Yoga mat made with captured carbon
Object
- Accession Number
- OBJ_0026537
- Materials and Techniques
- carbonated nanofabric
- Place
- Calgary, Canada
- Description
- Yoga mat made with captured carbon, by Carbon Upcycling Technologies, Calgary, Canada, 2020. Made using an absorption process to sequester the gaseous CO2 into inorganic solid materials in powder form. One of a suite of objects that were entered into the XPRIZE Foundation’s ‘Carbon XPRIZE’.;This item is one of a suite of objects that were entered into the XPRIZE Foundation’s ‘Carbon XPRIZE’ - an incentive prize competition for novel solutions involving the use of captured carbon. The goal of the prize was to convert the largest amount of carbon dioxide into products with the highest commercial value, with the winning team to be awarded $20 million dollars. The thirteen objects were presented by ten separate teams who worked with with four major collaborating manufacturers – Air Company Holdings, Impossible Labs, Newlight Technologies and Carbon-Upcycling.
As the race to reduce global carbon emissions becomes ever more urgent, the ability to store carbon within everyday products remains an important avenue of research, despite the varied efficiency and effectiveness of this process in contributing to a sustainable carbon economy. The carbon used in these products is captured in numerous ways, including direct air capture machines, CO2 trapped as an industrial by-product, or even by natural organisms that produce biomaterial using carbon dioxide. As these technologies continue to evolve and adapt, these products help to introduce the idea of ‘upcycling’ carbon, which will become a key concept within any future carbon-neutral economy. - Description
- Yoga mat made with captured carbon, by Carbon Upcycling Technologies, Calgary, Canada, 2020. Made using an absorption process to sequester the gaseous CO2 into inorganic solid materials in powder form. One of a suite of objects that were entered into the XPRIZE Foundation’s ‘Carbon XPRIZE’.;This item is one of a suite of objects that were entered into the XPRIZE Foundation’s ‘Carbon XPRIZE’ - an incentive prize competition for novel solutions involving the use of captured carbon. The goal of the prize was to convert the largest amount of carbon dioxide into products with the highest commercial value, with the winning team to be awarded $20 million dollars. The thirteen objects were presented by ten separate teams who worked with with four major collaborating manufacturers – Air Company Holdings, Impossible Labs, Newlight Technologies and Carbon-Upcycling.
As the race to reduce global carbon emissions becomes ever more urgent, the ability to store carbon within everyday products remains an important avenue of research, despite the varied efficiency and effectiveness of this process in contributing to a sustainable carbon economy. The carbon used in these products is captured in numerous ways, including direct air capture machines, CO2 trapped as an industrial by-product, or even by natural organisms that produce biomaterial using carbon dioxide. As these technologies continue to evolve and adapt, these products help to introduce the idea of ‘upcycling’ carbon, which will become a key concept within any future carbon-neutral economy. - See Elsewhere
- MDS record link
- Record Rights
- Science Museum Group
- CC BY
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