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Sustainable Catalysis by Functionalized Materials and Applications to Late-Stage Functionalizations
Polymer electrocatalysts for electrolytic deoxygenation of thermal fluids
New sustainable composites by uniting cemented carbides and advanced high-strength steels
Green Solvents Processable Conjugated Polymers for Organic Electronics
Green coordination polymers for water remediation
Developing chemically stabilised Ni-rich cathodes for long-life sustainable Li-ion batteries
Generating green functionalized magnetic microparticle depressants for enhancing Li battery recycling process
Electroresponsive self-assembly for ?-layer Supercapacitors
Reactive Recycling of Polyolefins
Clay as a carrier for polyphosphate fertilizers in agriculture
Catalytic Methanol Production for CO2 Mitigation
Computational design of nano-catalyst for electrochemical synthesis of energy carriers
Improving Cleanliness of Remelted High-Performance Tool Steel
Platinum circularity for green hydrogen technologies
Towards high-performance graphene composites for hydrogen storage
Stable Organic Transport Materials for Next-Generation Solar Cells
Metal-semiconductor metamaterial for IR detection beyond the conventional limit
Materials for Next-Generation Electronics
Regenerable materials for water purification created from functional algal polymers
A sustainable light-emission technology through control of dynamic doping
Design and Mechanistic Study of Sn-based Catalysts from Cu Doping and Molecule-Material Interface Modification for Carbon Dioxide Reduction
Interface modification of perovskite optoelectronics by organic dye molecules
Thermophotovoltaic heat engines based on low band-gap environmentally friendly quantum dots
Non-toxic, inorganic wide band gap thin films for tandem solar cells
Solvated Metal Oxides for Energy Storage: Proton Dynamics in Confinement
Rare-earth-free magnesium metallic glasses enabled by additive manufacturing
New materials for enhanced superconducting spintronics
Green Integrated Technology for Removal of CO2
Developing sustainable catalytic conversion of CO2 to value-added chemicals and fuels using operando surface specific X-ray spectroscopy
Sustainable materials for sustainable environmental sensing
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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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