Carbon Activated Timber Bench Klupa by Michael Budig and Kenneth Tracy

Carbon Activated Timber Bench Klupa by Michael Budig and Kenneth Tracy is a highly esteemed winner of the very prestigious 2020 Brončana nagrada A' Design Award in Održivi Proizvodi, Projekti i Zeleni Dizajn Competition Category.

BronzaOdrživi Proizvod· 2020

Carbon Activated Timber Bench Klupa

by Michael Budig and Kenneth Tracy

Client: Singapore University of Technology and Design

Brončana nagrada A' Design Award Winner in Održivi Proizvod Category

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Verified Award Winner
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View at A' Design Award Press Release Award Badge

Colors

The Design

About Carbon Activated Timber Bench Klupa

Klupa od karbonom aktiviranog drveta dizajnirana je za javne prostore i izrađena od regenerisanih drvenih dasaka. Ona izaziva pojmove težine i stabilnosti. Iako zapremina drvenih dasaka izgleda kao masivni blokovi, oni su samo labavo povezani i u nestabilnom stanju. Sićušna karbonska vlakna povezuju masivne blokove pružajući im stabilnost. Ona takođe ojačavaju blokove dodatno povećavajući čvrstoću drvenih dasaka.

The Recognition

About the Brončana nagrada A' Design Award

Carbon Activated Timber Bench Klupa je pobjednik Brončane nagrade A' Design Award, visoko prestižnog priznanja koje se dodjeljuje izvanrednim dizajnima što se odlikuju kreativnošću, domišljatošću i oštroumnošću. Brončani pobjednici izdašno su vješti i upečatljivo kreativni artefakti koji potvrđuju golemo iskustvo, maštu i snalažljivost svojih dizajnera. Očekuje se da Carbon Activated Timber Bench Klupa bude visoko cijenjen, voljen i njegovan predmet koji je izuzetno profesionalan i inovativan. Ovaj dizajn koji je osvojio Brončanu nagradu A' Design Award uključuje najbolje prakse u umjetnosti, nauci, dizajnu i tehnologiji i izvrstan je zbog pažnje posvećene detaljima. Carbon Activated Timber Bench Klupa sjajno zadovoljava potrebe, dotiče želje, očarava osjećaje i privlači znatiželju.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: The bench uses reclaimed wood planks that through their re-application continue to store carbon, since the living trees absorb CO2 from the environment. The re-use of the wood hence contributes to a positive ecological balance. Carbon is re-combined with the wood in a different state, as minimal amounts of high tech fibres that are strategically placed to enhance the capacity of the wood planks.
Dimensions & Packaging: Dimensions: 3000 x 830 x 400 mm
Volume: 0.1736 m3
Mass: 128 kg of reclaimed hardwood from outdoor deckings
Carbon fibers, total mass: 0.623 kg (around 800m of 12k carbon fibre tow)
Tags: Reclaimed wood, carbon fibres, robotic milling, traditional crafts
Production Technology: The bench reflects craftsmanship in a contemporary context, where computational design and fabrication have become state of the art. After stacking reclaimed wood planks into solid blocks, an industrial robotic arm mills the blocks into their final geometries with paths for the subsequent reiforcement with fibres. The reclaimed wood planks store carbon and contribute to a positive ecological balance, whereas carbon is re-combined as minimal amounts of high tech fibres, strategically placed to enhance the capacity of the wood planks.
Design Challenge: Reclaimed wood simultaneously diverts waste and reduces the energy by forgoing the effort needed to obtain virgin materials. The finishing and fabrication contribute to making a durable, robust piece of furniture sequestering carbon for longer and reducing the need for replacements. Finally augmenting the performance of wood beyond its inherent structural capacity increases the potential range of use so it can be used differently for both industrial design and architecture.
Research: The bench design highlights the expertise present in large-scale furniture carpentry in a combination of experienced labor with new forms of craft, digital calibration and robotic fabrication. By augmenting the reclaimed wood with carbon fibers, the project proves that small amounts of high-performance materials can be used alongside carbon-negative wood elements. This new design direction increases productivity and sustainability through the use of new design and manufacturing technologies.
Inspiration: Juxtaposing old, weathered hardwood with precise smooth carving and high-tech carbon fiber gives the piece a unique character. This novel expression fuses high tech carving, patina, natural wood grain, digitally designed weaving patterns and precise manufacturing. This points towards an optimized, calibrated future of sustainable design and recalls vernacular traditions of textile and wood construction. Lashing, wood joinery and timber frames act as both cultural and technological precedents.
Project Duration: Conversations started in late December 2016, and the design was completed in November 2018 and installed on the grounds of Mapletree Business City 2, Singapore
Operation Flow: Initiated by the opportunity to reuse wood decking boards the project leverages high performance materials and new techniques to renew the old materials and create a sustaining piece of furniture. An elongated pattern of tightly wound carbon fiber strands rest within robotically carved groves to hold the massive stack of blocks together. Precise, continuous curvature combined with tapered edges form a comfortable low-profile object that looks lightweight despite being 140kg
Team Members: Principal Designer: Michael Budig
Principal Designer: Kenneth Tracy
Sachin Gupta
Kerine Kua
Dhileep Kumar
Lee Le Xiu Jean
Melissa Lee Wen Hui
Seah Jia Neng
Daniel Yong Kaijie
Robotic Fabricator: Singapore Composite Cluster
Wood Fabricator: Hon Nam Lee
Image Credits: Michael Budig and Kenneth Tracy, Singapore University of Technology and Design