Everyone is talking about the “circular economy” – but is it also sustainable? Various projects in NRP 73 examined this question, and their findings have been summarised in this thematic synthesis.
\n\n
\n","bild":{"id":1050,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_635a78352b1c0.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_635a78352b1c0.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_635a78352b1c0.jpg"},"textNachBild":"","optionen":["cropped"],"internerLink":[],"linkText":""}},{"component":"MediaTeaser","data":{"id":255,"title":"Media and news","slug":"medien-und-neuigkeiten","link":"/en/dev/part-data/kreislaufwirtschaft-elemente/medien-und-neuigkeiten","media":[{"id":1388,"title":"Warum Recycling allein nicht genügt","slug":"warum-recycling-allein-nicht-genuegt","link":"https://www.srf.ch/wissen/nachhaltigkeit/kreislaufwirtschaft-warum-recycling-allein-nicht-genuegt","bild":{"id":1196,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_64bfcf526e164.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_64bfcf526e164.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_64bfcf526e164.jpg"},"datum":"2023-07-25","type":"podcasts","parent":908},{"id":1244,"title":"Podcast E6: Alle Spitäler können ihre Betriebsabläufe ...","slug":"podcast-e6-alle-spitaeler-koennen-ihre-betriebsablaeufe","link":"https://open.spotify.com/episode/4ukZDEoTTL0yK172Q6dU2f?si=wsNQK2jGRSyFD3bqSinyHg","bild":{"id":1137,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_6399beb95cb95.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_6399beb95cb95.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_6399beb95cb95.jpg"},"datum":"2022-12-14","type":"podcasts","parent":908},{"id":1242,"title":"CEO Brief: Circular Economy (CE) – Business Opportunities and Strategies ...","slug":"ceo-brief","link":"https://nfp73.ch/download/44/NFP73_CEO_Brief_EN.pdf?inline=true","bild":{"id":1127,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_63986b9fa0507.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_63986b9fa0507.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_63986b9fa0507.jpg"},"datum":"2022-12-13","type":"programme-publications","parent":1123},{"id":1240,"title":"Long-term thinking facilitates a circular economy","slug":"langfristig-denken-hilft-der-kreislaufwirtschaft","link":"https://youtu.be/pq8WjbCX0IE","bild":{"id":1126,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_6384d38eeb86d.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_6384d38eeb86d.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_6384d38eeb86d.jpg"},"datum":"2022-11-28","type":"videos","parent":907},{"id":1238,"title":"Podcast E4: Eine Nachhaltige Wasserversorgung braucht ...","slug":"podcast-e4-eine-nachhaltige-wasserversorgung-braucht","link":"https://open.spotify.com/episode/6tANmpIWj9NcpIBgqJSqGs","bild":{"id":1129,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_63986d1ae1344.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_63986d1ae1344.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_63986d1ae1344.jpg"},"datum":"2022-11-04","type":"podcasts","parent":908},{"id":1116,"title":"Thematic synthesis: Circular Economy (DE)","slug":"nrp-73-policy-brief-no-1-2022","link":"https://nfp73.ch/download/11/NFP73_TS_Kreislauf_DE.pdf?inline=true","bild":{"id":1135,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_6398708c0b1e2.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_6398708c0b1e2.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_6398708c0b1e2.jpg"},"datum":"2022-01-01","type":"policy-briefs","parent":910}],"optionen":["parent"]}},{"component":"TextBild","data":{"id":1401,"title":"Background","slug":"hintergrund","link":"","textVorBild":"
Background
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Closing loops, as nature shows us, should make us independent of primary resources and avoid the problem of waste. However, it is unclear which strategies have the greatest environmental benefits, how they can be implemented economically and what regulatory and systemic obstacles there are.
Decision-makers in business and society are looking for support for the successful and effective design of cyles. The research projects in NRP 73 therefore aimed to investigate conditions for the sustainable circular economy and develop methods for decision-making. The thematic synthesis summarises the findings.
NRP 73 research projects investigated conditions and developed methods to enable sustainable designs for cycles. The spectrum of support for companies and legislators for implementation of a sustainable circular economy ranges from product design to indicators to business model innovation. The circular economy is more than just recycling – changing attitudes, reusing and repairing can also save resources and reduce environmental impacts. However, there is no catch-all solution or waste hierarchy. From an environmental perspective, different circular strategies are prioritised for different products and services. What ultimately counts is how effectively a cycle can reduce environmental impacts and consumption of resources. A paradigm shift to long-term, global, systemic thinking is needed for successful, effective implementation. Designing a cycle requires collaboration throughout circular value chains. This concerns in particular the design of products and services, as well as new business models and possibilities for redistribution of profits between the partners involved: if only one party in the cycle makes a profit, the circle is not completed. Legislation can and must support this process by providing incentives for collaboration and green product design, as well as defining and applying targets and indicators that prioritise sustainability.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":1404,"title":"Implication for research","slug":"bedeutung-fuer-die-forschung","link":"","textVorBild":"
Implication for research
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The NRP 73 projects have made a significant contribution to expanding and clarifying our knowledge and understanding of sustainable loops. The research findings have been published in numerous publications and have received international recognition. However, they have also raised new questions, which are now being pursued in further national and international projects.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":1405,"title":"Implication for practice","slug":"bedeutung-fuer-die-praxis","link":"","textVorBild":"
Implication for practice
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Through the research from NRP 73, companies and legislators have gained new methods, indicators and decision-making aids to promote the implementation of a sustainable circular economy. There is considerable interest on the part of industry, and the findings are already being applied.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"ProjekteTeaser","data":{"id":261,"title":"Projekte zum Schwerpunkt","slug":"projekte-zum-schwerpunkt","link":"/en/dev/part-data/kreislaufwirtschaft-elemente/projekte-zum-schwerpunkt","optionen":["inherit"],"projects":[{"id":429,"title":"Resource efficiency in Swiss hospitals","slug":"resource-efficiency-in-swiss-hospitals","link":"/en/projects/resource-efficiency-in-swiss-hospitals","tags":[{"id":41,"slug":"company","title":"Company","link":"/en/tags/viewpoint/company","group":40},{"id":44,"slug":"ngos-and-civil-society","title":"NGOs and civil society","link":"/en/tags/viewpoint/ngos-and-civil-society","group":40},{"id":1105,"slug":"resource-scarcity-and-resource-efficiency","title":"Resource scarcity and resource efficiency","link":"/en/tags/focus/resource-scarcity-and-resource-efficiency","group":145},{"id":1109,"slug":"life-cycle-assessment-lca","title":"Life Cycle Assessment (LCA)","link":"/en/tags/focus/life-cycle-assessment-lca","group":145}],"vorschaubild":{"id":59,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_62debd701532f.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_62debd701532f.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_62debd701532f.jpg"},"kontakt":"Matthias Stucki","optionen":["full"],"technicalName":"","projektLink":"https://www.greenhospital.ch/","institutions":[{"id":432,"title":"Zürcher Hochschule für Angewandte Wissenschaften ZHAW","slug":"zuercher-hochschule-fuer-angewandte-wissenschaften-zhaw","link":"/en/institutions/zuercher-hochschule-fuer-angewandte-wissenschaften-zhaw"}],"topic":97,"sdg":299,"color":"#EC640F","parts":[{"component":"TextBild","data":{"id":433,"title":"Resource efficiency in Swiss hospitals","slug":"gruene-spitaeler-oekobilanz-ressourceneffizienz-praktische-anwendungen-bearbeiten","link":"","textVorBild":"","bild":{"id":59,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_62debd701532f.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_62debd701532f.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_62debd701532f.jpg"},"textNachBild":"","optionen":["cropped"],"internerLink":[],"linkText":""}},{"component":"MediaTeaser","data":{"id":444,"title":"Media and news","slug":"medien-und-neuigkeiten","link":"/en/dev/part-data/gruene-spitaeler-oekobilanz-ressourceneffizienz-praktische-anwendungen-elemente/medien-und-neuigkeiten","media":[{"id":1386,"title":"Massnahmen für ein umweltfreundliches und effizientes Spital","slug":"massnahmen-fuer-ein-umweltfreundliches-und-effizientes-spital","link":"https://nfp73.ch/download/88/2023_Keller-etal_GreenHospital-best-practices.pdf?inline=true","bild":{"id":1195,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_64b911485335e.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_64b911485335e.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_64b911485335e.jpg"},"datum":"2023-07-20","type":"programme-publications","parent":1123},{"id":1243,"title":"Policy Brief N°4: The Sustainable Hospital Revolution","slug":"nfp-73-policy-brief-nr-4-2022","link":"https://nfp73.ch/download/47/221212_SNF_NFP73_PB_Stucki_EN.pdf?inline=true","bild":{"id":1136,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_63998cec70db0.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_63998cec70db0.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_63998cec70db0.jpg"},"datum":"2022-12-14","type":"policy-briefs","parent":910},{"id":1244,"title":"Podcast E6: Alle Spitäler können ihre Betriebsabläufe ...","slug":"podcast-e6-alle-spitaeler-koennen-ihre-betriebsablaeufe","link":"https://open.spotify.com/episode/4ukZDEoTTL0yK172Q6dU2f?si=wsNQK2jGRSyFD3bqSinyHg","bild":{"id":1137,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_6399beb95cb95.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_6399beb95cb95.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_6399beb95cb95.jpg"},"datum":"2022-12-14","type":"podcasts","parent":908},{"id":1190,"title":"Stucki - Resource efficiency in Swiss hospitals","slug":"stucki-resource-efficiency-in-swiss-hospitals","link":"https://www.youtube.com/watch?v=VIsJsA0CpaA","bild":{"id":1037,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_6335870ed8df5.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_6335870ed8df5.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_6335870ed8df5.jpg"},"datum":"2018-01-31","type":"videos","parent":907}],"optionen":["parent"]}},{"component":"TextBild","data":{"id":435,"title":"Background","slug":"hintergrund","link":"","textVorBild":"
Background
\n\n
The consumption of healthcare and social services is the fourth most important area of consumption from an environmental perspective, after food, mobility and housing. However, there are barely any comprehensive environmental assessments of this area. Before this project, it was not clear where the biggest levers for possible improvements lay, and how they could be implemented. No analysis of the environmental efficiency of hospitals had been conducted and the areas with the greatest improvement potential had not been identified.
The project aimed at developing consistent and comprehensive knowledge about resource consumption and environmental impact in Swiss hospitals. To this end, we analysed the factors that determine the life cycle environmental impact of the healthcare sector as well as resource efficiency in hospitals. These results served as a basis for the development of best practices for the sustainable and efficient operation of hospitals in Switzerland.
The analysed areas in hospitals were electricity, heating, catering, building infrastructure, laundry, water use, waste and wastewater, textiles, medical products, housekeeping products, paper use and printing, pharmaceuticals, electronic equipment and large medical equipment.
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Key areas for increasing sustainability in hospitals
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Our life cycle assessment of the environmental impact of these 14 areas in 33 Swiss hospitals showed: the areas catering, building infrastructure, heating, electricity and pharmaceuticals together account for about 70% of the Swiss hospitals’ impact on climate change through greenhouse gas emissions. The same areas are also responsible for about 70% of overall environmental impact according to the Swiss Ecological Scarcity Method. This method assesses the impact of pollutant emissions and resource extraction activities on the environment as part of a life cycle assessment.
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Aspects included in the sustainability analysis
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It reflects both the actual emission situation and the national or international emissions targets pursued by Switzerland. Some of the aspects considered are energy and mineral resource depletion, air pollution, water and soil, land use and climate change. The production of large medical equipment, housekeeping products and medical products as well as laundry, paper and printing, and water use each contributed less than 4% to both climate and environmental impact. The environmental efficiency analysis – using Data Envelopment Analysis (DEA) as well as Stochastic Frontier Analysis (SFA) – revealed that half of the hospitals could decrease their environmental impact by at least 50% without reducing their health service output.
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Optimisation potential in hospitals to increase sustainability
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Taking into account both the efficiency and environmental relevance of the areas, the highest improvement potentials are also in the areas of building infrastructure, catering, heating, electricity and pharmaceuticals, followed by waste and waste water. The biggest improvement potential in hospitals can be found in the area of heating. Improving the average efficiency of all hopitals in terms of heating by one percentage point would reduce the overall global warming potential (GWP) by 0.6 % or almost 1,700 tonnes CO2eq per year. For the entire Swiss acute care hospital sector, the total greenhouse gas emissions, including the full life cycle, are estimated at 445,000 tonnes CO2eq per year. This corresponds to 20.43 t CO2eq per standardised revenue in CHF or 3.26 t CO2eq per health care services provided by one full-time equivalent (FTE) healthcare professional in one year.
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Sustainability potential in logistics
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An on-site process analysis revealed that an optimisation of logistics is possible in all hospitals studied, for example by streamlining the ordering process for units by specifying an order quantity, training staff to avoid waste of cleaning cloths and offering more vegetarian meals by providing more plant-based options and changing the default meal.
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\n\n\n","bild":[],"textNachBild":"","optionen":["highlighted"],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":438,"title":"Implications for research","slug":"bedeutung-fuer-die-forschung","link":"","textVorBild":"
Implications for research
\n\n
Research conducted under the project led to the first scientific publication on life cycle assessment results of hospitals based on bottom-up inventory data. The developed comparison unit of standardised revenue provides a new approach to calculating a value representing provided healthcare services. This makes it possible to compare the environmental impact of different healthcare providers, representing a valuable alternative to the comparison of healthcare services based on the number of beds, hospital days or the number of patients, since standardised revenue includes both inpatient and outpatient treatments and corrects for regional differences. Hence, the comparison unit and results can be used as reference for international publications and will guide future research on hospital life cycle assessment by taking into account the sustainability relevance of hospital areas.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":439,"title":"Implications for practice","slug":"bedeutung-fuer-die-praxis","link":"","textVorBild":"
Implications for practice
\n\n
The on-site process analysis revealed an improvement potential for cleaning and procurement processes. Every hospital can benefit from a systematic analysis of its operational processes. Identifying the areas with the biggest potential for resource efficiency improvements, the environmental efficiency analysis made it possible to improve sustainibility initiatives in the hospital sector. Interactive networking workshops led to new collaborations, e.g. between several hospital sustainability managers. Their strong interest in the topic highlights the importance of exchanging ideas about sustainability measures.
With the ZHAW as a sparring partner, it was possible to anchor pegs and achieve practical results. A partnership of equals - both thematically and interpersonally. Thanks to the scientific context, we were able to experience a high level of acceptance in the committees.
\n","author":"Marcel Coray","institution":"Cantonal Hospital Graubünden","role":"Head of Hospitality & Service"}}}}],"intro":"
Which processes in a hospital have a particularly high environmental impact and how can they be made more sustainable while respecting the needs of patients and employees? This project collected primary data and analysed relevant hospital processes together with partner hospitals from an environmental and logistic perspective.
\n"},{"id":364,"title":"Challenges of modular water infrastructure systems","slug":"challenges-of-modular-water-infrastructure-systems","link":"/en/projects/challenges-of-modular-water-infrastructure-systems","tags":[{"id":42,"slug":"bodies-confederation-cantons-municipalities","title":"Bodies (Confederation, cantons, municipalities)","link":"/en/tags/viewpoint/bodies-confederation-cantons-municipalities","group":40},{"id":43,"slug":"politics","title":"Politics","link":"/en/tags/viewpoint/politics","group":40},{"id":44,"slug":"ngos-and-civil-society","title":"NGOs and civil society","link":"/en/tags/viewpoint/ngos-and-civil-society","group":40},{"id":1105,"slug":"resource-scarcity-and-resource-efficiency","title":"Resource scarcity and resource efficiency","link":"/en/tags/focus/resource-scarcity-and-resource-efficiency","group":145},{"id":1108,"slug":"ecodesign-business-models-and-production","title":"Ecodesign, business models and production","link":"/en/tags/focus/ecodesign-business-models-and-production","group":145},{"id":1111,"slug":"policy-instruments-and-legal-framework","title":"Policy instruments and legal framework","link":"/en/tags/focus/policy-instruments-and-legal-framework","group":145},{"id":1114,"slug":"green-jobs-and-the-labour-market","title":"Green Jobs and the Labour Market","link":"/en/tags/focus/green-jobs-and-the-labour-market","group":145},{"id":1115,"slug":"ecosystem-and-climate","title":"Ecosystem and climate","link":"/en/tags/focus/ecosystem-and-climate","group":145}],"vorschaubild":{"id":61,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_62debe3951b8b.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_62debe3951b8b.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_62debe3951b8b.jpg"},"kontakt":"Prof. Dr. Bernhard Truffer","optionen":[],"technicalName":"","projektLink":"https://www.eawag.ch/en/department/ess/projects/comix/","institutions":[{"id":377,"title":"Eawag","slug":"eawag","link":"/en/institutions/eawag"}],"topic":97,"sdg":299,"color":"#EC640F","parts":[{"component":"TextBild","data":{"id":366,"title":"Challenges of modular water infrastructure systems","slug":"herausforderungen-modularer-wasserinfrastrukturen","link":"","textVorBild":"","bild":{"id":61,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_62debe3951b8b.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_62debe3951b8b.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_62debe3951b8b.jpg"},"textNachBild":"","optionen":["cropped"],"internerLink":[],"linkText":""}},{"component":"MediaTeaser","data":{"id":376,"title":"Media and news","slug":"medien-und-neuigkeiten","link":"/en/dev/part-data/herausforderungen-modularer-wasserinfrastrukturen-elemente/medien-und-neuigkeiten","media":[{"id":1238,"title":"Podcast E4: Eine Nachhaltige Wasserversorgung braucht ...","slug":"podcast-e4-eine-nachhaltige-wasserversorgung-braucht","link":"https://open.spotify.com/episode/6tANmpIWj9NcpIBgqJSqGs","bild":{"id":1129,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_63986d1ae1344.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_63986d1ae1344.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_63986d1ae1344.jpg"},"datum":"2022-11-04","type":"podcasts","parent":908},{"id":1157,"title":"Completed NRP 73 research project: Challenges of modular water infrastructure systems","slug":"completed-nrp-73-research-project-challenges-of-modular-water-infrastructure-systems","link":"/en/mediacenter/news/completed-nrp-73-research-project-challenges-of-modular-water-infrastructure-systems","datum":"2022-09-13","bild":{"id":989,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_63208989061f5.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_63208989061f5.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_63208989061f5.jpg"},"type":"news","parent":906}],"optionen":["parent"]}},{"component":"TextBild","data":{"id":367,"title":"Background","slug":"hintergrund","link":"","textVorBild":"
Background
\n\n
Urban water management is confronted with substantial sustainability challenges (climate change, new pollutants, ageing infrastructures). Recent technological advances would enable radically more decentralised and modular solutions to tackle these problems. Their large scale diffusion presents considerable challenges regarding regulation and operation. An early assessment of potential transformation dynamics is therefore key for informing the innovation strategies of different actors.
Comix aimed to assess recent technological developments and global industry dynamics in order to identify potential roles for Swiss actors in this emerging industry[LB1] . It wanted to analyse alternative governance structures to develop, operate and regulate these new infrastructures and to develop tools to assess optimal transition pathways from a current centralised to a future more hybrid system. Challenges and opportunities were to be assessed jointly with a group of representatives of today’s water infrastructure sector.
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[LB1]Which industry? water management or modular infrastructure? Suggestion: \n«in the emerging modular water management industry”
Modular water treatment systems have experienced strong innovation activities in the past years, especially in terms of new treatment technologies, new monitoring and remote control concepts, but also new business models and governance approaches around the world. Furthermore, we see an increasing number of experiments with modular water infrastructures both globally and within Switzerland. The first fully functional systems are on the market and civil society, companies and cities are starting to implement them.
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High water quality with modular solutions
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The quality of the treated wastewater can be brought to levels comparabe to those of centralised plants, while sensoring and remote operation systems enable reliable and profitable business models and effective governance approaches. Appropriate governance structures are currently being developed, but they pose a challenge to current capabilities and resources of utilities, owners and regulators.
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Cost estimates for modular water infrastructures
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Cost assessments of transition pathways towards more hybrid infrastructures in selected Swiss municipalities show that implementation of existing modular systems would already be cost efficient today. This is not only the case for very remote houses, but also extends to peri-urban areas and central city districts, for instance in re-developments of former industrial areas. A future decrease in costs will substantially increase the overall market potential for these systems.
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Great potential in rainwater management
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Operators, planners and regulators of the Swiss urban water management sector consider these developments to be relevant for their present and future investment decisions. They point to high uncertainties and unclear incentive structures that currently prevent a more proactive engagement with modular alternatives. However, they see considerable future potential, in particular in the context of new approaches to rainwater management. Close coordination between the different parties will be important when it comes to reaping the benefits of such a transition while preventing sunk costs and problem shifts in the future.
\n","bild":[],"textNachBild":"","optionen":["highlighted"],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":370,"title":"Implications for research","slug":"bedeutung-fuer-die-forschung","link":"","textVorBild":"
Implications for research
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We contributed to innovation and governance studies on sustainability transitions. We developed a new methodology to assess socio-technical transformation dynamics. We further contributed to a better understanding of the governance structures needed to implement more hybrid infrastructures. We investigated how mixes of policies and policy instruments – where traditional instruments, such as regulatory and economic tools are supplemented with procedural tools of participation and user responsibility – can facilitate such transition processes and how grassroots initiatives could contribute.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":371,"title":"Implications for practice","slug":"bedeutung-fuer-die-praxis","link":"","textVorBild":"
Implications for practice
\n\n
Comix co-devised scenarios for potential developments of modular infrastructures in Switzerland with a broad range of stakeholders. This will inform future investment and regulation strategies aiming for more sustainable management of water resources at the level of the confederation, cantons and municipalities. We also developed a dynamic cost-assessment tool to analyse what a transition should look like and how communal and cantonal planning should organise their future investment plans.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"Publikationen","data":{"id":687,"title":"Publications","slug":"publikationen","link":"/en/dev/part-data/herausforderungen-modularer-wasserinfrastrukturen-elemente/publikationen","optionen":[],"altLink":"","altDatei":[],"project":364}},{"component":"PersonTeaser","data":{"id":378,"title":"Contact","slug":"kontakt","link":"/en/dev/part-data/herausforderungen-modularer-wasserinfrastrukturen-elemente/kontakt","person":{"id":245,"title":"Prof. Dr. Bernhard Truffer","slug":"prof-dr-bernhard-truffer","link":"/en/people/prof-dr-bernhard-truffer","bild":{"id":904,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_630eed1c520c4.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_630eed1c520c4.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_630eed1c520c4.jpg"},"name":"Prof. Dr. Bernhard Truffer","email":"Bernhard.Truffer@eawag.ch","telefon":"+41 58 765 56 70","addresse":"
Even if our infrastructures seem made to last forever, there is plenty of room for innovation and change. We spend too much time and energy making our well-worn paths smoother and straighter - instead we should make them wider - so we can overtake. Thanks to the research team for this insight.
I found the workshops very motivating, which is how I imagine constructive cooperation between research and practice. I was pleased that our input on the implementation strategy of the research project was taken on board; this will have a positive impact on Swiss urban water management thanks to more conscious use of water resources. Let's go!
\n","author":"Jürg Meyer","institution":"HOLINGER AG","role":"Member of the Board of Directors"},"testimonial-3":{"id":381,"title":"Testimonial 3","slug":"testimonial-3","link":"/en/dev/part-data/testimonials-testimonials/testimonial-3","quote":"
The workshop series showed me what the real challenges are when implementing modular wastewater systems. These can be mastered if all participants take steps towards each other. This is exactly what the research project has also contributed significantly to.
\n","author":"Markus Gresch","institution":"Hunziker Betatech","role":"Business Unit Manager"},"t4":{"id":740,"title":"t4","slug":"t4","link":"/en/dev/part-data/testimonials-testimonials/t4","quote":"
In the COMIX project, we discussed challenges and opportunities in dealing with modular wastewater systems in three workshops. Even though many implementation questions are still open, it can be stated that the topic is definitely relevant and that a proactive approach to modular wastewater systems is worthwhile.
Comix analysed whether and how modular, more decentralised infrastructures could become part of future sustainable urban water management services. Particular emphasis was put on strategic implications for Swiss regulators, operators and technology companies in this sector.
\n"},{"id":121,"title":"Towards a sustainable circular economy","slug":"towards-a-sustainable-circular-economy","link":"/en/projects/towards-a-sustainable-circular-economy","tags":[{"id":41,"slug":"company","title":"Company","link":"/en/tags/viewpoint/company","group":40},{"id":42,"slug":"bodies-confederation-cantons-municipalities","title":"Bodies (Confederation, cantons, municipalities)","link":"/en/tags/viewpoint/bodies-confederation-cantons-municipalities","group":40},{"id":43,"slug":"politics","title":"Politics","link":"/en/tags/viewpoint/politics","group":40},{"id":1105,"slug":"resource-scarcity-and-resource-efficiency","title":"Resource scarcity and resource efficiency","link":"/en/tags/focus/resource-scarcity-and-resource-efficiency","group":145},{"id":1108,"slug":"ecodesign-business-models-and-production","title":"Ecodesign, business models and production","link":"/en/tags/focus/ecodesign-business-models-and-production","group":145},{"id":1109,"slug":"life-cycle-assessment-lca","title":"Life Cycle Assessment (LCA)","link":"/en/tags/focus/life-cycle-assessment-lca","group":145},{"id":1110,"slug":"value-chain","title":"Value chain","link":"/en/tags/focus/value-chain","group":145},{"id":1111,"slug":"policy-instruments-and-legal-framework","title":"Policy instruments and legal framework","link":"/en/tags/focus/policy-instruments-and-legal-framework","group":145},{"id":1114,"slug":"green-jobs-and-the-labour-market","title":"Green Jobs and the Labour Market","link":"/en/tags/focus/green-jobs-and-the-labour-market","group":145}],"vorschaubild":{"id":995,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_6320f682c6626.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_6320f682c6626.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_6320f682c6626.jpg"},"kontakt":"Prof. Dr. Volker Hoffmann","optionen":["full"],"technicalName":"","projektLink":"","topic":97,"sdg":299,"color":"#EC640F","parts":[{"component":"TextBild","data":{"id":208,"title":"Intro","slug":"modulare-wasserinfrastrukturen","link":"","textVorBild":"
The project ‘Towards A sustainable CircuLar Economy’ (TACLE) combined a material flow with a business and policy perspective. Its main goal was to determine the hidden potentials for improving resource management in Switzerland, and to pave the way towards a sustainable circular economy (SCE).
\n","bild":{"id":1044,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_633ad3774ac9e.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_633ad3774ac9e.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_633ad3774ac9e.jpg"},"textNachBild":"","optionen":["cropped"],"internerLink":[],"linkText":""}},{"component":"MediaTeaser","data":{"id":218,"title":"Media and news","slug":"medien-und-neuigkeiten","link":"/en/dev/part-data/auf-dem-weg-zu-einer-nachhaltigen-kreislaufwirtschaft-elemente/medien-und-neuigkeiten","media":[{"id":1159,"title":"Completed NRP 73 research project: Towards a sustainable circular economy","slug":"completed-nrp-73-research-project-towards-a-sustainable-circular-economy","link":"/en/mediacenter/news/completed-nrp-73-research-project-towards-a-sustainable-circular-economy","datum":"2022-09-13","bild":{"id":1044,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_633ad3774ac9e.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_633ad3774ac9e.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_633ad3774ac9e.jpg"},"type":"news","parent":906},{"id":1116,"title":"Thematic synthesis: Circular Economy (DE)","slug":"nrp-73-policy-brief-no-1-2022","link":"https://nfp73.ch/download/11/NFP73_TS_Kreislauf_DE.pdf?inline=true","bild":{"id":1135,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_6398708c0b1e2.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_6398708c0b1e2.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_6398708c0b1e2.jpg"},"datum":"2022-01-01","type":"policy-briefs","parent":910},{"id":1191,"title":"Hoffmann - Towards a sustainable circular economy","slug":"hoffmann-towards-a-sustainable-circular-economy","link":"https://www.youtube.com/watch?v=cCO7OySNj08","bild":{"id":1038,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_63358747cfcf2.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_63358747cfcf2.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_63358747cfcf2.jpg"},"datum":"2018-01-31","type":"videos","parent":907}],"optionen":["parent"]}},{"component":"Text","data":{"id":571,"title":"Background","slug":"hintergrund","link":"/en/dev/part-data/auf-dem-weg-zu-einer-nachhaltigen-kreislaufwirtschaft-elemente/hintergrund","text":"
With increased population growth and changing consumption patterns, the stress on natural resources has increased globally. The concept of a Circular Economy (CE) has gained popularity in the context of policy, business and research as a means to address this issue. Yet, there are significant knowledge gaps related to the implementation and implications of a circular economy, and we sought to address these gaps in this project.
he goals of the project were to (i) identify and quantify opportunities for improving resource efficiency in Swiss industry through a sustainable circular economy (SCE); (ii) analyse how companies build/reconfigure value chains towards a sustainable circular economy and (iii) support policymaking and industry in transition to an SCE. The overarching research question of the project was the following: What are the hidden potentials for improving resource management in Switzerland, and how can they be used to implement a sustainable circular economy?
We identified and quantified opportunities for improving resource efficiency in the Swiss economy through a sustainable circular economy from both resource and socioeconomic perspectives. New indicators for measuring the environmental and economic sustainability of the circular economy were developed. Case studies of thermal insulation, furniture, textile clothing and plastics were environmentally assessed and, with the exception of textiles, also analysed from a socioeconomic perspective.
\n\n
We found that in the thermal insulation industry, the implementation of circular strategies such as reducing and recycling have the highest implementation potential from both a cost and a resource perspective. In the case of furniture, a number of internal and external factors such as the modularity of the furniture’s design or transportation distances for re-use/re-manufacture are crucial for a successful CE transition of furniture companies. Refurbishing of furniture, including a take-back scheme, and repairing of clothing showed the highest environmental impact mitigation potential. We further saw that rebound effects (i.e. spending saved money on other goods or services) can offset the benefits from reduced consumption or prolonged use of clothing or furniture. The analysis of the plastic packaging industry showed the importance for policymakers to understand the entire spectrum of regulatory solutions to circular economy barriers, and how different value players are affected, in order to foster a sustainable circular economy.
\n\n
The analysis related to building/reconfiguring value chains towards a sustainable circular economy demonstrated the relevance of disruptive circular innovations by firms - such as design for disassembly in the construction sector or enzymatic recycling for plastics and textiles - and organisational aspects (interdependencies between stakeholders, collective reconceptualisation of the established value chain) in fostering a transition towards a sustainable circular economy.
\n\n
Overall, it is key for policymaking to carefully consider economic, environmental and social aspects in the transition towards a circular economy, in addition to the conceptual criterion of material circularity, where material circularity is a measure for the amount of material in circulation.
\n","bild":[],"textNachBild":"","optionen":["highlighted"],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":573,"title":"Implication for research","slug":"bedeutung","link":"","textVorBild":"
Implication for research
\n\n
The project generated important theoretical and methodological contributions. We developed an environmental assessment framework for the evaluation of circular economy strategies as well as environmental and economic CE indicators and contributed to the discussion around sustainability aspects of the CE. In addition, our insights on barriers inhibiting the transition to a CE and our analysis of different value chains contributed to a better understanding of the role of organisations and the importance of policy in this transition.
\n","bild":[],"textNachBild":"","optionen":["highlighted"],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":1193,"title":"Implication for practice","slug":"bedeutung-fuer-die-praxis","link":"","textVorBild":"
Implication for practice
\n\n
The developed environmental and economic assessment frameworks, as well as findings from the case study, provide a scientific basis for i) policymakers by pointing out environmental and economic hotspots in selected value chains and barriers to a circular economy and ii) industry by presenting and evaluating options for closing material loops and their environmental and economic implementation potential. The developed environmental indicator – retained environmental value (REV) - was integrated into the target system of Swiss Recycling and, as a consequence of a postulate within the Swiss Parliament, its nationwide application. It is currently being evaluated by the Federal Office for the Environment (FOEN).
\n","bild":[],"textNachBild":"","optionen":["highlighted"],"internerLink":[],"linkText":""}},{"component":"Publikationen","data":{"id":574,"title":"Publications","slug":"publikationen","link":"/en/dev/part-data/auf-dem-weg-zu-einer-nachhaltigen-kreislaufwirtschaft-elemente/publikationen","optionen":[],"altLink":"","altDatei":[],"project":121}},{"component":"PersonTeaser","data":{"id":246,"title":"Contact","slug":"kontakt","link":"/en/dev/part-data/auf-dem-weg-zu-einer-nachhaltigen-kreislaufwirtschaft-elemente/kontakt","person":{"id":495,"title":"Prof. Dr. Volker Hoffmann","slug":"prof-dr-volker-hoffmann","link":"/en/people/prof-dr-volker-hoffmann","bild":{"id":922,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_63176009cdac6.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_63176009cdac6.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_63176009cdac6.jpg"},"name":"Volker Hoffmann","email":"vhoffmann@ethz.ch","telefon":"+41 44 632 05 40","addresse":"
The NRP was a milestone for us that allowed us to build up our work on Circular Economy, expand it significantly through related projects and now position it as a research area of its own.
We investigated the use of secondary raw materials for the Cloud Sofa as part of the Make Furniture Circular initiative. The collaboration with the research project helped us to evaluate the ecological sustainability of our project in a scientifically sound way. Through the exchange with the researchers, we were also able to discuss exciting ideas and thoughts regarding circular economy and learn a lot from each other.
\n","author":"Dr. Eva Bucherer","institution":"Initiative Make Furniture Circular, Pusch","role":"Head"},"t2":{"id":736,"title":"t2","slug":"t2","link":"/en/dev/part-data/testimonials-testimonials/t2","quote":"
By working with the researchers, we were able to gain exciting insights into the research surrounding the circular economy. We found the assessment of the sustainability potential of the circular economy for Switzerland, especially for CO2 savings, as well as the ecological assessment of waste prevention per sector particularly informative.
\n","author":"Patricia Matzdorf","institution":"WWF Schweiz","role":"Senior Partnership and Project Manager"}}}}],"intro":""},{"id":117,"title":"Laboratory for circular economy","slug":"laboratory-for-circular-economy","link":"/en/projects/laboratory-for-circular-economy","tags":[{"id":41,"slug":"company","title":"Company","link":"/en/tags/viewpoint/company","group":40},{"id":42,"slug":"bodies-confederation-cantons-municipalities","title":"Bodies (Confederation, cantons, municipalities)","link":"/en/tags/viewpoint/bodies-confederation-cantons-municipalities","group":40},{"id":43,"slug":"politics","title":"Politics","link":"/en/tags/viewpoint/politics","group":40},{"id":1105,"slug":"resource-scarcity-and-resource-efficiency","title":"Resource scarcity and resource efficiency","link":"/en/tags/focus/resource-scarcity-and-resource-efficiency","group":145},{"id":1108,"slug":"ecodesign-business-models-and-production","title":"Ecodesign, business models and production","link":"/en/tags/focus/ecodesign-business-models-and-production","group":145},{"id":1110,"slug":"value-chain","title":"Value chain","link":"/en/tags/focus/value-chain","group":145},{"id":1111,"slug":"policy-instruments-and-legal-framework","title":"Policy instruments and legal framework","link":"/en/tags/focus/policy-instruments-and-legal-framework","group":145},{"id":1114,"slug":"green-jobs-and-the-labour-market","title":"Green Jobs and the Labour Market","link":"/en/tags/focus/green-jobs-and-the-labour-market","group":145}],"vorschaubild":{"id":79,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_62df80d662ed7.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_62df80d662ed7.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_62df80d662ed7.jpg"},"kontakt":"Prof. Dr. Karoline Frankenberger","optionen":[],"technicalName":"","projektLink":"https://www.sanudurabilitas.ch/de/projekte/lace/","topic":97,"sdg":299,"color":"#EC640F","parts":[{"component":"TextBild","data":{"id":554,"title":"Laboratory for circular economy","slug":"intro","link":"","textVorBild":"","bild":{"id":79,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_62df80d662ed7.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_62df80d662ed7.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_62df80d662ed7.jpg"},"textNachBild":"","optionen":["cropped"],"internerLink":[],"linkText":""}},{"component":"MediaTeaser","data":{"id":659,"title":"Media and news","slug":"medien-und-neuigkeiten","link":"/en/dev/part-data/labor-fuer-eine-kreislaufwirtschaft-elemente/medien-und-neuigkeiten","media":[{"id":1256,"title":"Completed NRP 73 research project: Laboratory for circular economy","slug":"completed-nrp-73-research-project-laboratory-for-circular-economy","link":"/en/mediacenter/news/completed-nrp-73-research-project-laboratory-for-circular-economy","datum":"2022-12-16","bild":{"id":1141,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_639f1152da9af.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_639f1152da9af.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_639f1152da9af.jpg"},"type":"news","parent":906},{"id":1240,"title":"Long-term thinking facilitates a circular economy","slug":"langfristig-denken-hilft-der-kreislaufwirtschaft","link":"https://youtu.be/pq8WjbCX0IE","bild":{"id":1126,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_6384d38eeb86d.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_6384d38eeb86d.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_6384d38eeb86d.jpg"},"datum":"2022-11-28","type":"videos","parent":907},{"id":1186,"title":"Frankenberger - Laboratory for circular economy","slug":"frankenberger-laboratory-for-circular-economy","link":"https://www.youtube.com/watch?v=2uyZlQiCR54","bild":{"id":1033,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_63358621692c3.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_63358621692c3.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_63358621692c3.jpg"},"datum":"2018-01-31","type":"videos","parent":907}],"optionen":["parent"]}},{"component":"TextBild","data":{"id":660,"title":"Background","slug":"hintergrund","link":"","textVorBild":"
Background
\n\n
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).
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.
Not reducing our impact similar to an infringement on fundamental rights
\n\n
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\").
\n\n
\n\n
Better implementation of constitutal principles on sustainability
\n\n
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).
\n\n
\n\n
Companies must align their business with circular economy models
\n\n
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.
\n","bild":[],"textNachBild":"","optionen":["highlighted"],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":662,"title":"Implications for research","slug":"bedeutung","link":"","textVorBild":"
Implications for research
\n\n
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.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":1258,"title":"Implications for practice","slug":"bedeutung-fuer-die-praxis","link":"","textVorBild":"
Implications for practice
\n\n
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.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"Publikationen","data":{"id":1161,"title":"Publications","slug":"publikationen","link":"/en/dev/part-data/labor-fuer-eine-kreislaufwirtschaft-elemente/publikationen","optionen":[],"altLink":"","altDatei":[],"project":117}},{"component":"PersonTeaser","data":{"id":555,"title":"Contact","slug":"kontakt","link":"/en/dev/part-data/labor-fuer-eine-kreislaufwirtschaft-elemente/kontakt","person":{"id":500,"title":"Prof. Dr. Karolin Frankenberger","slug":"prof-dr-karolin-frankenberger","link":"/en/people/prof-dr-karolin-frankenberger","bild":{"id":913,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_630ef9ff0752b.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_630ef9ff0752b.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_630ef9ff0752b.jpg"},"name":"Prof. Dr. Karolin Frankenberger","email":"karolin.frankenberger@unisg.ch","telefon":"+41 71 224 27 01","addresse":"
Holzstrasse 15 \n9010 St. Gallen
\n","institut":"
Institute for Business Administration IfB-HSG, University of St. Gallen
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.
\n","author":"David Mastrogiancomo","institution":"Losinger Marazzi","role":"Head of Zurich Branch, Head of Sustainable Development"},"t2":{"id":744,"title":"t2","slug":"t2","link":"/en/dev/part-data/testimonials-testimonials/t2","quote":"
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.
\n","author":"Marcel Niederberger","institution":"V-ZUG","role":"Head of Sustainability"},"t3":{"id":745,"title":"t3","slug":"t3","link":"/en/dev/part-data/testimonials-testimonials/t3","quote":"
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.
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.
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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
Circular economy
Everyone is talking about the “circular economy” – but is it also sustainable? Various projects in NRP 73 examined this question, and their findings have been summarised in this thematic synthesis.
Closing loops, as nature shows us, should make us independent of primary resources and avoid the problem of waste. However, it is unclear which strategies have the greatest environmental benefits, how they can be implemented economically and what regulatory and systemic obstacles there are.
Aim
Decision-makers in business and society are looking for support for the successful and effective design of cyles. The research projects in NRP 73 therefore aimed to investigate conditions for the sustainable circular economy and develop methods for decision-making. The thematic synthesis summarises the findings.
Results
NRP 73 research projects investigated conditions and developed methods to enable sustainable designs for cycles. The spectrum of support for companies and legislators for implementation of a sustainable circular economy ranges from product design to indicators to business model innovation. The circular economy is more than just recycling – changing attitudes, reusing and repairing can also save resources and reduce environmental impacts. However, there is no catch-all solution or waste hierarchy. From an environmental perspective, different circular strategies are prioritised for different products and services. What ultimately counts is how effectively a cycle can reduce environmental impacts and consumption of resources. A paradigm shift to long-term, global, systemic thinking is needed for successful, effective implementation. Designing a cycle requires collaboration throughout circular value chains. This concerns in particular the design of products and services, as well as new business models and possibilities for redistribution of profits between the partners involved: if only one party in the cycle makes a profit, the circle is not completed. Legislation can and must support this process by providing incentives for collaboration and green product design, as well as defining and applying targets and indicators that prioritise sustainability.
Implication for research
The NRP 73 projects have made a significant contribution to expanding and clarifying our knowledge and understanding of sustainable loops. The research findings have been published in numerous publications and have received international recognition. However, they have also raised new questions, which are now being pursued in further national and international projects.
Implication for practice
Through the research from NRP 73, companies and legislators have gained new methods, indicators and decision-making aids to promote the implementation of a sustainable circular economy. There is considerable interest on the part of industry, and the findings are already being applied.