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CEO of Jet Technology Howard Ju with Alfred Deakin Professor and Deakin Chair in Biotechnology Colin Barrow. Photo: Deakin University
CEO of Jet Technology Howard Ju with Alfred Deakin Professor and Deakin Chair in Biotechnology Colin Barrow.
11.10.2023

New Deakin REACH partnership: Textiles made from organic waste?

Australia is one of the highest waste generators in the world, with over 7.6 million tonnes of food ending up in landfill each year, costing over $36.6 billion and producing 17.5 million tonnes of greenhouse gas.

Deakin’s partnership with Jet Technology through REACH will explore ways to transform industry-generated organic waste into new products like organic textiles and stock feed using a rapid composting system.

Jet Technology’s Environmental Recycling System (ERS) will build a circular economy by creating valuable products for a range of industry sectors.

Australia is continuing to generate more landfill each year. A new partnership between Deakin’s Recycling and Clean Energy Commercialisation Hub (REACH) and Japanese-based company Jet Technology aims to turn this around by repurposing organic waste and transforming it into new products.

Australia contributes more than 7.6 million tonnes of food to landfill annually, costing over $36.6 billion and producing 17.5 million tonnes of CO2.

Australia is one of the highest waste generators in the world, with over 7.6 million tonnes of food ending up in landfill each year, costing over $36.6 billion and producing 17.5 million tonnes of greenhouse gas.

Deakin’s partnership with Jet Technology through REACH will explore ways to transform industry-generated organic waste into new products like organic textiles and stock feed using a rapid composting system.

Jet Technology’s Environmental Recycling System (ERS) will build a circular economy by creating valuable products for a range of industry sectors.

Australia is continuing to generate more landfill each year. A new partnership between Deakin’s Recycling and Clean Energy Commercialisation Hub (REACH) and Japanese-based company Jet Technology aims to turn this around by repurposing organic waste and transforming it into new products.

Australia contributes more than 7.6 million tonnes of food to landfill annually, costing over $36.6 billion and producing 17.5 million tonnes of CO2.

Deakin University scientist Alfred Deakin Professor and Chair in Biotechnology Colin Barrow and his team from the Centre for Sustainable Bioproducts will work with Jet Technology to explore the possible reuses of organic waste using Jet Technology’s Environmental Recycling System (ERS). The project will focus on converting organic waste from the agriculture, dairy and fishery sectors by drastically shortening composting time so it can be used to make new products.

The four-year research project will be undertaken at the BioFactory at Deakin’s Waurn Ponds campus. It will initially focus on processing agricultural waste, converting apple pomace into a bioproduct for the textile industry. Apple pomace consists of the apple skin, pulp, seeds and stems left over from apple juice manufacturing. Its disposal in landfill can lead to greenhouse gas emissions and potential contamination of soil and groundwater.

If successful, it could lead to the establishment of a local multi-million-dollar bioeconomy where organisations such as councils, supermarkets and food and beverage businesses could cut costs while generating new revenue streams and job opportunities.

Deakin’s REACH initiative collaborates with progressive industry, government, and education partners to establish a multi-billion-dollar bioeconomy in Victoria and push the limits of technological innovation to deliver energy and recycling solutions that reduce landfill, fossil fuel emissions, and the devastating costs of global warming.

Quelle:

Deakin University

IFM researchers Research Fellow Frank Chen, Research Fellow Marzieh Parhizkar, Research Engineer Amol Patil and Associate Professor Alessandra Sutti. Photo Deakin University
IFM researchers Research Fellow Frank Chen, Research Fellow Marzieh Parhizkar, Research Engineer Amol Patil and Associate Professor Alessandra Sutti.
20.09.2023

Deakin/Xefco: Dyeing jeans without a drop of water

Deakin University has signed a partnership agreement with Geelong-based company Xefco as part of its Recycling and Clean Energy Commercialisation Hub (REACH) to conduct new research to transform how our clothing, including jeans, get their colour.

Jeans are one of the most worn garments in the world, but they are also one of the least environmentally friendly, taking around 75 litres of water to dye just one pair.

Deakin’s work with Xefco is helping to explore if a waterless manufacturing process can replace the water intensive processes the clothing industry has used for hundreds of years. The new technology in development is called ‘Ausora’.

Associate Professor Alessandra Sutti, from Deakin’s Institute for Frontier Materials, said it was exciting to be on the commercialisation journey with Xefco, working with the company to discover what is possible and hopefully reduce the world’s fashion footprint.

“If successful, the Ausora technology, which colours fabrics without the need for large quantities of water, will put us a step closer to more efficient and sustainable clothing manufacturing,” Associate Professor Sutti said.

Deakin University has signed a partnership agreement with Geelong-based company Xefco as part of its Recycling and Clean Energy Commercialisation Hub (REACH) to conduct new research to transform how our clothing, including jeans, get their colour.

Jeans are one of the most worn garments in the world, but they are also one of the least environmentally friendly, taking around 75 litres of water to dye just one pair.

Deakin’s work with Xefco is helping to explore if a waterless manufacturing process can replace the water intensive processes the clothing industry has used for hundreds of years. The new technology in development is called ‘Ausora’.

Associate Professor Alessandra Sutti, from Deakin’s Institute for Frontier Materials, said it was exciting to be on the commercialisation journey with Xefco, working with the company to discover what is possible and hopefully reduce the world’s fashion footprint.

“If successful, the Ausora technology, which colours fabrics without the need for large quantities of water, will put us a step closer to more efficient and sustainable clothing manufacturing,” Associate Professor Sutti said.

Xefco CEO Tom Hussey said the company’s new pilot plant, housed at Deakin in Geelong, will test different materials, including specialised fabrics such as waterproof items like outdoor jackets and jeans.

“This is the first stage of Xefco’s vision for the technology, with the REACH project focused on demonstrating the commercial viability of the technology at pilot scale and developing processes so it can be scaled up for commercial production,” Mr Hussey said.

“Together, Deakin and Xefco will push the limits of innovation and see what is possible.”
Xefco’s pilot plant is co-located with Deakin researchers at ManuFutures, the state-of-the-art advanced manufacturing hub at Deakin’s Waurn Ponds campus.

Founded in 2018 Xefco now employs 17 people and its products are already making a difference across the world. Its XReflex technology, which reduces consumption of insulation materials, is being used by some of the world’s leading apparel and fashion brands including The North Face.

Backed by a $50 million grant from the Australian Government’s inaugural Trailblazer Universities Program, with industry and university support taking the total project value to $380 million, REACH is facilitating the development of greener supply chains and accelerating business success as markets move from a throughput economy to a circular economy.

Quelle:

Deakin University

Deaktiviert das COVID-19-Virus innerhalb von fünf Minuten: HeiQ bringt High-tech-Maske mit bahnbrechender Kupfertechnologie auf den Markt (c) HeiQ
HeiQ MetalliQ-Operationsmaske vom Typ IIR mit einer antiviralen kupferbeschichteten Oberfläche, die 97,79 % der SARS-CoV-2-Viren innerhalb von 5 Minuten inaktiviert
05.05.2021

High-tech-Maske mit Kupferbeschichtung von HeiQ

  • Deaktiviert das COVID-19-Virus innerhalb von fünf Minuten: HeiQ bringt High-tech-Maske mit innovativer Kupfertechnologie auf den Markt

Der führende Anbieter von Textil- und Materialinnovationen HeiQ bringt HeiQ MetalliQ auf den Markt, eine futuristisch anmutende High-tech-OP-Maske, die alle getesteten Viren und Bakterien mit einer Wirksamkeit von bis zu 100 % zerstört.

  • Deaktiviert das COVID-19-Virus innerhalb von fünf Minuten: HeiQ bringt High-tech-Maske mit innovativer Kupfertechnologie auf den Markt

Der führende Anbieter von Textil- und Materialinnovationen HeiQ bringt HeiQ MetalliQ auf den Markt, eine futuristisch anmutende High-tech-OP-Maske, die alle getesteten Viren und Bakterien mit einer Wirksamkeit von bis zu 100 % zerstört.

Die Maske mit patentiertem Design enthält eine ultradünne reine Kupferbeschichtung, die über ein High-tech-Dampfabscheidungsverfahren namens HeiQ MetalliX aufgebracht wird. Dabei wird eine winzige Menge Kupfer in Dampf umgewandelt, sodass es gleichmäßig abgegeben werden kann und jede Faser einschließt. HeiQ MetalliX ist eine zum Patent angemeldete Technologie, die von HeiQs Innovationspartner, dem australischen Technologieunternehmen Xefco, entwickelt wurde. Studien des Peter Doherty Institute for Infection and Immunity in Melbourne, Australien (Doherty Institute) haben ergeben, dass mit der HeiQ MetalliX-Technologie behandelte Gewebe das ansteckende SARS-CoV-2-Virus (das Virus, das COVID-19 verursacht) in weniger als 5 Minuten in deutlichem Umfang inaktivieren konnten.

Das Testprotokoll simulierte die reale Wechselwirkung von Aerosoltröpfchen, die Textilprodukte wie Gesichtsmasken kontaminieren. Jede Probe wurde einer hohen Belastung an SARS-CoV-2 ausgesetzt, gefolgt von 5, 15 und 30 Minuten Inkubation bei Raumtemperatur. Dann wurde die Menge der verbleibenden ansteckenden SARS-CoV-2-Viren gemessen. Die mit HeiQ MetalliX behandelten Gewebeproben zeigten eine Reduktion des Virus von über 97,79 % nach fünf Minuten, 99,95 % nach 15 Minuten und über 99,99 % nach 30 Minuten, bezogen auf die Inokulum-Kontrolle.

Kupfer ist ein natürlich vorkommendes Element, das in der Erdkruste, im Boden,  Ozeanen, Seen und Flüssen zu finden ist. Es ist auch ein Spurenelement, das natürlich in allen Menschen, Pflanzen und Tieren vorkommt. Die antiviralen, antibakteriellen und antimykotischen Eigenschaften von Kupfer sind seit Jahrhunderten bekannt und in vielen Laborstudien nachgewiesen worden. Mit HeiQ MetalliX behandelte Materialien setzen Kupferionen frei, die Viren und Bakterien inaktivieren. Die so behandelten Materialien konnten in Tests zudem 100 % von Staphylococcus aureus und Klebsiella pneumoniae abtöten und 99,95 % des H1N1-Virus und 99,9 % des humanen Coronavirus 229E inaktivieren.

HeiQ MetalliQ wird in der EU bei HeiQ Medica (Spanien) hergestellt, wo HeiQ auch Forschungs- und Entwicklungsarbeit für Medizinprodukte betreibt. Für die Entwicklung der HeiQ MetalliX-Technologie hat Xefco als Mitglied des erstklassigen ARC Research Hub for Future Fibres eng mit dem langjährigen Forschungspartner Institute for Frontier Materials (IFM) an der Deakin University zusammengearbeitet.


 

Quelle:

HeiQ Materials AG