福利姬

The research project Resource efficient and resilient recirculation of products and components (ROAR) aims to support manufacturing companies in the transition towards a more circular and resource-efficient industry.

Industrial and Urban Symbiosis (IUS) mitigates economic and environmental problems by creating more value with fewer resources and emissions. Regenerative businesses can enhance IUS practices and benefits.

Agtech Sweden aims to build up an innovation environment and activate a mobilisation aiming for tomorrow's agriculture.

The project analyzed how large companies worked to strengthen sustainability upstream in the supply chain, identified key success factors, and developed a new model for supplier sustainability assurance.

Collaboration between transport companies and transport-buying enterprises (e.g., retailers, industries, and municipalities) is crucial for a resilient and fossil-free transportation system.

The STIGMA project tackles waste prevention and product life extension issues and illuminates circular solutions to enable continuous product use/reuse, such as Product as a Service (PaaS) and Remanufacturing.

Climate smart transport systems is a highly relevant and fast-developing area, both in research and in practice. Our research asks how logistics systems should be designed and run in order to be more sustainable.

Expertise in advanced modelling, systems analysis, and information management to enhance sustainability, mobility, and efficiency in urban development, transport, logistics, and information and communication technologies.

The project analyses why circular economy targets are not being met and how policy instruments, actors and value systems need to change. Through a broad synthesis, it generates knowledge that can support an effective transition.

Freight transport is crucial for Swedish welfare and the Swedish economy. The main purpose of the project is to explore the interplay between fossil-free solutions and resilience in the Swedish transport system.