[pageLogInLogOut]

#Recycling / Circular Economy

Industry heavyweights join Samsara Eco to accelerate its enzymatic recycling technology

Australian biotech innovator, Samsara Eco, has expanded its global leadership team with the appointment of material science and engineering veterans, Brock Thomas as Chief Innovation Officer and Isaac Iverson as Executive Director of Product. Thomas and Iverson bring decades of experience working within the polymer space in the US and will lead the scaling of the company’s enzymatic recycling technology and first-of-a-kind facilities.
Brock Thomas, CIO and Paul Riley, Founder and CEO, Samsara Eco © 2025 Samsara Eco
Brock Thomas, CIO and Paul Riley, Founder and CEO, Samsara Eco © 2025 Samsara Eco


Chief Innovation Officer and Executive Director of Product appointed to drive forward commercialisation and first-of-a-kind facilities 

Thomas joins from global speciality materials company, Eastman, where he spent almost 15 years. During his time at Eastman, he worked with tire additives, speciality copolyesters, and led the Polyester Renewal Technology platform He was most recently the Director of Plastics and Circular Development where he provided technology support to build the company’s polyester depolymerisation facility and led cross-functional teams to improve and scale production across the copolyester stream.

Iverson joins with an extensive background in nylon. He spent 15 years at INVISTA in a number of research and development and commercial roles, building out the company’s nylon product offering across various industries. 

On the appointments, Paul Riley, CEO and Founder of Samsara Eco said, “We’re at a pivot point in our scale-up journey. We need the best minds with both deep technical knowledge and commercial acumen to lead us forward. Thomas’ proven track record in scaling lab operations, building and starting up pilot facilities, and providing technology support to commercial depolymerisation plants will be vital as we continue to refine our technology processes, build new facilities and scale operations in the coming years.” 

"Likewise, Iverson’s unique blend of technical and commercial expertise and extensive global network will be invaluable as we continue to build out our offerings and work with customers and partners to meet their circularity goals.” 

The company’s new plant in Jerrabomberra, New South Wales is set to open mid-year and will become the home base for Samsara Eco as it scales up production and furthers develops its suite of AI-crafted enzymes. Its first-of-a-kind nylon 6,6 enzymatic recycling plant is also planned to be operational by 2027. Thomas and Iverson will play an important role in both developments. More broadly, they will focus on accelerating innovation, enhancing Samsara’s enzymatic recycling process and supporting commercial growth. 

On joining Samsara Eco Brock Thomas, Chief Innovation Officer said, “Enzymatic recycling has the potential to redefine circularity. Recycling is no longer limited by material composition but opens a range of possibilities to keep more plastics in circulation, without emitting additional carbon in the process. The science, technical and operations teams at Samsara Eco are second to none, and I look forward to working closely with them as we scale operations and push the boundaries of innovation to help transform the future of sustainable materials.” 

Isaac Iverson, Executive Director of Product, also commented, “I’m proud to join Samsara Eco and help achieve its ambitions to make plastics truly circular. The company has already made great strides in four short years, working with brands to bring enzymatically recycled materials to market. I’m looking forward to further opening new pathways to market and unlocking the potential of enzymes to infinitely recycle plastics.” 

Since launching in 2021, Samsara Eco has led world-first discoveries in enzymatic recycling, pioneering the ability to recycle mixed plastics and fibres including nylon 6,6, nylon 6 and polyester to keep plastics and textiles in circulation and out of landfill. In 2024, it created the world’s first enzymatically recycled nylon 6,6 garment with lululemon, the Swiftly top, and also launched a jacket range made from its enzymatically recycled polyester. 

Thomas and Iverson will divide their time between Australia and the United States.



More News from Samsara Eco

#Recycled Fibers

Samsara Eco and European Outdoor Group launch the Nylon Materials Collective

Australian biotech, Samsara Eco and the European Outdoor Group (EOG) today launched the Nylon Materials Collective, a collaboration designed to make high-performance, virgin-identical recycled nylon accessible to more outdoor brands and accelerate the industry’s shift toward a truly circular textiles future.

#Recycling / Circular Economy

Samsara Eco appoints first General Manager of Asia to lead expansion

Samsara Eco has announced the appointment of Dr Lars Kissau as its first General Manager of Asia. Based in Singapore, Kissau will lead the company's expansion across Asia as it scales operations and sprints towards the opening of the company's first commercial nylon 6,6 facility in 2028.

#Recycling / Circular Economy

Samsara Eco opens first plant to scale circular plastics

Australian biotech innovator, Samsara Eco, has today opened its first plant, representing a significant milestone in the fight against plastic waste. The new plant will exponentially increase the company’s ability to produce virgin-identical, low-carbon circular materials like recycled nylon 6,6 and polyester with broad applications across apparel, packaging and automotives, at scale.

#Recycling / Circular Economy

KBR selected as key commercialization partner for Samsara Eco’s first-of-a-kind enzymatic recycling plant

KBR (NYSE: KBR) announced today it will support biotech innovator, Samsara Eco, to design its first-of-a-kind plastics and textile enzymatic recycling plant, due for completion in early 2028.

More News on Recycling / Circular Economy

#Research & Development

ALADIN paves the way for circular and demand-driven textile production in Europe

Textile production can be organized sustainably by utilizing short supply chains and preventing overproduction. This can already be achieved today by intelligently connecting and efficiently utilizing existing infrastructure. At the same time, production becomes circular when innovative technologies and materials are used that enable high-quality recycling. The ALADIN research project, launched in May 2026 and co-funded with five million euros under the EU Horizon Europe program, is creating the conditions for this.

#Recycling / Circular Economy

Ence and ShareTex begin initial testing of the ATENEA innovation project to promote textile recycling in Spain

Ence and ShareTex are making progress on the Atenea R&D project, which aims to develop a complete value chain for textile recycling in Spain. Specifically, the goal of the ATENEA project—which is funded by the Center for Technological Development and Innovation (CDTI)—is to connect all the necessary stages for the recovery of textile waste, from collection and management, through recycling and transformation into new raw materials, to their incorporation into new textile products.

#Recycling / Circular Economy

DePoly Inaugurates its Showcase Plant in Monthey Switzerland

What if used plastic bottles, PET packaging material and polyester textiles could become raw materials just as high performing as virgin resources? That is the ambition of DePoly, a circular materials company based in Sion, Switzerland which inaugurated its Showcase Plant in Monthey on July 6th & 7th. The first depolymerization facility of its kind and scale in Switzerland, this industrial Showcase Plant represents a major milestone in the company's growth and its journey toward commercialization.

#Recycling / Circular Economy

Commission clarifies rules on plastic bottles recycling

The European Commission today adopted new rules on recycling of single-use plastic beverage bottles made primarily of polyethylene terephthalate (PET bottles). These rules establish, for the first time, a methodology to calculate, verify and report chemically recycled content. This is part of the Commission’s December 2025 plastics package.

Latest News

#Nonwovens

Katharina Obergruber appointed to the Management Board of Sandler AG

The Supervisory Board of Sandler AG has appointed Katharina Obergruber to the company’s Management Board. Effective September 1, 2026, the Board will consist of Philipp Ebbinghaus (CEO), Dr. Ulrich Hornfeck (currently CCO, future COO), and Katharina Obergruber (CCO). Katharina Obergruber, currently Chief Sales Officer Hygiene and member of the Management Team of Sandler AG, will assume responsibility for all sales activities as Chief Commercial Officer. She will assume this role from Dr. Ulrich Hornfeck, who will focus primarily on production and supply chain topics.

#Sustainability

Global Standards establishes new non-profit foundation to strengthen governance

Global Standards gGmbH, the nonprofit organisation behind the globally recognised Global Organic Textile Standard (GOTS), announced a new governance structure designed to support its long-term mission and reinforce organisational autonomy of its Voluntary Sustainability Standards and programmes.

#Textile chemistry

DyStar releases FY2025 sustainability report, marking a new milestone towards its 2030 targets

DyStar, a leading specialty chemicals company with more than a century of expertise in product development and innovation, today announced the release of its FY2025 Sustainability Report, marking a significant milestone in its sustainability journey and reinforcing its commitment to long-term value creation.

#Research & Development

TERIS reaches milestone: Fraunhofer consortium develops new standards for tire analysis

In the “TERIS” project, the Fraunhofer institutes ICT, IGD, and IWM—led by the Fraunhofer Institute for Structural Durability and System Reliability LBF—have reached a decisive milestone. For the first time, the teams aim to generate, analyse, and predict tire wear in the laboratory in a standardized and practical manner. As part of this milestone, results are now available on reference abrasion, particle analysis, tribological models, AI-based surface analysis, a test bench concept, and methods for accelerated aging and VOC detection. The tire industry, testing services, and environmental agencies will in future benefit from reliable, rapid laboratory procedures for emissions assessment.

TOP