Tag: Samsara Eco

Australian biotech company Samsara Eco and the European Outdoor Group (EOG) have announced the launch of the Nylon Materials Collective, a new collaboration aimed at expanding access to high-performance, virgin-identical recycled nylon for outdoor brands.

Samsara Eco has opened its first commercial-scale plant in Jerrabomberra, regional New South Wales, marking what the company describes as a major step forward in circular plastics manufacturing.

Deakin University’s Recycling and Clean Energy Commercialisation Hub (REACH) has partnered with Australian company Samsara Eco to accelerate the development of enzyme-based recycling technology aimed at tackling one of the textile industry’s most pressing challenges – recycling synthetic fibres and mixed materials that are typically considered unrecyclable.

lululemon has signed a 10-year deal with Australian firm Samsara Eco to source recycled nylon and polyester, advancing its efforts to scale circular material solutions across its apparel range.

Samsara Eco, a climate tech pioneer, has developed new enzymes capable of recycling nylon 6, a synthetic fibre widely used in apparel, hosiery, and...

Samsara Eco, a leader in environmental technology, has partnered with NILIT, a global frontrunner in nylon 6,6 production for apparel, to develop the world’s first textile-to-textile recycling facility for nylon 6,6. 

Samsara Eco, an enviro-tech innovator, announced it has secured AUD$100 million in its latest Series A+ funding round to eradicate plastic waste and prevent it from ending up in landfills or being incinerated.

Australian enviro-tech startup Samsara Eco and athletic apparel giant lululemon have jointly launched the world's first product crafted from enzymatically recycled polyester.

Minister for Industry and Innovation Ben Carroll announced that Breakthrough Victoria will invest $10 million in a new eye clinical trials centre at the Royal Victorian Eye and Ear Hospital to boost the number of clinical trials for world-first treatments for eye disease.