Z1RO is converting fallen leaves, hemp hurds and other non-wood biomass into moulded fibre packaging – aiming to combine functional performance with a ‘premium’ tactile experience.
As the Packaging and Packaging Waste Regulation puts pressure on companies to diversify their use of raw materials, Z1RO hopes that its solution will offer an alternative to plastic materials, virgin wood pulp, and expensive biobased alternatives.
Z1RO’s new material uses lignocellulosic feedstocks like agricultural residues, European bamboo, hemp hurds and fallen leaves to develop moulded fibre with functional protective performance and ‘premium’ visual and tactile qualities. The solution also sets its sights on industrial scalability and competitive production economics.
Z1RO’s technology is based on biomass engineering processes and designed to preserve part of the natural lignin found in plant fibres. Using lignin as a natural binding component, it is expected to reduce processing intensity while remaining compatible with existing infrastructure for moulding fibre manufacturing.
Preliminary technical and economic assessments suggest that this process could reduce energy consumption, lower chemical inputs, and lessen demand for forest-derived raw materials. It could also unlock natural textures and aesthetics for industries that value product presentation and consumer perception.
Current target sectors include cosmetics and beauty, consumer electronics, wines and spirits, luxury and gifting, and premium FMCG products.
The company is working alongside European R&D and manufacturing partners to prepare for initial commercial deployments, and launching a €500,000 investment round to accelerate industrial scale-up and market entry.
Three B2B pilot projects are currently ongoing within the European Union. The development has been shortlisted for a Sustainability Award under the Start-Up – New Materials category.
Z1RO was founded by Alexander Sobolenko, formerly the CEO of Releaf Paper.
“The packaging industry is entering a period of profound transformation,” says Sobolenko. “New regulations, shifting consumer expectations and growing pressure on natural resources are forcing the industry to rethink its material choices.
“Our ambition is not simply to develop another sustainable material – we aim to build a scalable business around non-wood biomass.
“The next generation of packaging materials will not emerge solely from petrochemicals or traditional pulp production. I believe it will be created at the intersection of material science, local biomass resources, industrial design and new manufacturing models.”
In similar news, Papyrus Australia has developed a proprietary technology to convert banana plantation waste into pulp for use in food containers, trays, protective packaging, and more. This is expected to help address the ‘many thousands of tons’ of banana stalks, leaves and stems releasing methane when left to decompose.
An applied research project by Saskatchewan Polytechnic and EnviroWay Detergent Manufacturing has also sought to convert fibre from flax and hemp crops into biodegradable, bottle-grade plastic pellets, which will then be used to blow-mould containers for cleaning products.
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