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Students, researchers and professors of KIT Karlsruhe, together with the architects’ office 2hs, realized this circular pavilion from recycling materials at the Federal Garden Show 2019 in Heilbronn. The ‘Mehr.WERT.Pavillon’ is part of the so-called ‘Mehr.WERT.Garten’, a partner project of the Ministry of the Environment of Baden-Württemberg with the Entsorgungsbetriebe of the city of Heilbronn. It explores the question how we and future generations can live well and how we can develop our economy positively without consuming any of the scarce resources of our planet.
In a grand opening ceremony today, the Federal Garden Show BUGA 2019 in Heilbronn opened its doors to the public in the presence of German president Frank-Walter Steinmeier and state premier Winfried Kretschmann. Located at the center, the Mehr.WERT.Pavillon now houses and represents for the next 6 months an exhibition on resource use and re-use, focusing on Baden-Württemberg and the built environment. The pavilion was designed by KIT students and staff of the professorships Sustainable Construction, Structural Design and Building Technologies, and realised in cooperation with the office 2hs Architekten und Ingenieur PartGmbB.
For more information on the pavilion, please click here. For information on the program and exhibition, please click here. For the press kit, please click here.
The 2019 German Federal Garden Show (BUGA) in Heilbronn is both garden and city exhibition. The newly built city quarter Neckarbodenis intends to be a test bed for a new urban area that exemplifies how people live well together in a densely populated urban setting. In this context, the relevance of the question of resources that will still be available and sustainably used in the future cannot be overestimated.
Situated on a central lot of the BUGA terrain, the Mehr.WERT.Garten (translation: Added.VALUE.Garden) and its pavilion address the question how we can perform a paradigm shift in the way we use our resources, from the currently dominant linear economy (take, make, throw) towards a circular economy of closed and pure material cycles. The Mehr.WERT.Pavilion is the shell, as well as main element of an exhibition on local and global resource use, alternative materials as well as their applications in a circular design and construction. On the one hand, the pavilion makes use of the existing urban mine – all materials used in the project have already undergone at least one life cycle, either in the same or in a different form. On the other hand, it acts as a material depot, which will become available again for future constructions at the end of the exhibition. As such, materials utilised in the construction of the Mehr.WERT.Pavillon are specified and employed in a way that allows their complete re-introduction into pure and type-sorted material cycles for reuse, recycling or bio-degradation after the decommissioning and deconstruction of the building. The pavilion’s objective is to proof that it is possible already today to design, detail and construct according to the principles of the circular economy.
The pavilions building materials are separated into four groups: (1) the load-bearing structure is largely made from reused steel originating from a disused coal-fired power plant in north-western Germany. It consists of four inclined supports that fan out like trees and are connected to each other by a rigid steel frame structure. (2) The façades and roof are clad in panels manufactured from recycled bottles glass and industrial glass waste. (3) The furniture is built from recycled HDPE plastic waste, while the chairs are 3D printed from plastic household waste. (4) The floor of the pavilion as well as the landscape design of the garden forms an assemblage of various reused and recycled materials and products made from mineral construction and demolition waste.
Mehr.WERT.Pavillon serves as a laboratory and test run for future construction projects as well as their building processes. The aim is to discuss important issues of construction and the associated use of resources with decision-makers from politics, construction planning and implementation and to develop new innovative concepts, applications and methods, both in practice and in teaching. The pavilion design originated in the design studio Building from Waste of the Professorship of Sustainable Construction at KIT Karlsruhe. It was further developed by KIT students Lisa Krämer, Simon Sommer, Philipp Staab, Sophie Welter, and Katna Wiese in collaboration with the Professorships Tragkonstruktionen (Prof. Matthias Pfeifer / Certification engineer) and Bautechnologie (Prof. Rosemarie Wagner / Structural form finding), as well as the office 2hs Architekten und Ingenieur PartGmbB.
Project credits
Client: Entsorgungsbetriebe der Stadt Heilbronn Ministerium für Umwelt, Klima und Energiewirtschaft Baden-Württemberg Bundesgartenschau Heilbronn 2019 GmbH
Pavillon: Design: Lisa Krämer, Simon Sommer, Philipp Staab, Sophie Welter, Katna Wiese, Professorship of Sustainable Construction, KIT Karlsruhe Planning, structural design and execution: 2hs Architekten und Ingenieur PartGmbB Hebel Heisel Schlesier with Lisa Krämer and Simon Sommer Structural form finding: Prof. Rosemarie Wagner, Fachgebiet Bautechnologie, KIT Karlsruhe Certification engineer: Prof. Matthias Pfeifer, Karlsruhe, Germany Object construction: AMF Theaterbauten GmbH Electrical and lighting design: Udo Rehm / FC-Planung GmbH Lightning protection: Gebr. A. & F. Hinderthür GmbH Electrical installation: Elektro-Scheu GmbH Furniture construction: Kaufmann Zimmerei und Tischlerei GmbH Visualizations: Manuel Rausch Video Documentation: Fülmbüro – Videoproduktion Stuttgart
Garden and exhibition: Landscape architecture: Frank Roser Landschaftsarchitekten PartGmbB Landscaping: GrünRaum GmbH Exhibition design: Idee-n, Büro für nachhaltige Kommunikation Exhibition construction: ING.Büro Wegweiser Recycling workshop: Kunststoffschmiede / Konglomerat e.V. E-waste art: Prof. Abraham David Christian, Vito Pace, Fakultät Gestaltung, Hochschule Pforzheim
Project partner: AMF Theaterbauten GmbH, Deutsche Foamglas GmbH, Glas Trösch GmbH, Hagedorn GmbH, Handy-Aktion Baden-Württemberg, Heinrich Feeß GmbH & Co. KG, Institut für Umwelt- und Zukunftsforschung – Sternwarte Bochum, Magna Naturstein GmbH, Really ApS, Schröder Bauzentrum GmbH / DeFries, Smile Plastics, SPITZER-Rohstoffhandelsgesell. mbH Selb, StoneCycling BV, Studio Dirk Vander Kooij
Main sponsors: GreenCycle GmbH DSD – Duales System Holding GmbH & Co. KG SER Sanierung im Erd- und Rückbau GMBH
credit: Jonathan Preker – Copterbrothers
Karlsruher Institut für Technologie
Fakultät für Architektur
Institut Entwerfen und Bautechnik
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Pavilion made of recycled materials
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House building for the heirs
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Showering as a school subject
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We’re running out of sand!
March 19, 2020
Prof. Dirk E. Hebel talks about the shortage of sand.
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Diskrepanz zwischen Anspruch und Realität ist groß
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Urban Mining and Recycling (UMAR) and Research Seminar ‘Bau auf!’
January 22, 2020
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MICMAC – Micro Macro Michael Hosch, Competition for Modern Expansion and Lightweight Construction
December 20, 2019
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Sustainable construction should not be an option!
December 20, 2019
Krämer, Lisa, Simon Sommer, Katna Wiese, Sophie Welter, Philipp Staab (2019). Nachhaltig bauen, sollte keine Option sein, in: DBZ Der Entwurf , November 2019
Ein Gespräch über das Wieder- und Weiterverwenden von Baustoffen
October 15, 2019
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Zukunft braucht Kreislauf! Mehr.WERT Pavillon, UMAR & MycoTree in db Deutsche Bauzeitung
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Besser – Anders – Weniger!
October 10, 2019
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Was die Natur so bietet
October 10, 2019
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Calculation and Evaluation of Circularity Indicators for the Built Environment Using the Case Studies of UMAR and Madaster
October 9, 2019
Heisel, Felix and Sabine Rau-Oberhuber (2019). Calculation and Evaluation of Circularity Indicators for the Built Environment Using the Case Studies of UMAR and Madaster, in Journal of Cleaner Production 243 (SI Urban Mining): 118482. DOI:10.1016/j.jclepro.2019.118482
Materials In Progress
September 11, 2019
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Pioneering Construction Materials through Prototypological Research
August 22, 2019
Heisel, Felix and Dirk E. Hebel (2019). Pioneering Construction Materials through Prototypological Research, Biomimetics4(3): 56.
Strukturelle Bauteile, gewachsen aus Pilz
July 1, 2019
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Verständnis für globale Dimensionen und lokale Auswirkungen
June 4, 2019
Hans Fuchs (2019). ‚Begrijp de mondiale dimensies én de lokale effecten‘. In stedebouw & architectuur, 04 2019, 32-35. HB Zwolle, Niederlande: Acquire Publishing bv.
Das Raumlabor – UMAR
April 29, 2019
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MycoTree
March 28, 2019
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MycoTree
March 15, 2019
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UMAR – Urban Mining and Recycling Unit, Dübendorf, Schweiz
March 6, 2019
Claus Käpplinger (2019) UMAR – Urban Mining and Recycling Unit, Dübendorf, Schweiz. In architektur.aktuell the art of building, Energy Design 01-02 2019 , 82-93. Wien, Austria: architektur.aktuell GmbH.
MycoTree
March 2, 2019
Schlesier, Karsten, Felix Heisel, Dirk E. Hebel, Juney Lee, Matthias Rippmann, Tomas Mendez Echenagucia, Andrew Liew, Noelle Paulson, Tom van Mele, Philippe Block, Nazanin Saeidi and Alireza Javadian (2019). MycoTree: Beyond Mining – Urban Growth In: pasajes arquitectura 148 (diseno e innocacion): 148–9.
Prototypological Research: Pioneering Construction Materials
February 28, 2019
Heisel, Felix, and Dirk E. Hebel (2019) Prototypological Research: Pioneering Construction Materials. In Future Cities Laboratory: Indicia 02, edited by Stephen Cairns and Devisari Tunas, 200–207. Singapore, Singapore: Lars Müller Publishers.
