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Percorso della pagina
  1. Postgraduate
  2. PhD School
  3. Doctoral programs' teaching activities
  4. Chemical, Geological and Environmental Sciences / Scienze Chimiche, Geologiche e Ambientali
  5. 2023-2024
  6. Intercurricular
  1. New Lignin-Based Sustainable Materials: Science and Technological Aspects
  2. Summary
Course full name
New Lignin-Based Sustainable Materials: Science and Technological Aspects
Course ID number
2324-1-124R009
Course summary SYLLABUS

Course Syllabus

  • Italiano ‎(it)‎
  • English ‎(en)‎
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Titolo

New lignin-based sustainable materials: science and technological aspects.

Docente(i)

Luca Zoia ; Ruggero Barni ; Carmen Canevali ; Antonello Cerullo ; Jerome Vachon ; Massimo Benocci

Lingua

English

Breve descrizione

Lignin is the second most abundant organic macromolecule in nature. Its extraction tends to increase worldwide, demanding new applications for an efficient lignin use. This course gives an overview on the whole lignin life cycle, from biosynthesis to industrial applications.

In particular, the following subjects will be developed:

- Chemistry of lignocellulosic materials

- Lignin biosynthesis, chemical structures and reactivity

- Lignin extraction processes (kraft, alkaline, organosolv)

- Main techniques in Lignin characterization (FT-IR, GPC, 31P-NMR, 13C-NMR, 2D-HSQC, EPR, SEM, ICP-AES)

- Plasma technology for lignin modification: plasma treatment aimed to surface functionalization for lignin-based composites

- Sustainability initiative in SABIC: certified polymers (biorenewable and circular polymers) and bio-based polymers (PEstarch blends and PE-lignin blends).

Evaluation: YES - oral colloquium

CFU / Ore

1 CFU - 8 Hours (Lecture)

Periodo di erogazione

II semester: July 2024

Export

Title

New lignin-based sustainable materials: science and technological aspects.

Teacher(s)

Luca Zoia ; Ruggero Barni ; Carmen Canevali ; Antonello Cerullo ; Jerome Vachon ; Massimo Benocci

Language

English

Short description

Lignin is the second most abundant organic macromolecule in nature. Its extraction tends to increase worldwide, demanding new applications for an efficient lignin use. This course gives an overview on the whole lignin life cycle, from biosynthesis to industrial applications.

In particular, the following subjects will be developed:

- Chemistry of lignocellulosic materials

- Lignin biosynthesis, chemical structures and reactivity

- Lignin extraction processes (kraft, alkaline, organosolv)

- Main techniques in Lignin characterization (FT-IR, GPC, 31P-NMR, 13C-NMR, 2D-HSQC, EPR, SEM, ICP-AES)

- Plasma technology for lignin modification: plasma treatment aimed to surface functionalization for lignin-based composites

- Sustainability initiative in SABIC: certified polymers (biorenewable and circular polymers) and bio-based polymers (PEstarch blends and PE-lignin blends).

Evaluation: YES - oral colloquium

CFU / Hours

1 CFU - 8 Hours (Lecture)

Teaching period

II semester: July 2024

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Key information

Field of research
CHIM/06
ECTS
1
Course Length (Hours)
8

Staff

    Teacher

  • Ruggero Barni
    Ruggero Barni
  • CC
    Carmen Canevali
  • LZ
    Luca Zoia

Students' opinion

View previous A.Y. opinion

Bibliography

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Enrolment methods

Self enrolment (Student)
Manual enrolments

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