Research projects

DYNAMITE

The green transition is increasing competition for ocean space and marine resources. At the same time, marine envi­ron­ments need to be protected and over-exploited areas given the opportunity to recover. Meeting both these needs requires better methods for assessing how different human activities affect the marine environment – both indi­vid­u­ally and in combination.

ACLOUD - find out more

Advancing chemical-looping combustion of domestic fuels

Land2Value

Green Biomass Hubs for a Circular Bioeconomy

A passive-dac system using alkaline by-products to achieve negative emissions

In this project Chalmers, Gothenburg University, Boliden, Höganäs, Nordic-DAC group, Klimpo and Torkap­pa­rater will investigate the removal of atmospheric CO2 through an innovative passive carbonation system.

Concrete change

More efficient use of resources for cement and concrete. The overall objective of the project is to investigate from a system perspective different measures to radically reduce greenhouse gas emissions related to the production and use of cement and concrete.

Green Valleys 2.0

Green Valleys is a four-year EU-financed Swedish-Danish research col­lab­o­ra­tion project with the objective to establish a platform for developing green biorefinary. 

BioFINE – Bio­Func­tional IntraNeural Electrodes

The BioFINE project aims to enhance bio­com­pat­i­bil­ity of such intraneural electrodes so that they function better in contact with the patient’s own nervous system and over longer time. We are working with sophis­ti­cated micro- and nanofab­ri­ca­tion processes combined with chemical engineering of the surfaces of the implant which helps to modulate the foreign body response.

Project CirkAlg

In CirkAlg, we explore the potential of Swedish seaweed as a contributor to the food protein transition by developing a two-step circular strategy by which the protein content of seaweed and seaweed-derived products can be further raised.

Innovative Rain Gardens

... for Sustainable and Effective Treatment of Urban Runoff Polluted with Microplas­tics, Organic Pollutants, and Metals

RELIANCE

RELIANCE – Real-time char­ac­ter­i­za­tion of anisotropic carbon-based tech­no­log­i­cal fibres, films and composites.

AM-EDIH

European Digital Innovation Hubs (EDIHs) serve as com­pre­hen­sive resources, empowering companies, and public sector orga­ni­za­tions to tackle digital challenges and enhance their com­pet­i­tive­ness. Within this framework, AM-EDIH focuses on digital aspects of AM. It educates and develops skills to quickly reach the technology front through digital solutions.

Post-Norm Super Sulfated Cement

By combining two existing cement tech­nolo­gies, developing them further while optimising the production process, this project will provide a new type of high-performance cement with a very low carbon footprint.

AMES project

Autonomous flight of UAM vehicles

Amica

Amica builds upon a break­through wafer-scalable, super-efficient microcomb technology to realize critical demon­stra­tors in WDM CPO, aiming at petabit-per-second aggregate speeds in a mass-man­u­fac­turable platform with unprece­dented combination of channel count, efficiency, line spacing and power per line. 

2DSOTECH

The research within 2DSOTECH deals with atomically-thin two-dimensional (2D) quantum materials and aims at discovering new electronic phenomena and devices with a massive potential for more intelligent, faster and energy efficient computers in the future - con­tribut­ing to a more sustainable society. 

AI Engineering Lab

The Chalmers and University of Gothenburg AI Engineering Lab aims to bring together members to discuss and collaborate on topics and issues related to the practical application of AI. Members include researchers and col­lab­o­ra­tors within the Department of Computer Science and Engineering. Activities include seminars with invited cutting-edge inter­na­tional researchers and prac­ti­tion­ers, workshops, and other in-person or virtual outreach activities or events

Project MeChaNiSM

The MeChaNiSM network connects world-leading academic lab­o­ra­to­ries in the fields of single-molecule biophysics, organic synthesis, and molecular modeling with key industrial partners (pharma and scientific instru­men­ta­tion) creating a unique environment to train 15 Doctoral Candidates (DCs) in cross-dis­ci­pli­nary skills. These DCs will be vital to establish new technology in nucleic acids chemistry and single-molecule analysis in industrial research, in particular for phar­ma­ceu­ti­cal and biotech­no­log­i­cal industries, in the design of new drugs — including RNA ther­a­peu­tics — and tech­nolo­gies to improve human health.

Resource efficient blue food production from small under­uti­lized pelagic fish species (RE-BLUE)

The RE-BLUE project explores new scalable food value chains from the vast amounts of our herring and sprat catches which today end up as feed rather than food -both whole small-sized fish and rest raw materials from fillet production. RE-BLUE aims to design, align and combine process-steps to unlock the enormous potential of these raw material streams for a new generation of seafood products.

WASP Lighthouse at Chalmers University of Technology

The main goal for WASP Lighthouse at Chalmers is to create closer connections between existing WASP faculty, students, PhD students and postdocs, and partners in the industry and public sector.

MoreH2 - a Nordic research col­lab­o­ra­tion advancing the next generation of green hydrogen production.

Pro-GREEN-LABs

Promoting Green Competences for Integrated Sustainable Development in Archi­tec­tural Education through Expe­ri­en­tial, Lab-based, Active Learning