CHEMISTRY AND INDUSTRIAL TECHNOLOGIES LABORATORY

The teaching falls among the related/integrative training activities of the Master's degree course in Chemistry and Sustainable Technologies. The course allows the student to acquire synthetic methodologies that allow the use of recycled materials, and the study of chemical kinetics in the conditions of a real reactor. To this end, the student will have to study catalytic, thermal and solvent processes that allow the reuse of polymeric materials in order to have new high-value products to be placed back on the market in the field of sustainable industrial chemistry. The different types of reactions will coincide with the use of different reactors and the study of the macrokinetics in a laboratory reactor.
The student will have the opportunity to deal with some industrial/technological problems and will be stimulated to use logical and deductive reasoning in solving the proposed problems. Finally, he/she will have to develop the ability to interpret and explain scientific results with the appropriate language.

1. Knowledge and understanding:
a) on the study and planning of sustainable reactions of industrial interest
b) study of some industrial processes

2. Ability to apply knowledge and understanding
a) knowing how to use the knowledge learned to solve application / technological problems in a logical and deductive way.
b) role of catalytic methodologies in the development of sustainable processes, reuse of waste materials.

3. Ability to judge
a) knowing how to comparatively evaluate the effectiveness of different technologies
b) develop a preliminary critical ability on the effectiveness of some processes and choices of catalysts

4. Communication skills
a) Knowing how to use an appropriate lexicon and the appropriate technical-scientific symbology to communicate the knowledge learned.
b) Knowing how to interact positively with the teacher and classmates, formulating coherent questions and arguing alternative hypotheses.

5. Learning skills
a) Knowing how to be adequately autonomous in carrying out laboratory activities and on the use of the equipment used during the course.
b) Knowing how to take notes, independently selecting the salient aspects of scientific reasoning and collecting information according to their importance and priority.

It is required the knowledge of inorganic, organic, industrial chemistry and good inclination for laboratory activity.

Catalytic hydrogenation reactions using heterogeneous catalysts, synthesis of products of industrial interest, kinetic study of the reactions, control of the reaction stages.
Recovery of polymeric materials: thermal depolymerization, solvolitic depolymerization, catalytic depolymerization.
Recovery of composite materials: recovery of carbon fibers, recovery of monomers and products of industrial interest.

The teacher will gives the material, where one will be able to study for the exam.

Oral test will be used for verifying learning. During the exam the student must demonstrate knowledge of the topics developed during the course and of knowing how to present them in a formal way. To pass the exam, the following are required: participation in laboratory activities (frequency of at least 80% of laboratory activities).

The frontal lessons will be held in classroom (18 h), the remaining time (30 h) in the didactic laboratory of Industrial Chemistry, where the experiences will be explained directly before the beginning of the experiment and may occupy several days, depending on the argument.

Italian

Accommodation and Support Services for students with disabilities or with
specific learning disabilities:
Ca ’Foscari applies Italian law (Law 17/1999; Law 170/2010)
for the support and accommodation services available to students
with disabilities or with specific learning disabilities. In case of
motor, visual, hearing or other disabilities (Law
17/1999) or a specific learning disorder (Law 170/2010) and
support is needed (classroom assistance, technological aids for
conducting individualized exams or exams, material in format
accessible, notes recovery, specialist tutoring to support the
study, interpreters or other), contact the Disability and DSA office
disabilita@unive.it

STRUCTURE AND CONTENT OF THE COURSE COULD CHANGE AS A RESULT OF THE COVID-19 EPIDEMIC.

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