Mathias Janssen
Matty Janssen's research addresses life cycle assessment (LCA) during technology development, specifically its application to assess technology that is in its early stages of development. LCA can thus inform technology developers to achieve an environmentally benign design of a technology. His research focuses on method develpment for such prospective assessments. Application areas have been biorefinery processes and products (biofuels, bio-based chemicals and bio-based materials), and circular economy solutions (e.g. second use and material recycling of Li-ion batteries).
Furthermore, he is examiner of the Environmental Systems Analysis (VMI010) and Life Cycle Assessment (VTM081) courses at Chalmers.
Showing 82 publications
Process scale-up simulation and techno-economic assessment of ethanol fermentation from cheese whey
When is repair environmentally beneficial? The case of high-voltage electric motors
A stepwise approach for Scenario-based Inventory Modelling for Prospective LCA (SIMPL)
Lessons learned when assessing emerging composite materials using life cycle assessment
A procedure for Prospective LCA in Materials Development - The Case of Carbon Fibre Composites
Repair for high-voltage electric motors energy efficiency vs resource use?
Can carbon fiber composites have a lower environmental impact than fiberglass?
Mapping and testing circular economy product-level indicators: A critical review
Structural batteries in electric road vehicles -When is it a good idea?
Assessing efforts to reduce the environmental impacts of carbon fibre composites in vehicles
What do product-level circular economy indicators measure?
Testing product-level indicators for a more circular economy
Prospective life cycle assessment for biorefinery concept development
The environmental benefits and challenges of a composite car with structural battery materials
Allocation in life cycle assessment of lignin
Environmental Challenges and Opportunities of Lignin
Life cycle assessment of lignin-based carbon fibres
Life cycle assessment of the second use of lithium-ion batteries from hybrid and electric vehicles
A Swedish comment on ‘review: the availability of life-cycle studies in Sweden’
Environmental assessment of a biorefinery concept for production of bulk and fine chemicals
Prospective inventory modelling of emerging chemicals: The case of photonic materials
Life cycle assessment of lignin-based carbon fibres
Recommendations for Routes to Sustainable Exploitation of CFRP Materials
Prospective LCA of a biorefinery concept for production of bulk and fine chemicals
Energy use and climate change improvements of Li/S batteries based on life cycle assessment
Potential improvements of the life cycle environmental impacts of a Li/S battery cell
Long-term sustainability assessment of fossil-free fuel production concepts
Environmental Assessment of Emerging Technologies: Recommendations for Prospective LCA
Using life cycle assessment to guide technology development for bio-based production: An overview
Prospective life cycle assessment of bio-based adipic acid production from forest residues
Teaching sustainability: Running a MOOC on “Sustainability in everyday life”
Process and environmental systems analysis of the BioBuF concept
Toward a sustainable biorefinery using high-gravity technology
Cross-correlation between impact categories in LCAs of forest biomass-based products
Prospective life cycle assessment of adipic acid production from forest residue
Design and Early Development of a MOOC on “Sustainability in Everyday Life”: Role of the Teachers
Life cycle impacts of ethanol production from spruce wood chips under high gravity conditions
Evaluation of a MOOC on “Sustainability in Everyday Life” - The teachers’ experiences
Producing and running a MOOC for the first time – Evaluation from the instructors' perspective
Developing a MOOC at Chalmers: Motivation and first experiences from a teacher’s perspective
Design and early development of a MOOC on ”Sustainability in everyday life”: Role of the teachers
Guiding technology development using LCA: The case of bio-based adipic acid production
Review of methodological choices in LCA of biorefinery systems - key issues and recommendations
Teacher roles in MOOC design processes – experiences from a Chalmers MOOC
Hur mycket bioprodukter behövs?
Life cycle assessment of wood-based ethanol production at high gravity conditions
Simulation and LCA of a bioethanol process technology in development
Environmental evaluation of bio-composites using LCA - Comparison of two different applications
Ethylene production via gasification of wood - what are potential environmental hotspots
Life cycle assessment during early development stage of a new bio-ethanol production process
Use of LCA during process development: The case of a new bioethanol production process
LCA-Based Environmental Evaluation of Biorefinery Projects
Early design-stage biorefinery process selection
Market potential of biorefinery products
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Showing 10 research projects
Robust enzymatic and microbial conversion and valorization of bio refinery side streams, part 2
Biomass production and conversion in sustainably managed landscapes, part 2
Mistra REES (Resource-effective and efficient solutions) phase 2
Materials INnovative TEchnologies Assessment (MIN-TEA)
Biomass production and conversion in sustainably managed landscapes
Multi-scale bioethanol production systems analysis – from bio-reactor to LCA
Second-use of Li-ion batteries from hybrid and electric vehicles