COURSE DEVELOPMENT WORKSHOP 2, Tuzla, BA, 07TH till 12TH June 2011.

TEMPUS 158989-TEMPUS-1-2009-1-BE-TEMPUS-JPHES

Creation of university-enterprise cooperation networks for education on sustainable technologies

9C Chemical engineering

9C Chemical engineering Sustainable technologies in chemical engineering (Zoran Iličković,

Tomić) – 30 stranica Pollution (Jotanović, Gligorić, Mićić, Filipović) – 30 stranica Sustainable Design and ManufactureSustainable Design and

Manufacture (Tadić, Jotanović, Pejović) – 30 stranica Modelling for materials sustainability and processing (Tadić,

Ahmetović Elvis) 30 stranica Case study/s Cement (Mustafa Burgić,Catic) – 10 stranica Alumina (Lazić, Vasiljević) – 10 stranica Soda (Mustafa Burgić, Jotanović, Akeljić) – 10 stranica Electrochemical industry (Pavlović, Tomić) – 10 stranica Oil industry (Dugić, Petrović) (10 stranica) Nanomaterials (Gligorić, xxx) – 10 stranica Zero emission of material and energy in selected Chemical industry

(Tomić, Ahmetović Elvis) – 30 stranica

Sustainable technologies in chemical engineering (Iličković, Tomić)

Sustainable development - challenge for chemical industry Zoran Iličković1; Milorad Tomić2 1 –Faculty of Technology Tuzla, University of Tuzla 2- Faculty of Technology, University of East Sarajevo

Authors suggested to modify the title to Sustainable development - challenge for chemical industry

Sustainable development - challenge for chemical industry

Zoran Iličković1; Milorad Tomić2 1 – Faculty of Technology Tuzla, University of Tuzla

2- Faculty of Technology, University of East Sarajevo

Introduction Novel approach to sustainable development Practical tools for process industries Resoures for conducting LCA Green chemistry and clean technologies How to achieve the chemical industry to be sustainable? Biogenic Raw Material Properties Biorefinery, pillars of sustainable development What is biorefinery? Renewable resources and products Types of biorefineries Literature

Number of page: 29

Pollution prevention in chemical industry

Pollution (Jotanović, Gligorić, Mićić, Filipović) – 30 stranica

Pollution prevention in chemical industry

Chemical industry as source of pollution Pollution in chemical industry Methodology of pollution prevention Reduction of pollution source Modification of chemical process Modification of engineering design Modification of vapor exhaust Modification of operation Recycling

Number of pages: 14

Design of sustainable manufacturing M. Jotanović, V. Mićić, G.Tadić, B. Pejović University of East Sarajevo, Faculty of Technology Zvornik

Sustainable Design and Manufacture (Tadić, Jotanović, Pejović)

Authors suggested to modify the title to Design of sustainable manufacturing

Održiva proizvodnja Produženje radnog veka postrojenja (proizvodnog sistema) Postojanost proizvoda Prilagodljivost proizvoda Pouzdanost procesa Sposobnost ponovnog korišćenja (recikliranje) Izbor materijala Supstitucija materijala Energetska efikasnost proizvoda Supstitucija procesa Energetska efikasnost procesa Inventar kontrole i rukovanje materijalom Distribucija i transport Redukcija ambalaže Unapređenje prakse upravljanja

Design of sustainable manufacturing M. Jotanović, V. Mićić, G.Tadić, B. Pejović

University of East Sarajevo, Faculty of TechnologyZvornik

Separacioni i recirkulacioni sistemi Prečišćavanje napoja

Modifikacija procesa

Broj strana: 10

Design of sustainable manufacturing M. Jotanović, V. Mićić, G.Tadić, B. Pejović

University of East Sarajevo, Faculty of TechnologyZvornik

Design and modeling of sustainable industrial processes Elvis Ahmetović1, Goran Tadić2 1University of Tuzla, Faculty of Technology Tuzla 2University of East Sarajevo, Faculty of Technology Zvornik

Modelling for materials sustainability and processing (Tadić, Ahmetović)

Authors suggested to modify the title to Design and Modeling of Sustainable Industrial Processes

Design and modeling of sustainable industrial processes

Elvis Ahmetović1, Goran Tadić2 1University of Tuzla, Faculty of Technology Tuzla

2University of East Sarajevo, Faculty of Technology Zvornik

Introduction Concept of sustainable development and sustainability in

industry Basic steps in development and design of sustainable processes Systematic methods for process synthesis and design Modeling, simulation and optimization of processes

Steps in process simulation Formulation of simulation problem Flowsheeting problem Design problem Optimization problem Synthesis problem

Tools for solving of simulation problems (process simulators) Basic parts of process simulator User activities in using of process simulator Strategies for solving of mathematical model of process

simulator

Basic steps in creation of process simulators Definition/creation of process flowsheet and labels

assignment Mathematical model formulation Mathematical model analysis Choice of input set of variables for process simulator Choice of numerical method for solving of nonlinear

equations Organisation of calculation procedure for model solving Creation of process simulators and debugging Verification of simulation results and process alternatives

Computer toll for modeling and optimization of processes Conclusions Literature

Number of pages: 31

Design and modeling of sustainable industrial processes

Elvis Ahmetović1, Goran Tadić2 1University of Tuzla, Faculty of Technology Tuzla

2University of EastSarajevo, Faculty of Technology Zvornik

9C Chemical engineering

Case study/s

Cement (Mustafa Burgić,Catic) – 10 stranica

Koristi i primjena čistije proizvodnje na poboljšanju zaštite okoliša u Fabrici cementa Lukavac Mustafa Burgić1, Izet Imamović2, Sead Ćatić2

1Univerzitet u Tuzli, Tehnološki fakultet Tuzla 2Fabrika cementa Lukavac

Koristi i primjena čistije proizvodnje na poboljšanju zaštite okoliša u Fabrici cementa Lukavac

Mustafa Burgić1, Izet Imamović2, Sead Ćatić2

1Univerzitet u Tuzli, Tehnološki fakultet Tuzla 2Fabrika cementa Lukavac

Lokacija pogona i postrojenja prikazana na planu Opis djelatnosti pravnog lica, vrsta proizvoda i godišnji kapacitet

proizvodnje, broj zaposlenika Opis djelatnosti Vrsta proizvoda i godišnji kapacitet Implementiran sistem upravljanja u kompaniji Opis tehnološkog procesa proizvodnje cementa Proizvodnja sirovinskog brašna Mlin sirovine I (stari mlin) Mlin sirovine II Proizvodnja (pečenje) klinkera Rotaciona peć I Rotaciona peć II

Mljevenje i pakovanje cementa Oprema za smanjivanje negativnog uticaja Zaštita zraka Zaštita voda Zaštita tla Zaštita od buke Tehnološki opis upotrebe alternativnih goriva Svjetska iskustva Emisija čvrstih čestica i gasova u zrak Otpadne vode Plan upravljanja otpadom Namjena i područje primjene

Broj strana: 21

Koristi i primjena čistije proizvodnje na poboljšanju zaštite okoliša u Fabrici cementa Lukavac

Mustafa Burgić1, Izet Imamović2, Sead Ćatić2

1Univerzitet u Tuzli, Tehnološki fakultet Tuzla 2Fabrika cementa Lukavac

Alumina (Lazić, Vasiljević) – 10 stranica

Održivi razvoj – zagađenje i sprečavanje zagađenja proizvodnje glinice na okolinu Dragica Lazić

Održivi razvoj – zagađenje i sprečavanje zagađenja proizvodnje glinice na okolinu

Dragica Lazić

Uvod Ekološki aspekti ulaznih sirovina

Boksiti Kaustična soda(natrijum-hidroksid

Opis tehnološkog procesa proizvodnje glinice po bayer-u Priprema mineralnih sirovina Luženje boksita Hlađenje i razblaživanje autoklavne pulpe Priprema rastvora Odvajanje i ispiranje crvenog mulja Prerda rastvora Razlaganje aluminatnog rastvora i odvajanje hidrata Uparavanje povratnog rastvora Kaustifikacija povratne sode Kalcinacija

Proizvodnja zeolita Ekološki aspekti gotovih proizvoda

Glinica Aluminijum-hidroksid Zeoliti Održivi razvoj

Koncept i definicija čistije proizvodnje Postupci i metode rješavanja otpadnih materija

Postojeće stanje Prijedlozi poboljšanja i najbolje raspoložive tehnologije

Broj strana: 14

Održivi razvoj – zagađenje i sprečavanje zagađenja proizvodnje glinice na okolinu

Dragica Lazić

Soda (Mustafa Burgić, Jotanović, Akeljić)

Proizvodnja kreča, krečnog mlijeka i CO2 gasa

Proizvodnja kreča, krečnog mlijeka i CO2 gasa

Pregled postojećeg stanja otpadnih voda I grupa otpadnih voda (zagađene vode) II grupa otpadnih voda (nezagađene vode) Grupa otpadnih voda I Nezagađene otpadne vode – II grupa Aktivnosti na unapređenju postojeće proizvodnje

Broj strana: 6

Electrochemical industry (Pavlović, Tomić)

Paper is not written

Oil industry (Dugić, Petrović)

Paper is not written

Nanomaterials (Gligorić, xxx)

Paper is not written

Zero emission of material and energy in selected Chemical industry (Tomić, Ahmetović) Zero emission of material and energy in chemical

industry V. Mičić1, Elvis Ahmetović2, M. Tomić1 1University of East Sarajevo, Faculty of Technology Zvornik

2University of Tuzla, Faculty of Technology Tuzla

Zero emission concept Methodology of introducing zero emission concept Implementation of zero emission in chemical industry Example of total water integration in process (zero liquid

discharge) Conclusions Literature

Zero emission of material and energy in chemical industry

V. Mičić1, Elvis Ahmetović2, M. Tomić1 1University of East Sarajevo, Faculty of Technology Zvornik

2University of Tuzla, Faculty of Technology Tuzla

Number of pages: 13

Names of authors and their institutions are not given in some papers

Gramatical errors in papers Conclusions are not given in some papers List of literature as well as citation is not given in

some papers Citation should be the same in all papers In some papers authors suggested a little

modification of title of the paper as well as order of authors and coauthors

General comments related to papers

General comments related to monography

Font and size Line spacing Numbering of chapters and subchapters Numbering of figures and tables in chapters

and subchapters Literature citation in text Conclusions Literature