Portrait
Sustainable Cities and Communities
Industry, innovation and infrastructure
Life on land
Responsible
consumption and production
Cities and Mobility
Building and Construction
Finance
Circular economy
Forest Management
Supply Chains
Agriculture and Nutrition
Governance
Sustainable Behaviour
Decarbonisation of the transport sector
Post-fossil cities
Co-evolution of business strategies and resource policies in the building industry
Ecological footprint in the housing sector
Financing clean tech
Sustainable finance
Laboratory for circular economy
Towards a sustainable circular economy
Challenges of modular water infrastructure systems
Resource efficiency in Swiss hospitals
Ecosystem services in forests
Trade‐offs in forests
Insurance value of forest ecosystems
Enhancing supply chain sustainability
Sustainable Public Procurement (SPP)
Open assessment of Swiss economy and society
Digital innovations for sustainable agriculture
Impacts of Swiss food consumption and trade
Interaction of economy and ecology in Swiss farms
Switzerland’s sustainability footprint
Sustainable Trade Relations for Diversified Food Systems
Green labour market effects
Voluntary corporate environmental initiatives
Legal framework for a resource-efficient circular economy
Nudging small and medium-sized companies
Rebound Effects of the Sharing Economy
Sustainable consumer behaviour
Extending the lifespan of mobile devices
The influence of environmental identities

Laboratory for circular economy

LACE focussed on interdisciplinary research to show under which economic, legal, political, ecological and technical conditions a sustainable economy in the form of a circular economy can be both ecologically beneficial and economically profitable. Three PhD students and their suprevisors worked on this question in an interdisciplinary manner.

Background

Our current economic system is primarily based on a linear principle. Consequences are the generation of waste and the overusage of natural resources. Circular economy (CE) – an economic system which aims to keep products, components and materials at their maximum utility and value at all times – is a very important lever for solving our environemental problems. However, so far our society is still struggling to implement CE on a broad basis – studies show that our world is only 8.6% circular, leaving a massive Circularity Gap (Circularity Gap Report 2021).

Aims

Objective of this inter- and trans-disciplinary project was to work out principles that help Swiss companies to successfully implement a sustainable circular economy. In this regard, we were working together with six bigger and smaller partner companies (Losinger Marazzi, Nespresso, V-Zug, Dr. Gabs, SV Group and Tisca Tiara) and developed tools and approaches to support implementation of a CE for these companies from three different perspectives – the material and energy requirements, the legal and administrative framework and the business model perspective. 

Results

Not reducing our impact similar to an infringement on fundamental rights  

A sustainable CE in Switzerland would make it possible to guarantee, in the medium term, the exercise of fundamental freedoms enshrined in the Swiss Constitution: human dignity (Art. 7), right to life (Art. 10), economic freedom (Art. 27), guarantee of property (Art. 26). Indeed, in view of the climate emergency and the overstepping of other planetary limits, not reducing the impact of our systems has an anticipated effect similar to an infringement of fundamental rights ("eingriffsähnliche Vorwirkung").  

 

Better implementation of constitutal principles on sustainability  

A sustainable CE also allows for better implementation of various principles already enshrined in our federal Constitution, in particular those of prevention and precaution (Art. 74 para. 2) and sustainability (Arts. 2, 73), which in turn allows for better implementation of other provisions such as sustainable energy supply (Art. 89), sustainable agriculture (Art. 104, 104a), etc. The polluter-pays principle (Art. 74 para. 2) should be implemented such that prices reflect these global limits by adopting market mechanisms for internalising externalities that exceed global limits (e.g. taxes on footprint or quotas). This would guarantee a sustainable CE within our liberal economic order (Art 94). 

 

Companies must align their business with circular economy models  

To do so, companies must innovate their business models and align them with the principles of CE. Central to this is the understanding that business models must encompass value generation, value creation, and value capture in line with the CE. Since a company is often unable to carry out all of the necessary value creation steps on its own, it is dependent on interaction with other players, especially companies. The individual business models along the value-creation steps need to be coordinated and aligned, and a joint value proposition and circular product design needs to be established. Cross-company circular products and solutions can thus be implemented. Thanks to capable orchestrators in these so-called circular ecosystems, the business operations can stay within planetary boundaries and overcome given barriers within and outside companies. 

Implications for research

Taking a systemic and global view, this project made several advances in terms of the requirements that need to be met to makeCE sustainable. Methods were developed to connect global environmental boundary criteria with product and service design, as well as for designing transitions. Entrepreneurial opportunities for the formation of business models in circular ecosystems, as well as the links between the regulatory framework and the transition towards a sustainable CE in Switzerland, have been comprehensively mapped, highlighting the hindering and enabling factors and including proposals to overcome them. Approaches have been developed to address the responsibility of the state to take measures for maintaining our life support sytem and to overcome the apparent conflict between them and fundamental rights related to economic activities. 

Implications for practice

The project created different tools to help designers consider absolute environmental sustainability as regards products/services. It demonstrated practical opportunities and tools for managers and project staff involved in implementing circular business models to help them overcome obstacles that impede transition. These included the identification of 40 Circular Ecosystem Patterns and a navigator process to support the transition process. Furthermore, the project created tools for policy design and presented many proposals for Swiss policymakers on how to adapt the regulatory framework for a sustainable CE that respects planetary boundaries, while also presenting arguments to legitimate these interventions.  

Publications

Vers une économie circulaire des emballages de boissons en verre en Suisse - limites et apports du cadre réglementaire Partie II: Prespectives

Brunner, D.
2020

Read now
Vers une économie circulaire des emballages de boissons en verre en Suisse– limites et apports du cadre réglementaire, Partie I: Etat des lieux

Brunner, D.
2020

Read now
A Step Toward Making Your Company More Sustainable

Takacs, F. et al.
2021

108 The resource reduction index – evaluating product design's contribution to a sustainable circular economy

Desing, H. et al.
2021

Read now
Reducing climate risks with fast and complete energy transitions: applying the precautionary principle to the Paris agreement

Desing, H./Widmer, R.
2021

Read now
When to replace products with which (circular) strategy? An optimization approach and lifespan indicator

Hummen, T./Desing, H.
2021

Read now
Resource pressure – A circular design method

Desing, H. et al.
2021

Read now
Business Model Innovation for the Circular Economy - White Paper

Takacs, F. et al.
2020

Read now
A circular economy within the planetary boundaries: Towards a resource-based, systemic approach

Desing, H. et al.
2020

Read now
Ecological resource potential

Desing, H. et al.
2020

Read now
Ecological resource availability: a method to estimate resource budgets for a sustainable economy

Desing, H. et al.
2020

Read now
Powering a Sustainable and Circular Economy—An Engineering Approach to Estimating Renewable Energy Potentials within Earth System Boundaries

Desing, H. et al.
2019

Read now

Project leaders

Prof. Dr. Karolin Frankenberger
Executive School of Management, Technology and Law; Universität St. Gallen

Dr. Roland Hischier
Empa

Prof. Dr. Stéphane Nahrath
Institut de hautes études en administration publique (IDHEAP), Université de Lausanne

Prof. Dr. Anne-Christine Favre
Faculté de droit, des sciences criminelles et d'administration publique, Université de Lausanne

Project partners

Dr. Gabs

Losinger Marazzi

Logitech

Nespresso

SV Group

Tisca Tiara

​V-Zug

sanu durabilitas
Schweizerische Stiftung für nachhaltige Entwicklung (Transfer partner)

« 

The collaboration with the research team was an enrichment for Losinger Marazzi. The awareness of the topic of circular economy and economically sensible, resource-saving and circular processes has been strengthened and made more dynamic. The last four years have been characterised by constructive workshops.

 »
David MastrogiancomoLosinger Marazzi (Head of Zurich Branch, Head of Sustainable Development)
« 

The research project has acted as an accelerator in the topic of circular economy and promoted cooperation beyond the company. Circular economy only succeeds when all those involved work together along the entire value chain.

 »
Marcel NiederbergerV-ZUG (Head of Sustainability)
« 

The research project has revealed various aspects of the circular economy. By working together with the researchers, we were able to look at challenges as well as solutions from different angles. Specifically, together with Empa, we were able to create and introduce a design tool that allows us to look at the resource pressure of a product in comparison with other products. This supports the new development of sustainable collections.

 »
Dr. Maike QuandtTisca (Project Manager Technical Development)

Viewpoint

Focus

Choose one or multiple of the above terms for highlighting the respective datasets on the Website.