”Return to the soil” circular sensors
SANKEN, Osaka University
Ignorance is Bliss
The natural stone industry, as exemplified by the Lithuanian company Akmenstata, generates a substantial amount of waste (approximately 8m3 per month) in the form of edges, offcuts, and small pieces. While a portion is used for road fillers, the majority, deemed non-toxic, has the potential to be upcycled. Designer Agne Kucerenkaite, collaborating with Akmenstata, combines stone with ceramics, exploring innovative ways to connect them without traditional adhesives. This playful project not only considers the inherent properties of each stone, including chemical analysis and melting points, but also aims to transform waste into an eco-friendly surface collection.
The natural stone industry, as exemplified by the Lithuanian company Akmenstata, generates a substantial amount of waste (approximately 8m3 per month) in the form of edges, offcuts, and small pieces. While a portion is used for road fillers, the majority, deemed non-toxic, has the potential to be upcycled. Designer Agne Kucerenkaite, collaborating with Akmenstata, combines stone with ceramics, exploring innovative ways to connect them without traditional adhesives. This playful project not only considers the inherent properties of each stone, including chemical analysis and melting points, but also aims to transform waste into an eco-friendly surface collection.
The project's investigations reveal quartzite's and limestone's capacity to substitute conventional silica, and travertine's potential to replace calcium carbonate in ceramic glazes. Consequently, the project aims to recognize the stone post-firing by embedding it within ceramics. Granite and quartzite have demonstrated resilience in retaining their structure and form even under high temperatures. Of particular intrigue is granite, enriched with iron, its hue determining its content. Iron, a recognized ceramic colorant, can reduce the melting point in ceramics when present in higher concentrations. The outcome manifests as a scalable surface tile collection enhanced with quartzite and granite inclusions. Black granite undergoes a fascinating transformation in ceramics, forming intricate flower-shaped structures.
The Stone Waste is Bliss project originated from a mutual commitment to sustainability and efficient resource utilisation. Through methodical research, hands-on experimentation, and a comprehensive approach, the aim is to bridge the gap between discarded materials and functional, aesthetically pleasing pieces. The use of natural stone in interiors has a long and rich history. Stone has served as a building material for thousands of years, dating back to ancient civilisations like the Egyptians, Greeks, and Romans. Today, the use of natural stone in interiors continues to be popular, with a wide range of options available. Natural stone is valued for its durability, timeless appeal, and the unique character it can bring to a space. In the context of Stone Waste is Bliss, preserving historical significance within a modern framework holds great importance. The concept finds its foundation in the combination of practical craftsmanship, a commitment to environmental responsibility, and a vision to advance the principles of circular design. The project aims to set an example for other industries, advocating for healthier materials, reduced waste, and a more sustainable built environment.
Programme Director of Luovi Productions, Helsinki Design Week
The construction industry and the use of buildings together account for a significant share of global greenhouse gas emissions and environmental impact. It is interesting to reflect on the value of beauty in design and architecture – do sustainable and ethical values take precedence over visual elements in terms of importance? The products of this project are beautiful, and that is important. They are also irregular, with their appearance (colours and patterns) varying greatly. This represents a kind of visuality that we must train our eyes to appreciate more in the future
All Waste into Renewable Energy [ZERO WASTE PROJECT BIOTECHWORKS-H2]
BIOTECHWORKS-H2, Inc.
CircÛbi
ETH Zurich, Chair of Circular Engineering for Architecture and ETH Zurich, Chair of Architectural Behaviorology
LightEd
LightEd
Creating a sustainable future by developing earth friendly Kuroge Wagyu “decarbonized beef” and Mathane-Fermentation Biogas power generation from organic waste.
YAEYAMA RETTO CARBON FREE FARM LLC
Thaely
Thaely Pvt Ltd
Natural paper from fallen leaves
Releaf Paper France SAS
White tires for road bikes are available for early bird sale, 700 28C, carbon black free.
LIPPER K.K.
Woola
Woola OÜ
The material from the sea「amuca®」
amu inc.
TOILETOWA
JIEN LLP・Tono Mirai architects
Cement Project
Keio University Graduate School of Media Design SAMCARA Project
Vleur
Keio University Graduate School of Media Design SAMCARA Project
Perspire
Nate Fiber limited
Structure made of one tree -Digital assistance to put natural shape wood in practical use
individual
The Akasango reef, an homage to the Japanese Red Coral
rrreefs
ReLink —Platform for Building Materials Reuse DX—
Meiji University
CORALCOLLABO
CORALCOLLABO
Creating a Circular Community Through Food
Ramune Pic LLC
Yutaka Ibasho Mobile Circulation Lounge
nitehiworks
The Growing Pavilion
Company New Heroes / Biobased Creations
BLUE FRONT SHIBAURA SUSTAINABLE ACTION
NOMURA REAL ESTATE DEVELOPMENT Co.,Ltd.
Seaweedery project
Seaweedery
CIRCULAR ERP
sykell GmbH
Fermentation of forest residue over from forests to beautify both people and nature, a Circular Economy activity that pleases everyone.
Table Company, Inc. Fermented Bath Nifu
Sustainable Doka Practise
Individual