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Sozai Center Designs a Durable Speckled Fabric Made Entirely of Recycled Apple Waste

31 Jan, 2024

This post was originally published on Colossal

All images © Sozai Center, shared with permission

About 60 percent of Japan’s apples grow in Aomori Prefecture, and as with any agricultural crop, the region also generates a significant amount of production waste, particularly as the fruits are squeezed and pressed for juice. The designers at Sozai Center engineered a new technology that recycles the leftover pomace into an elegant fabric called “Adam.”

In collaboration with KOMORU Corporation and M&T, the center gathers leftover matter from local farmers and fashions translucent sheets speckled with deep red flecks from a powder of stems, skins, and cores. Water-resistant and durable enough for frequent washing, “Adam” is suitable for garments and furniture. In addition to selling the raw fabric, Sozai Center also designed a small wallet and crossbody pouch for everyday use.

Shotaro Oshima, the studio’s director, shares that the team is currently working on creating boards from scallops and straw waste. Follow the latest developments on Instagram. (via designboom)

 

a detail of sheets of speckled fabric rolled

a sheet of speckled fabric drapes over a hand

a detail of sheets of speckled fabric folded

a sheet of speckled fabric

hands slot a blue oyster card into a translucent speckled wallet

hands slot a red passport into a translucent speckled wallet

Do stories and artists like this matter to you? Become a Colossal Member today and support independent arts publishing for as little as $5 per month. The article Sozai Center Designs a Durable Speckled Fabric Made Entirely of Recycled Apple Waste appeared first on Colossal.

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Planning approval for B2B green hydrogen facility

Planning approval for B2B green hydrogen facility

Planning approval has been granted for Energys’ green hydrogen production facility in Hastings, Victoria, after 18 months of dedicated engagement with the Victorian planning system.

This project represents a significant step forward in Australia’s energy transition. The commercially focused green hydrogen B2B industrial supply initiative is aimed at displacing grey hydrogen currently produced from natural gas.

At the core of the facility will be a 1 MW proton exchange membrane (PEM) electrolyser, powered by grid electricity during periods of surplus renewable generation and low wholesale energy prices.

Under a strategic agreement, Coregas — an Australian producer of liquid hydrogen — will operate the site and manage all downstream logistics including compression, liquefaction, cylinder and trailer filling, and distribution to end users. Hydrogen produced at the Hastings facility will be marketed and sold under commercial terms through Coregas to a growing base of industrial and mobility customers.

“This project positions Victoria at the forefront of green hydrogen innovation,” said Roger Knight, CEO of Energys. “By displacing emissions-intensive grey hydrogen with a zero-carbon alternative, we are making a tangible contribution to decarbonising key sectors such as industrial gas, transport and stationary energy.”

Green hydrogen supplied from this site will reduce emissions in the stationary power along with road and marine transport markets through the displacement of diesel.

Energys’ core activity is the manufacture of hydrogen fuel cell power systems and this project will supply green hydrogen to the Victorian market including the company’s customer base.

The project’s operating model leverages grid flexibility, utilising electricity during periods of excess supply, which aligns with broader energy market goals of enhancing system stability and integrating renewable energy.

This development reinforces the company’s commitment to advancing practical, scalable clean energy solutions that support Australia’s net-zero ambitions and foster a low-emissions future.

Energys received support from the Victorian Government through The Renewable Hydrogen Commercialisation Pathways Fund (CPF).

Image caption: 3D render of the Hastings facility. Image: Supplied

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