LanzaTech and Zara Collaborate to Create a Capsule Collection Made from Recycled Carbon Emissions

(LanzaTech) Today, LanzaTech has announced a collaboration with Inditex that led to the design of a capsule collection for the retail group’s largest brand Zara that incorporates fabric made with carbon emissions, avoiding their emission into the atmosphere (CarbonSmart).

“We are hugely excited about this collaboration with Inditex and Zara which brings fashion made from waste carbon emissions to the market,” said Jennifer Holmgren, Chief Executive Officer of LanzaTech.

LanzaTech’s biological process captures and converts steel mill emissions that would otherwise be emitted into the atmosphere as carbon dioxide. LanzaTech recycles the emissions into Lanzanol (ethanol) through a fermentation process. The Lanzanol is then converted into low carbon monoethylene glycol by the company India Glycols Limited which is then converted into low carbon polyester yarn by Far Eastern New Century (FENC). This yarn has been used to make fabric for a Zara capsule collection of party dresses.

Beyond industrial emissions, LanzaTech converts different feedstocks including agricultural or household waste into ethanol through a fermentation process much like that of beer or wine, only using waste carbon from sugars and microbes, instead of yeast.

“LanzaTech has the technology that can help fashion brands and retailers limit their carbon impact,” Holmgren said.  “By working with Zara, we have found a new pathway to recycle carbon emissions to make fabric.”  READ MORE; includes VIDEO 

These gorgeous Zara party dresses are made from carbon emissions: Carbon created by a Chinese steel factory is fermented with bacteria and then ends up in this capsule collection. (Fast Company)

Zara

Excerpt from Zara: LANZATECHINC. IS A STARTUP THAT HAS DEVELOPED A NEW CARBON CAPTURE TECHNOLOGY THAT CONVERTS CARBON EMISSIONS INTO ETHANOL, WHICH CAN THEN BE USED TO PRODUCE NEW MATERIALS SUCH AS POLYESTER.

CAPTURING AND REPURPOSING CARBON EMISSIONS FROM INDUSTRIAL PROCESSES, LIMITS THE DIRECT RELEASE OF THESE EMISSIONS INTO THE ATMOSPHERE AND HELPS LIMIT THE USE OF VIRGIN FOSSIL RESOURCES.

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