Biogas in the sustainable society
| Program start date | Application deadline |
| 2025-03-01 | - |
Program Overview
Introduction to the Biogas Program
The Biogas program is designed to provide students with a comprehensive understanding of biogas production and its role in creating a circular and resource-efficient society. The program is suited for individuals interested in working with future changes towards a circular economy and climate neutrality.
Program Description
The Biogas program is a distance course that covers all aspects of biogas, including production, drivable fuel, and biogas fertilizer. The program is held in Swedish, but English may be used if necessary. The course includes study visits to biogas facilities and a project where students collaborate with biogas operators.
Program Details
- Prerequisites: Basic eligibility
- Next course offering: Spring 2025
- Application deadline: Until the start of the course
- Credits: 7.5 hp, half-time, 50%
- Application code: SLU30295
- Language: Swedish (English if necessary)
Program Structure
The program is conducted mainly digitally and includes a combination of theory, seminars, demonstrations, and project work. Students will have the opportunity to meet actors working in various biogas areas, allowing for discussions on potential and challenges from different perspectives.
Research Areas
The program covers various research areas, including:
- Biogas production
- Circular economy
- Climate neutrality
- Resource efficiency
- Biogas fertilizer
Career Opportunities
The Biogas program prepares students for careers in biogas production, circular economy, and climate neutrality. The program's focus on sustainability and resource efficiency provides students with a strong foundation for working in these fields.
Institution
The program is offered by the Department of Molecular Sciences at the Swedish University of Agricultural Sciences (SLU). The department conducts world-leading research in various areas of biogas and has expertise in all subjects related to biogas production.
