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Circular upskilling arena
Step into the Circular Upskilling Arena and gain the expertise to make your operations more sustainable. Master circular design, lifecycle strategies, and digital tools for remanufacturing.
Resource efficient and resilient recirculation of products and components
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.
Resource productivity and sustainable business growth
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.
Overcoming behavioral barriers towards consumer product remanufacturing, STIGMA
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.
Digital sharing platform in Swedish municipalities
The ongoing digitalization changes how people live their lives, in their homes and in society. Changes do not only regard how we adopt new technologies, like digital sharing platforms.
Research into the role municipalities play to promote sustainable development
Sustainability strategies in municipalities are increasingly important in the work to meet the societal challenges of today. Research at LiU makes it easier to effectively implement the UN global climate objectives of Agenda 2030 at local level.
Environmental Technology and Management (MILJÖ)
Division of Environmental Technology and Management is a research and education environment at the Department of Management and Engineering. We turn environmental problems into opportunities.
Synthesis study on the transition to a circular economy
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.
Sustainable football pitches
In this project, we focus on the environmental impact of both artificial and natural grass pitches, as well as their energy usage throughout their life cycle.
UPSCALED: Ecocycle analysis for upscaling of future energy conversion technologies
The UPSCALED project conducts circularity analyses for the large-scale use of future energy conversion technologies and examines how perovskite-based solar cells can be scaled up sustainably from laboratory to industry.