- Docente: Paolo Zani
- Credits: 4
- SSD: CHIM/06
- Language: Italian
- Teaching Mode: In-person learning (entirely or partially)
- Campus: Bologna
- Corso: Second cycle degree programme (LM) in Molecular and industrial biotechnology (cod. 8022)
Learning outcomes
The student will acquire skills related to the methods and problems
both of the chemical and biotechnological industries ( main focus
on products and processes). Particularly, the student will learn
about the development of the main chemical, pharmaceutical and
biotechnological companies in the world, in terms of their sales
output, productions and markets.
Course contents
The Chemical Industry: definitions, main productions and
products, historical outlook. World top chemical and pharmaceutical
corporations ranked by sales and earnings: corporate trends through
years. The italian situation with respect to chemical and
pharmaceutical industries.
Base feedstocks for the chemical industry : coal, oil, natural gas,
biomasses, minerals. The traditional organisation of the chemical
industry through segments. Vertical and horizontal
integration; recent examples of restructuring this concept. Budget
components in some chemical operations as an example of a concept.
Corporate budgets : key to their interpretation for both italian
and foreign companies ( chemistry, pharma, biotech -focused)
.
Technology for industrial chemical processes : catalysts and
catalysis, process choice, plant design and scale-up.
New targets of environmental sustainability : green chemistry,
waste management, safety and protection technologies.
Biotech industry : the conditions that have determined the
beginning of a new industrial sector. The main biotech corporations
in the world : their beginning, development, their principal
production and products; their inter-relations with the traditional
pharmaceutical and chemical enterprises: emerging of a new
industrial branch as "Life Sciences". Patents: their history,
characteristics, importance both in general and in the Biotech
segments; TradeMarks.
Readings/Bibliography
Heaton , Alan: An Introduction to Industrial Chemistry. Blackie-
Academic 3° ed, London 1996
Ratledge, Colin; Kristiansen, Bjorn : Basic Biotechnology, 2°
ed, Cambridge University Press, 2004, chapters 12, 11, 22,
24.
For actual data and methods concerning the analisys of Corporate
Budgets see : Mediobanca, Studi e Ricerche, rapporti
periodici su Analisi Bilanci Società Italiane; foreign economical
Magazines ( Fortune, Forbes, ) . For up-to date informations
concerning the industrial sector Life Sciences- Pharma-Biotech see:
Chemical & Engineering News ( Magazine of the American Chemical
Society).
Teaching methods
Traditional classroom lessons with the aid of transparencies/
projections. Photocopies of all the material displayed will be made
available to the students.
Assessment methods
In order to achieve the credits, the student is incouraged to
choice a topic related to the contents of the course ( with
the agreement of the docent) and prepare autonomously a brief
presentation of the subject. A discussion will follow the
presentation , where some concepts of the course could be recalled
and assessed. The final result will take into account both
the presentation and the performance. The final examination
can be indicated as an oral exam, which follows the preparation of
a report ( topic chosen by the student)
Teaching tools
Photocopies given by the docent.
Textbooks and scientific journals available in the libraries of
both the ex Faculty of Industrial Chemistry ( now Department of
Industrial Chemistry) and the School of Sciences.
INTERNET- available informations.
Office hours
See the website of Paolo Zani