eventResources and sustainable chemistry [Resources and sustainable chemistry] (S)
person Vania Gomes Zuin Zeidler

Next appointment: 15. October at 16:15
This course belongs to the Wintersemester 2026/2027!

Dates

weekly | Thursday | 16:15 - 17:45 | 12.10.2026 - 29.01.2027 | C 40.146 Seminarraum

Curriculum context

Combined academic performance
Elevator Pitch (50%)
Quizz (50%)
Date of assessment: Wednesday, 31.03.2027
Resit date: No resit date will be offered to this assessment, because it is didactically inseparably connected with one of the associated courses. A resit will only be possible, if the module is available again.
Anzeige von Anmeldebeginn und -ende systembedingt. Selbständige Anmeldung nur zum Prüfungstermin und nicht zum Wiederholungstermin möglich.

Organizational information

Seminar
Full presence
2
centralized lottery procedure with participant limit
40

Registration

centralized lottery procedure with participant limit

Registration does not begin until 02.10.2026 at 08:00. It ends on 12.10.2026 at 23:59.

The registration is restricted to the following fields or courses of study:

  • Masterprogramm Sustainability: Sustainability Science: Resources, Materials and Chemistry / alle Semester

Content

Englisch
Resources and sustainable chemistry
Sustainability-oriented

Concepts of sustainable chemistry, green technologies and materials, throughout the life cycle of chemical substances, materials and complex products are explained, e.g. sustainable chemistry and green chemistry, importance of resources (bio-based and non-renewable ones), green synthesis, materials and products, specifics of metals, recycling, dissipation; safe and sustainable by design, and other concepts, new business models, international substance, material and chemical management, Diversity applied to Chemistry, EU Green Deal with a view to materials and chemicals.

The main objective of this module is the understand the importance and contribution of chemicals, materials and processes to circularity and regeneration practices and as a basis for sustainability, their role in a bio-circular economy, and the concept of sustainable chemistry from a more diverse perspective of materials, processes and products and their applications.

Elements of Assessment
- Active participation in 2 scheduled exercises, as written and discussion formats (50%)
- Two page-manuscript about the case study worked in groups during the semester (50%)

Evaluation

This course has not been registered for teaching evaluation yet.

Further information on teaching evaluation: https://www.leuphana.de/en/teaching/quality-management/evaluation/course-evaluation.html

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