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“Urban Mining” – Die Sendung mit der Maus

How do we want to live in the future? And how can we also be sure in the future that there will be enough raw materials to provide everything needed in daily life? Clari, Jana, Ralph and André from the “Sendung mit der Maus” are looking into securing raw materials and urban mining.

For this purpose, they are opening a future flat-sharing community for four weeks in the Urban Mining and Recycling Unit in the NEST research building on the EMPA campus in Dübendorf, and from there they are exploring where and how the various components of the research unit were produced.

The four-part series Urban Mining from “Die Sendung mit der Maus”

The first part is about the recycling of bricks into new masonry units. The focus is also on the MycoLab of the KIT in Karlsruhe and the production of insulating material from mycelium there. The second episode shows the viewers the production process of glass ceramics and plate material from melted plastic. The third episode deals with the production of table tops from used beverage cartons and with recyclable carpets. The fourth episode focuses on technical innovations and the deconstruction of materials from urban mining.

The four-part series “Urban Mining” from the “Sendung mit der Maus” conveys an understanding of the responsible use of our raw materials in a child-friendly way.

 
 

“Die Maus” film set in the UMAR unit

On the occasion of the 50th birthday of “Die Maus”, numerous special episodes are being filmed this year. In this context, “Die Sendung mit der Maus” also visited the Urban Mining and Recycling (UMAR) housing and research unit of the Swiss research institute Empa at “NEST” in Dübendorf near Zurich in Switzerland.

People on the film set © André Gatzke

In the middle of June, NEST Innovation Manager Enrico Marchesi invited Prof. Dirk E. Hebel and Sandra Böhm from the Professorship of Sustainable Construction to present the housing unit, the building materials used there, and the construction and material concept to the viewers of the “Sendung mit der Maus” after a brief welcome. The Urban Mining and Recycling Unit of the EMPA is still one of a few lighthouse projects of circular construction. Many innovative, forward-looking construction techniques are used in exemplary applications, which allow the sorted disassembly and the later reuse of all used materials. The unit was created in 2017 by Werner Sobek with Dirk E. Hebel and Felix Heisel, Bernd Köhler and Frank Heinlein.

Prof. Dirk E. Hebel interviewed by Jana © FLASH Filmproduktion

Ralph, Jana, Sihan, André from “Die Sendung mit der Maus”, Prof. Dirk E. Hebel, Sandra Böhm and Enrico Marchesi were present for the filming session in the Urban Mining and Recycling Unit at NEST at EMPA in Dübendorf, Switzerland. The programme will be broadcast as a special episode as part of the Mouse’s 50th birthday events in August 2021.

More information about the 50th birthday of “Die Maus” here.

 
 

Urban Mining & Recycling (UMAR) on Instagram @neweuropeanbauhaus

The Urban Mining and Recycling unit (UMAR) in NEST was listed as a showcase project of circular construction by the New European Bauhaus on 6th April 2021. The project shows how a responsible approach to dealing with our natural resources can also go hand in hand with an appealing architectural form. Life-cycle thinking has led the design process: all the resources required to construct the unit are fully reusable, recyclable, or compostable.

Instagram Post about UMAR © neweuropeanbauhaus

The Urban Mining and Recycling housing and research unit in NEST, the modular Research and Innovation Building of Empa in Dübendorf (Switzerland), is demonstrating what a paradigm shift in the construction industry reacting to the limitation of the world’s natural resources might look like. Turning away from linear material-consumption and towards an economy of material recycling, multiple use, alternative construction methods and the use of entirely separable materials – UMAR works as a material laboratory but also as a material depot. It is a proof that the responsible use of natural resources, the recycling of materials and modern architecture can go hand in hand.

The building design was created by Werner Sobek in collaboration with Dirk E. Hebel and Felix Heisel, Bernd Köhler and Frank Heinlein.

Visit the Urban Mining and Recycling (UMAR) website here.

Learn more about the New European Bauhaus on their website or on Instagram.

 
 

UMAR and Mycelium Research in “Die Sendung mit der Maus”

In the current 50th anniversary episode of “Die Sendung mit der Maus”, Armin Maiwald, one of the hosts, is looking for how people will live in the future. Therefore he visits the Urban Mining and Recycling Unit (UMAR) created by Werner Sobek with Dirk E. Hebel and Felix Heisel.

The UMAR Unit © WDR Die Maus

The building design demonstrates how a responsible approach to dealing with our natural resources can go hand in hand with appealing architectural form. The project is underpinned by the proposition that all the resources required to construct a building must be fully reusable, recyclable or compostable. This places life-cycle thinking at the forefront of the design: Instead of merely using and subsequently disposing of resources, they are borrowed from their technical and biological cycles for a certain amount of time before being put back into circulation once again. In that way UMAR functions simultaneously as a material laboratory and a temporary material storage.

Dr. Alireza Javadian shows the material’s strength © WDR Die Maus

After having visited UMAR, Armin Maiwald also takes a look at the mycelium laboratory in the Westhochschule in Karlsruhe. Here our researcher Dr. Alireza Javadian shows the TV host of the children’s program how the mycelium grows in the laboratory, how it is shaped and how resistant it is afterwards.

Watch the full episode of “Die Maus” on WDR here.

Mycelium Wall in the UMAR Unit © WDR Die Maus

 
 

KIT Professorship of Sustainable Construction wins two innovation awards at “beyond bauhaus – prototyping the future” organized by “Deutschland – Land der Ideen” – an initiative of the Federal Government and German industry

The international competition “beyond bauhaus – prototyping the future”, sought ground-breaking design ideas and concepts that address a socially relevant topic and provide creative answers to the pressing questions of our time. Almost 1500 projects coming from 50 countries applied for an award. The 20 award winners convinced the international jury with their ideas and concepts. The spectrum of entries reflects the challenges of our time: it ranges from food cultivation on the water to individually dosed medicine and new technologies for urban development to sustainable building materials. The Professorship of Sustainable Construction Dirk E. Hebel together with Philippe Block and Juney Lee from ETH Zürich (Mycotree) and Werner Sobek and Bernd Köhler from the Werner Sobek Group Stuttgart (UMAR) won two of the awards.

Renewable building material for the city of tomorrow

Steel and concrete—these are the first materials that come to mind when one thinks about building. But our resources are finite, which is why construction must break new ground. Scientists at the Karlsruhe Institute of Technology (KIT) and the Swiss Federal Institute of Technology in Zurich (ETH) with its research outpost FCL in Singapore are leading the way by researching alternatives to conventional building materials. A result of years of research is “MycoTree”, a self-supporting structure made of fungal mycelium and bamboo. Design Team: KIT: Dirk E. Hebel, Felix Heisel, Karsten Schlesier, ETHZ: Philippe Block, Juney Lee, Matthias Rippmann, Tomas Mendez Echenagucia, Andrew Liew, Noelle Paulson, Tom van Mele, SEC/FCL: Nazanin Saeidi, Alireza Javadian, Adi Reza Nugroho, Robbi Zidna Ilman, Erlambang Adjidarma, Ronaldiaz Hartantyo, Hokie Christian, Orion Tan, Sheng Yu, Kelly Cooper

Closed material cycles in civil engineering

The world’s natural resources are limited, which is why we need to rethink how we use and reuse everything — away from linear material-consumption and towards an economy of recycling. The Urban Mining and Recycling (UMAR) housing and research unit of the Swiss research institute Empa at “NEST” is demonstrating what this paradigm shift in the construction industry might look like. Architects Werner Sobek, Dirk E. Hebel and Felix Heisel have come up with a building concept that uses entirely separable resources, either reusable or compostable: mortar-free, folding walls made of recycled demolition debris, bathroom cladding made of recycled plastic chopping-boards, or mushroom mycelium as compostable wall-insulation. UMAR is thus not only a material laboratory but also a material depot. It is also proof that responsible use of natural resources and modern architecture can go hand in hand. Design Team: Werner Sobek mit Dirk E. Hebel und Felix Heisel, Bernd Köhler, Frank Heinlein

More information here.

 
 

The making of UMAR

One working day, two cranes and a well attuned team: on 21 November 2017, the woodworkers from the Austrian company Kaufmann Zimmerei und Tischlerei placed the seven prefabricated modules of the Urban Mining and Recycling unit with utmost precision between the projecting platforms of NEST, the research and innovation building of Empa and Eawag in Dübendorf. The interior finishing was implemented in the following few days; and the apartment thus ready to accommodate its first two tenants. Read more here.

 
 

UMAR – Urban Mining und Recycling Unit, Dübendorf, Schweiz

Experimental, educational and even radical is the housing unit UMAR by Werner Sobek, Dirk E. Hebel and Felix Heisel, who not only want to test new materials as real as possible, but also want to permanently change our understanding of buildings and cities. UMAR invites you to discover a building as a material storage and cities as urban mines. Article at architektur.aktuell Austria by Claus Käpplinger.

Read full article here.

 
 

DETAIL: Living Unit as an architectural model for the circular economy / Wohnmodul aus Recycling-Material

»Die Stadt der Zukunft unterscheidet nicht zwischen Abfall und Vorrat«, umschreiben die Wissenschaftler den zugrundeliegenden Forschungsansatz der Experimentaleinheit mit einem Zitat von Mitchell Joachim, Vorreiter eines ökologischen Planungsansatzes. Die Urban Mining & Recycling (UMAR)-Unit ergänzt seit Februar 2018 als experimentelles Wohnmodul das modulare Forschungs- und Innovationsgebäude NEST auf dem Campus der Eidgenössischen Materialprüfungs- und Forschungsanstalt (Empa) in schweizerischen Dübendorf. Der Entwurf stammt von Werner Sobek mit Dirk E. Hebel und Felix Heisel. Sobek ist Leiter des Instituts für Leichtbau Entwerfen und Konstruieren der Universität Stuttgart, Hebel und Heisel sind Leiter und Forschungsverantwortlicher des Fachgebiets Nachhaltiges Bauen am KIT Karlsruhe und am Singapore ETH-Centre.

Read the full article here.

 
 

UMAR unit now has its own website: www.nest-umar.net

The Urban Mining and Recycling unit now has its own website. At www.nest-umar.net you can find all information about Empa NEST, the unit UMAR, as well as the making of the unit. Additionally, the website offers a material library of the materials used including data sheets and company contacts.

 
 

Construction starts at NEST Unit Urban Mining & Recycling

One working day, two cranes and a well attuned team: on 21 November 2017, the woodworkers from the Austrian company Kaufmann Zimmerei und Tischlerei placed the seven prefabricated modules of the new “Urban Mining & Recycling” unit with utmost precision between the projecting platforms of NEST, the research and innovation building of Empa and Eawag in Dübendorf. The interior finishing will be implemented in the next weeks. The apartment will be ready in the spring of 2018 and will accommodate two tenants.

The NEST unit “Urban Mining & Recycling” is simultaneously an apartment, a material storage, and a material lab. The unit is based on the idea that all resources required to construct a building must be fully reusable, recyclable or compostable. Werner Sobek, director of the Institute for Lightweight Structures and Conceptual Design of the University of Stuttgart and owner of the Werner Sobek Group, together with Dirk E. Hebel and Felix Heisel of the Chair of Sustainable Construction at the Karlsruhe Institute of Technology (KIT), are responsible for the design. The general contractor of the project is Kaufmann Zimmerei und Tischlerei. The seven modules that form the new unit were prefabricated in their factory in the Reuthe, Austria.

The structure as well as large parts of the facade are made of untreated wood. The innovation lies in the connections and the material-oriented use: all connections of the system subjected to tension and compression can be easily undone. Adhesive connections had been omitted in favor of plug and screw connections. The wood being used is applied in such a way that an otherwise standard coating is not necessary, thus making purely type-sorted recycling or purely biological composting possible.

Recycling stones and borrowed floor slabs

The facade consists of aluminum and copper. Both metals can be melted and recycled according to type. Inside, various serially-processed building products had been used, the different materials of which can be recycled in a type-sorted manner and without residue. Among other things, grown wall panels consisting of mushroom-based mycelium, innovative recycling stones, recycled insulation materials, as well as borrowed floor coverings are also being used in the unit. Through the use of such new “material leasing concepts“, the construction of this unit also calls into question the existing economic concepts prevalent in the construction industry. During a second construction phase, the unit will then also address research questions regarding the sustainable use of energy through a retrofittable solar heating system.

The “Urban Mining & Recycling” unit will be connected to the NEST backbone and the interior will be completed in the coming weeks. The official opening of the unit will take place in early February 2018. Shortly thereafter, the first two tenants will move into the new residential unit and subject the materials to a practical test.

 
 

Urban Mining & Recycling (UMAR) Unit in Dübendorf

The Urban Mining & Recycling (UMAR) Experimental Unit is the newest unit of the NEST research building on the campus of the Swiss Federal Laboratories for Materials Science and Technology (Empa) in Dübendorf, Switzerland. The building design created by Werner Sobek with Dirk E. Hebel and Felix Heisel demonstrates how a responsible approach to dealing with our natural resources can go hand in hand with appealing architectural form. The project is underpinned by the proposition that all the resources required to construct a building must be fully reusable, recyclable or compostable. This places life-cycle thinking at the forefront of the design: Instead of merely using and subsequently disposing of resources, they are borrowed from their technical and biological cycles for a certain amount of time before being put back into circulation once again. Such an approach makes reusing and repurposing materials just as important as recycling and upcycling them (both at a systemic and a molecular/biological level, e.g. via melting or composting). This conceptual emphasis means that UMAR functions simultaneously as a materials laboratory and a temporary material storage.

The following approaches lie at the heart of the design:

  • Temporary removal and borrowing instead of permanent acquisition and disposal
  • Maximal modularisation and prefabrication
  • The potential for all materials and products to be extracted cleanly, separated out and sorted

The building, which is created on the basis of a modular construction concept, is fully prefabricated and tested in the factory. The supporting structure and large parts of the façade consist of untreated wood, a material that can be reused or composted after the building is dismantled. The façade also includes aluminium and copper, two types of metal that can be separated out cleanly, melted down and recycled. The interior of the unit contains an extremely diverse range of serially manufactured building products whose various constituent materials can be separated out and sorted before being introduced back into their respective materials cycles without leaving behind any residue or waste. Among the technologies used here are cultivated mycelium boards, innovative recycled bricks, repurposed insulation materials, leased floor coverings and a multifunctional solar thermal installation.

Visitors can learn about all of the materials and products used in the project at the entrance to the unit and in the dedicated materials library.

The UMAR unit is not just a material storage, but also a public repository of information that is intended to serve as a model example and a source of inspiration for other building projects. UMAR wants to make a contribution to the paradigm shift that is required in the construction industry. The module functions both as a laboratory and a test run for sustainable building projects and the processes associated with them. In collaboration with partners from the worlds of planning, administration and production, the unit’s goal is to examine resource consumption and the key issues in the construction industry and use its insights to develop a range of innovative tools and approaches.

Opening: February 2018

Project Team:

Concept, Design and Project Planning:
Werner Sobek with Dirk E. Hebel and Felix Heisel, Stuttgart and Karlsruhe, Germany (Project Management, Werner Sobek Office: Bernd Köhler, Frank Heinlein)
Structural Planning and General Contractor:
kaufmann zimmerei und tischlerei gmbh, Reuthe, Austria (Matthias Kaufmann)
HLSKE (Heating, Ventilation, Sanitation, Air-Conditioning & Electrical Systems) and MSR (Measuring & Control Technology):

Amstein-Walthert AG, Zürich, Switzerland (Project Management: Simon Büttgenbach)
Sprinklers:
NBG Ingenieure AG, Bern, Switzerland (Bernhard Zmoos)
JOMOS Feuerschutz AG, Balsthal, Switzerland (Rudolf Jenni)
Fire Safety:
Balzer Ingenieure AG, Chur, Switzerland (Dumeng Wehrli, Christoph Schärer)
Building Physics:
Weber Energie und Bauphysik, Schaffhausen, Switzerland (Moritz Eggen)
Client:
Empa Swiss Federal Laboratories for Materials Science and Technology, Dübendorf, Switzerland (Enrico F. Marchesi, Reto Fischer)

 
 

       
 
 
 
Karlsruher Institut für Technologie
Fakultät für Architektur
Institut Entwerfen und Bautechnik

Professur Nachhaltiges Bauen
Englerstr. 11, Geb. 11.40, Raum 25
D-76131 Karlsruhe
 
Tel: +49 (0)721/608-42167
 
 
 
Recent Publications:  
 

    Ideas for the Future

    September 21, 2022

    Klaaßen, Lars. 2022. “Ideen Für Die Zukunft.” Süddeutsche Zeitung, September 17, 2022.

     
     

    A building material stands in the woods

    September 21, 2022

    Grossarth, Jan. 2022. “Ein Baustoff Steht Im Walde.” Welt Am Sonntag, September 11, 2022.

     
     

    RoofKIT – KIT wins Solar Decathlon 2021/22 with climate neutral roof extension

    September 16, 2022

    Lenz, Daniel, Luciana Alanis, Nicolas Carbonare, Regina Gebauer, Andreas Wagner, and Dirk E. Hebel. 2022. “RoofKIT – KIT Gewinnt Beim Solar Decathlon 2021/22 Mit Klimaneutraler Dachaufstockung.” AIT, no. 9.2022 (September): 36–40. https://ait-xia-dialog.de/ait-magazine/ausgabe-9-2022/.

     
     

    Students from Karlsruhe win Solar Decathlon Europe

    September 12, 2022

    Verein Deutscher Ingenieure e.V., (unknown). “Karlsruher gewinnen Solar Decathlon Europe” HLH, July 2022.

     
     

    University Competition Solar Decathlon Europe: Team RoofKIT from KIT Karlsruhe wins with circular constructed top-up strategy

    July 4, 2022

    db online, (unknown). 2022. “Hochschulwettbewerb »Solar Decathlon Europe«: Team Aus Karlsruhe Gewinnt Mit Kreislauffähiger Aufstockung.” Deutsche Bauzeitung Online. July 1, 2022. URL: https://www.db-bauzeitung.de/news/team-aus-karlsruhe-gewinnt-mit-kreislauffaehiger-aufstockung/.

     
     

    Solar Decathlon goes to Karlsruhe

    July 4, 2022

    Schoof, Jakob. 2022. “Solar Decathlon Geht Nach Karlsruhe.” DETAIL Online. June 30, 2022. URL: https://www.detail.de/de/de_de/solar-decathlon-geht-nach-karlsruhe.

     
     

    Circularity? 100 per cent! Team RoofKIT from Karlsruhe wins the Solar Decathlon Europe 21/22

    June 27, 2022

    BauNetz. „Kreislauffähigkeit? 100 Prozent! Karlsruher Team gewinnt Solar Decathlon Europe 21/22“. BauNetz, 27. Juni 2022. URL: https://www.baunetz.de/meldungen/Meldungen-Karlsruher_Team_gewinnt_Solar_Decathlon_Europe_21-22_7966259.html.

     
     

    RoofKIT – How do we build in the future?

    June 13, 2022

    Lenz, Daniel, Regina Gebauer, Dirk E. Hebel, and Vanessa Falletta. 2022. “ROOFKIT: WIE BAUEN WIR IN ZUKUNFT?” Polis Online. June 10, 2022. https://polis-magazin.com/2022/06/roofkit-wie-bauen-wir-in-zukunft/.

     
     

    The Solar Decathlon Europe 21/22 in the Mirker Quartier is open to visitors

    June 13, 2022

    Christoph, Johanna, and Marvin Rosenhoff. 2022. “Der Solar Decathlon Europe 21/22 im Mirker Quartier ist für Besucher geöffnet.” Westdeutsche Zeitung. June 10, 2022. https://www.wz.de/nrw/wuppertal/wuppertal-solar-decathlon-europe-21-22-ist-fuer-besucher-geoeffnet_aid-71171755.

     
     

    What about recycling?

    June 8, 2022

    Kries, Mateo, Jochen Eisenbrand, and Mea Hoffmann, eds. 2022. “Wie steht’s mit dem Recyceln?” In Plastik. Die Welt neu denken, 190–95. Weil am Rhein: Vitra Design Museum.

     
     

    Event: Solar Decathlon Europe 21/22

    May 3, 2022

    Team RoofKIT (2022), “Veranstaltung: Solar Decathlon Europe 21/22”, in: polis – Urban Development, January 2022, p. 85

     
     

    Wood-Veneer-Reinforced Mycelium Composites for Sustainable Building Components

    April 11, 2022

    Özdemir, Eda, Nazanin Saeidi, Alireza Javadian, Andrea Rossi, Nadja Nolte, Shibo Ren, Albert Dwan, Ivan Acosta, Dirk E. Hebel, Jan Wurm, and Philipp Eversmann (2022), “Wood-Veneer-Reinforced Mycelium Composites for Sustainable Building Components”, in: Biomimetics 7, no. 2: 39, March 2022, https://doi.org/10.3390/biomimetics7020039, URL: https://www.zukunftbau.de/projekte/forschungsfoerderung

     
     

    Interview: 3 questions to Dirk Hebel

    March 21, 2022

    Müller, Judith, and Dirk E. Hebel (2022), Drei Fragen an Dirk Hebel, in: KIT-Zentrum Mensch und Technik, March 2022, URL: https://www.mensch-und-technik.kit.edu/dreifragenanhebel.php

     
     

    Becoming recyclable. The city as a regenerative resource

    March 19, 2022

    Hebel, Dirk E. (2022), Kreislauffähig werden. Die Stadt als regenerative Ressourcein: Bauwelt, Re-Use, ed. 6.2022, 15 March 2022, p. 16-19, URL: https://bauwelt.de/rubriken/betrifft/Kreislauffaehig-werden.-Die-Stadt-als-regenerative-Ressource-3744598.html

     
     

    Plant-based data centers

    March 15, 2022

    Judge, Peter (2022), Plant-based data centers, in: Data Centre Dynamics Ltd (DCD), 17 March 2022, URL: https://www.datacenterdynamics.com/en/analysis/plant-based-buildings/

     
     

    Stone on stone, mycelium or wood?

    March 10, 2022

    Schneeweiß, Ulrike (2022), Stein auf Stein, Pilz oder Holz?, in: Helmholtz Klima-Initiative, 03 January 2022, URL: https://www.helmholtz-klima.de/aktuelles/stein-auf-stein-pilz-oder-holz

     
     

    The Real Estate Industry needs a Master Plan for Circular Construction

    February 28, 2022

    Werth, Hans-Jörg (2022), „Die Immobilienwirtschaft benötigt einen Masterplan für zirkuläres Bauen“, in: Handelsblatt inside REAL ESTATE, 22 February 2022

     
     

    Innovative biological building materials

    February 16, 2022

    Hebel, Dirk E. (2022), “Innovative biologische Baumaterialien. Pilze als neuer Baustoff zum Schließen der Ressourcenlücke”, in: BauPortal, Fachmagazin der Berufsgenossenschaft der Bauwirtschaft, February 2022, p. 14-16

     
     

    Pure towards the Future

    January 31, 2022

    Hebel, Dirk E. (2021), Sortenrein Richtung Zukunft, in: Materialreport 2022, Raumprobe OHG (ed.), December 2021, p. 6-11

     
     

    Material/Research

    January 31, 2022

    Hempel, André, Eva Hermann, Verena Kluth and Helga Kühnhenrich (ed. BBSR) (2022), “Material/Forschung”, in: ZUKUNFT BAU Forschungsförderung, 2022, p. 10-13

     
     

    Now it’s Round & Old and New Building Materials

    January 31, 2022

    Braune, Anna (2022), “Jetzt geht’s rund – Circular Economy bei der Planung und im Bauen”, in: Deutsches Architektenblatt, DAB Regional Baden-Württemberg, 02/2022, p. 10-11

    Renz, Gabriele (2022), “Alte und neue Baumaterialien: Stroh-Wand Pilz-Ziegel Baum-Decke”, in: Deutsches Architektenblatt, DAB Regional Baden-Württemberg, 02/2022, p. 12-13

     
     

    Roofkit – How do we build in the future?

    January 26, 2022

    polis (2022), “ROOFKIT – WIE BAUEN WIR IN ZUKUNFT?”, in: polis online, 26.01.2021, https://polis-magazin.com/events/event/roofkit-wie-bauen-wir-in-zukunft/

     
     

    Changes in the Building Industry & Harvesting and Seeding Building Material

    January 10, 2022

    Hebel, Dirk E. (2022), “Wandel im Bauwesen”, in: Deutsche Bauzeitschrift, 01|2022, p. 36

    Hebel, Dirk E. and Felix Heisel (2022), “Baumaterial ernten und säen”, in: Deutsche Bauzeitschrift, 01/2022, p. 40-44

     
     

    Architectural Education for the Age of Circular Construction

    January 10, 2022

    Blümke, Katharina, Daniel Lenz, and Dirk E. Hebel. 2021. “Architekturausbildung für das Zeitalter des zirkulären Bauens.” LUST AUF GUT(e) VIER WÄNDE – REPUBLIC OF CULTURE  Special: Rund ums Bauen und Wohnen, October 29, 2021. https://www.lust-auf-gut.de/magazine-previews/blaettern/lust-auf-gut-magazin-special-rund-ums-bauen-und-wohnen-34/.

     
     

    A Future for the Building Stock

    December 10, 2021

    Schoof, Jakob (2021), “Eine Zukunft für den Bestand (5): Umbauprojekt RoofKIT für den Solar Decathlon Europe”, in: DETAIL online, 09.12.2021, https://www.detail.de/artikel/eine-zukunft-fuer-den-bestand-5-umbauprojekt-roofkit-fuer-den-solar-decathlon-europe/

     
     

    Café ADA – Solar Decathlon in Wuppertal: Two Visions for the Renovation

    December 10, 2021

    Haus-, Wohnungs- und Grundeigentümer-Verein in Wuppertal u. Umgebung e.V. (Hrsg.) (2021), “Café ADA. Solar Decathlon in Wuppertal: Zwei Visionen für die Sanierung”, in: hausundgrund – Magazin für Haus- und Grundstückseigentümer, ed. 10/21, p. 22-27

     
     

    The Architecture of Waste – Design for a Circular Economy

    November 29, 2021

    Hebel, Dirk (2021), “Afterword”, in: The Architecture of Waste – Design for a Circular Economy”, 2021, p. 232-233

     
     

    Myco-Architecture: Building with Mushrooms

    November 18, 2021

    Sigmund, Bettina (2021), “Myko-Architektur: Bauen mit Pilzen”, in: DETAIL, 6.2021, p. 32-35

     
     

    Cultivating Cycles

    November 18, 2021

    Himmelreich, Jørg (2021), Round Table with Dirk E. Hebel, Folke Köbberling and Martin Kaltwasser: “Kreisläufe kultivieren”, in: Das Magazin der SCHWEIZER BAUDOKUMENTATION, 06-2021, p. 18-21

     
     

    lookKIT – The magazine for research, teaching, innovation

    November 2, 2021

    Fuchs, Stefan (2021), Interview with Sandra Böhm, Daniela Schneider and Dirk E. Hebel: “Wir müssen einfacher, intelligenter und sortenrein bauen”, in: looKIT, 03/2021, p. 10-14.

    Wiebe, Sandra (2021), “The Future City as Resource Supply” (about RoofKIT), in: looKIT, 03/2021, p. 34-37.

    Link, Regina (2021), “Das Bauwesen braucht eine radikale Wende” (about Architects for Future Karlsruhe) , in: lookKIT, 03/2021, p. 46-49.