Chemical Engineering;
g
g;
Bioprocess Engineering; Environmental
Engineering
g
g Systems;
y
; Heat and Mass Transfer;;
Process Thermodynamics;
•13 full
f ll professors
f
(2 emeritus)
it ) and
d
9 professors
f
15
•CAPE problems:
-Process simulation
Petera J.,Weatherley L.R., Hume A.P.,Gawrysiak T.,
A fi
finite
it element
l
t algorithm
l
ith for
f particle/droplet
ti l /d
l t
trajectory tracking, tested in a liquid system in the
presence off an externalelectric
t
l l t i field,
fi ld Computers
C
t
&
Chemical Engineering, 2007, 31, 1269-1388
Contact person:
person Prof. J. Petera,
p
[email protected]
@ p p
p
16
-Neural networks application
C t t person:
Contact
person Prof.
P f W.
W Kamiński,
K iń ki
[email protected]
-Optimization algorithms
Tomczak E., Kamiński W., Evolutionary Algorithm
Reinforced with Linear Projection and
Clustering; 19th International Conference on
Systems Engineering; 19
19-21
21 August 2008,
Las Vegas, pp. 427-430
Contact person;
person Prof. W. Kaminski,
[email protected]
17
ŁÓDŹ
Ó
WARSZAWA
GLIWICE
18
Institute of Chemical Engineering, Polish
Academy of Sciences in Gliwice
http://www.iich.gliwice.pl/en/
http://www iich gliwice pl/en/
Established in 1958
1958, only researches – no
didactics
•app. 39 workers incl. 7 full professors and 4
professors
19
•research topics:
-Environment: biopurification of gases from VOCs;
methanol synthesis from CO2 and H2; adsorptive
and membrane separation
-Energy and its sources: mine ventilation methane
for energy production; solar collectors
-New materials and technologies: preparation of
nanomaterials by sol
sol-gel
gel method
20
Dept of Chemical and Process
Engineering; Silesian University of
Technology,
gy Gliwice
•2 laboratories (chairs)
- Chemical and Process Engineering (prof.
(prof A.
A
Jarzębski)
Jarzębski
-Product engng and modeling chemical reactions
((J.
J. Thullie)
Thullie) http://www.polsl.pl/rch/rch6.htm
p
p
p
- - Chemical and Process Equipment (prof. J
H hl
Hehlmann)
Hehlmann
)
http://www polsl pl/rch/rch7 htm
http://www.polsl.pl/rch/rch7.htm
21
ŁÓDŹ
Ó
WARSZAWA
WROCŁAW
GLIWICE
22
Wroclaw University of Technology, Faculty
of Chemistry
http://www.wcss.wroc.pl/lab/wo3.html
http://www wcss wroc pl/lab/wo3 html
At present 2 large Laboratories originating
from a large Institute of Chemical
Engineering and Heating Equipment:
-Chemical Engineering
-Chemical and Biochemical Processes23
Main research activities:
membrane
b
processes; integration
i t
ti off
membrane processes, bioprocesses, vacuum
distillation; mass transfer and hydraulics of
p
distillation and absorption
CAPE Feasible separation regions in
CAPE:
distillation, Distillation boundaries for
p mixtures,, CFD modeling
g of
heteroazeotropic
process of thin layer evaporation of enhanced
viscosity solutions
(Krolikowski Determination of Distillation Regions for NonIdeal Ternary Mixtures
Mixtures. AIChE J.
J 2006 Vol
Vol. 52
52, No
No. 2
2, pp
pp. 532
532544) Lechosław J. Królikowski,
24
[email protected]
ŁÓDŹ
Ó
WARSZAWA
WROCŁAW
GLIWICE
KRAKÓW
25
Cracow University of Technology
There 2 Institutes of chem. & and process
engng at 2 faculties:
-Inst. of Chem. and pprocess engng
g g at
Faculty of Chemical Engineering and
Technology – app.
app 24 people incl
incl. 7
professors
http://www.chemia.pk.edu.pl/giza/instytuty.php?ins=c3
-Division
Di i i off Industrial
I d t i l Equipment
E i
t Design
D i att
Faculty of Mechanical Engineering – app. 12
people; http://riad.usk.pk.edu.pl/~kap/m511.htm 26
The investigations in the latter concentrate
on multi-phase
multi phase flow.
The former institute carries investigations
g
on: chemical and biochemical reactors;
adsorption; drying; some issues of
environmental protection
(both are not active in CAPE)
27
SZCZECIN
ŁÓDŹ
Ó
WARSZAWA
WROCŁAW
GLIWICE
KRAKÓW
28
Institute of Chemical Engineering and
E i
Environmental
t l Protection;
P t ti
Szczecin
S
i
University of Technology
http://www.wtiich.ps.pl/
(traditionally) processes of mixing,
equipment for mixing, adsorption, drying
•CAPE issues
issues:
a) CFD modeling; b) optimization of systems
in chemical industry.
29
-CFD modelling of turbulent drop breakage in a Kenetics
static mixer and comparison with experimental data
data.
Chem. Eng. Res. Des. (Trans IChemE), 85, Part A, 753-759,
2007;;
-Modelling of heat transfer in static mixers. Inż. Chem.
Proc. 27, 547-557, 2006; Jaworski Z.: Towards fully
y
predictive CFD modelling of mixing processes. Polish
Journal of Chemical Technology, 8, 1, 27-34, 2006.
Prof. Zdzisław Jaworski;
Jaworski [email protected]
[email protected],
-Modellingg of dryling
y g p
procsses: ((J.
Nastaj,
j, B. Ambrożek,,
Modeling of vacuum desorption of multicomponent
moisture in
freeze drying process, Transport in Porous
Media 66 (2007), 201-218); Józef NASTAJ
NASTAJ, [email protected]
-Synthesis of crystallization systems; application of neural
networks
t
k for
f simulation
i l ti
and
d designing
d i i
off processes; Jan
J
30
Dudczak, [email protected]
Dudczak
SZCZECIN
PŁOCK
ŁÓDŹ
Ó
WARSZAWA
WROCŁAW
GLIWICE
KRAKÓW
31
Department of Industrial Equipment of
W
Warsaw
U i
University
it off Technology,
T h l
campus
in Plock
energy systems in chemical ad sugar industry –
heat
eat e
exchangers,
c a ge s, heat
eat e
exchanger
c a ge networks
et o s
[Economic value of precision in the monitoring of
li
linear
systems. AIChE Journal,
J
l 51,
1 1304-1309
1304 1309
(2005),
Urbaniec K., The evolution of evaporator stations
in the beet sugar industry
industry, Journal of Food
Engineering, 61, 505-508 (2004)
contact person: K. Urbaniec
32
SZCZECIN
PŁOCK
POZNAŃ
ŁÓDŹ
Ó
WARSZAWA
WROCŁAW
GLIWICE
KRAKÓW
33
Department of Process Engineering of
P
Poznan
U i
University
it o Technology
T h l
http:://www
http
//www..put
put..poznan
poznan..pl/struktura/WTCh/ICt
CAPE:
Piotr T. Mitkowski,
Mitkowski e-mail:
[email protected]
i t
itk
ki@ t
l - PhD student
t d t off
prof. Gani
[Computer aided design, analysis and experimental
investigation
g
of membrane assisted batch reaction–
separation systems, Computers and Chemical
Engineering 2009 ; Novel membrane database in
chemical process design]
34
GDAŃSK
SZCZECIN
PŁOCK
POZNAŃ
ŁÓDŹ
Ó
WARSZAWA
WROCŁAW
GLIWICE
KRAKÓW
35
Dept of Chemical
and Process Engng,
Gd
Gdańsk
ń k
U i
University
it
off
T h l
Technology
http:://www.
http
//www.pg.
pg.gda
gda..pl/chem/Katedry/Inzynieria/inzy
pl/chem/Katedry/Inzynieria/inzy..html
B. Kawalec
Kawalec--Pietrenko
Pietrenko, e
e-mail:,,,,
mail:,,,,
Investigations on: waste processing in air-lift
reactors wit micro-organisms, air cleaning from
VOC; sensors developing for measuring
concentrations in gas phase…
36
GDAŃSK
SZCZECIN
PŁOCK
POZNAŃ
ŁÓDŹ
Ó
WARSZAWA
WROCŁAW
OPOLE
GLIWICE
KRAKÓW
37
Dept of Chemical and Process Engng, Opole
U i
University
it off Technology
T h l
http://www
http:
//www..po
po..opole
opole..pl/index
pl/index..php?mod=u;
php?mod=u
php?mod
u;wm
u;
wm;;index&s
ub=w_wm
about 11 research workers + some PhD students at
there are more dispersed in other departments
main topics:
topics investigations on evaporation
process and some other issues of heat transfer
processes
38
GDAŃSK
SZCZECIN
PŁOCK
POZNAŃ
ŁÓDŹ
Ó
WARSZAWA
WROCŁAW
OPOLE
GLIWICE
KRAKÓW
RZESZÓW
39
Dept of Chem
Chem.. and Process Engng, Rzeszow
U i
University
it off Technology
T h l
http://wch
http:
//wch..portal
portal..prz
prz..edu
edu..pl/pl/jednostki
pl/pl/jednostki-organizacyjne/kichip/
13 research workers incl. 6 professors (3
3 full)
Main topics:
topics
-Modeling
M d li and
d simulating
i l ti off chromatography,
h
t
h
investigations on adsorption an chemical
reactions,
ti
solid
lid phase
h
and
d process integration:
i t
ti
40
CAPE:
-Chromatography processes simulation and
designing:
d
i i
K.Kaczmarski
KK
ki (also
( l numerical
i l methods
th d
for differential equations) – [email protected]
[email protected]; D.
A t [email protected]
Antos
i hd @
d l
-Process integration and optimization: heat
integration, HEN, water networks, property-based
networks; meta-heuristic optimization – J.
Jezowski, [email protected]
Jezowski
41
GDAŃSK
SZCZECIN
PŁOCK
POZNAŃ
ŁÓDŹ
Ó
WARSZAWA
PUŁAWY
WROCŁAW
OPOLE
GLIWICE
KRAKÓW
RZESZÓW
42
Research and design centers
-Fluor® Gliwice
-Instytut Nawozów Sztucznych,
24-110 Puławy, Al.
Tysiąclecia Państwa Polskiego 13a
www.ins.pulawy.pl, e-mail: [email protected]
www.ins.pulawy.pl
-Main Works:
Works subcritical extraction; designing and
simulation of nitric aid plants, control, CFD
application
Contact person:
person dr inż.
inż Edward Rój,
Rój e-mail:
e mail:
[email protected]
43
-Instytut Chemii Przemysłowej (Institute of
Industrial Chemistry),
Chemistry) Warszawa – designing of
apparatus and processes
Contact person:
person mgr. Andrzej Milczarek,
Milczarek
tel. 0 22 568 20 33 ,
e-mail: andrzej.milczarek(at)ichp.pl
44