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Upcycling food industry side streams into functional organic-inorganic hybrid materials
Solving the Enigma of Sustainable Production of Ultra-Hard and Crack-Resistant Thin Glasses
Thermally insulating and moisture-resilient foams from textile waste
Porous thermoresponsive poly(ionic liquid) / graphene oxide composites for harvesting water from air (ProWater)
Toxicity guided inverse design of materials for environmental remediation
Sustainable carbon composite electrodes for energy storage
Low bandgap solar absorbers: a combined experimental and computational approach
Anisotropic Cu aerogel monolith electrocatalyst
Self-organized liquid-infused materials for CO2 capture
Towards green magnetic cooling
Single Atom Catalysts for Sustainable Conversion of Synthetic Chemicals
Alkali-stable ionenes and membranes for sustainable hydrogen production
Sustainable high efficiency multi-junction nanowire solar cells
CO2 Fluidised Deep Eutectic Systems for Materials Processing
Nanowire-based hot-carrier photovoltaics
Water-based n-type conductive polymer inks
Plant-Based, Freely Deformable, and High-Performance Organic Batteries for Sustainable Power Sources in Upcoming IoT World
Loss-reductive electrification of liquid organic hydrogen carrier (e-LOHC)
Eco-Deposition to Create Novel Multifunctional Coating Materials
High-power multi-level kirigami materials for active wearable cooling
e-CVD: Dry electrodeposition for more sustainable chip production
Material and process development for circularity in additive manufacturing of lightweight structures
Integrating Photosystem I (PSI) and Organic Solar Cells for a Sustainable Future
Multi-property rare-earth-element free magnetocaloric materials
FEELMOST – Free Energy Engineering for Liquid Molecular Solar Thermal Storage
Reciprocal Space Mapping of the Sodiation of High Entropy Alloy Based Battery Electrodes
Photocatalytic Solar Energy Conversion for Storable Energy
Graphene-enhanced structural battery composites for future energy storage
Materials for the infrastructure of tomorrow
Confined bio-based renewable materials for sustainable aqueous rechargeable batteries (CLEANBATT)
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Wallenberg Initiative Materials Science for Sustainability

Enabling sustainable technologies with impact on our society by understanding, creating, and controlling complex materials.

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Participating universities

Chalmers university of technology Royal Institute of Technology Linköping University Luleå University of Technology Lund University Stockholm University Uppsala University

Funded by

Knut and Alice Wallenberg Foundation
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