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À Bruxelles, une start-up repousse les limites de l’emballage durable 🌿 Permafungi fabrique des packagings 100% biodégradables… à base de champignons 🍄 En seulement 10 jours, le mycélium nourrit et transforme des déchets en emballages légers, compostables et pleins de vie. Des savons aux cosmétiques, bientôt les bouteilles de vin, les montres ou les bougies seront aussi emballés ainsi.

♬ son original - Réel média

Tracing the Roots, Growing Fungi

Phritz’s 「源流をたどって」(Tracing the Origin) drifts like a quiet search for the first spark — the hidden place where life begins — and that meditative journey mirrors the silent revolution unfolding in fungi‑based materials and mycelium packaging. Just as the track moves through soft, layered textures toward an unseen source, mycelium grows through agricultural waste in branching networks, tracing its own origins through soil, fibers, and time. Both the song and the rise of mycelium packaging explore the same idea: progress doesn’t erupt loudly, it emerges slowly from the ground up — a patient return to nature’s original systems, where regeneration replaces extraction and the future is grown rather than manufactured.

🎶 🍄📦🌱🌍🧪🌾🔋♻️🔬✨ 🔊 「源流をたどって」(Tracing the Origin) - Phritz

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“Sustainability is not innovation — it is remembering how nature already solves the problems we created.”

This idea captures the essence of the global shift toward mycelium‑based packaging, where fungal networks are emerging as one of the most promising biodegradable alternatives to plastics. What began as a fringe experiment has evolved into a regenerative materials movement led by founders who saw both the environmental urgency and the creative potential of fungi. Their companies are not only replacing petroleum‑based packaging but also redefining how materials are grown, shaped, and reintegrated into the earth.

🍄 Mycelium: Origin, Growth, and the Natural Logic Behind the Material

Mycelium is the living, root‑like network of fungi — a vast, interconnected system that binds organic matter together beneath forests, fields, and soils. It thrives on agricultural waste such as hemp hurds, sawdust, and corn stalks, digesting these fibers and weaving them into a dense, foam‑like structure. This biological behavior makes mycelium uniquely suited for packaging and “emballage”: it grows at room temperature, requires no light, no irrigation, and no synthetic additives, and forms complex shapes simply by filling a mold. The production method is elegantly simple: agricultural waste is cleaned and sterilized, inoculated with mycelium, placed into molds, and left to grow for several days until the material solidifies. Once dried, the growth stops, leaving behind a lightweight, shock‑absorbing, compostable material that can protect electronics, cosmetics, glassware, and countless consumer goods. Mycelium’s natural function — binding, strengthening, and decomposing organic matter — becomes the foundation for a new generation of regenerative packaging.

📦 The Pioneers: Founders Who Saw the Future in Fungi

The modern mycelium revolution began with Ecovative, founded by Eben Bayer and Gavin McIntyre, two engineers who grew up around farms and realized that fungal networks could replace polystyrene foam. Their Mushroom® Packaging became the first scalable, compostable alternative to plastic cushioning. Around the same time, MycoWorks emerged from the artistic experiments of Philip Ross, whose fungal sculptures inspired the creation of Fine Mycelium™, a leather‑grade biomaterial developed with co‑founders Sophia Wang and Eddie Pavlu. In Europe, Grown.bio, founded by Maurizio Montalti, turned mycelium into a design tool for protective packaging and DIY kits, driven by his belief that materials should be grown, not manufactured. In India, Paradise Packaging, founded by Siddharth Hande, was born from the urgent need for low‑cost, biodegradable packaging in markets overwhelmed by plastic waste. Each founder entered the field from a different path — engineering, art, design, environmental activism — yet all were motivated by the same realization: nature already provides the blueprint for sustainable materials.

🌍 Scaling the Industry: Companies Turning Fungi Into Global Packaging Solutions

As demand for sustainable materials accelerates, a new generation of companies is scaling mycelium into industrial‑grade packaging. Mogu in Italy, co‑founded by Stefano Babbini, began with research into fungal composites and now produces acoustic panels, interior materials, and molded packaging solutions that combine aesthetics with biodegradability. Biomyc in Bulgaria, founded by Georgi Angelov and Dimitar Dimitrov, focuses on replacing polystyrene in electronics and consumer goods, working closely with manufacturers to integrate mycelium into existing supply chains. Mycelium Materials Europe, led by Joachim Flachet, supplies large‑volume mycelium blocks to packaging producers across the continent, enabling mass‑production of molded protective forms. Meanwhile, Bolt Threads, founded by Dan Widmaier, uses mycelium to create Mylo™, a leather alternative adopted by Adidas and Stella McCartney, proving that fungal materials can scale beyond packaging into fashion and lifestyle industries. Together, these companies are building the infrastructure that allows mycelium to move from niche innovation to global logistics and retail.

🧪 Usage, Emballage, and the Ease of Growing a New Materials Economy

Mycelium packaging is now used across industries: protective inserts for electronics, molded “emballages” for cosmetics and luxury goods, trays and containers for food, thermal and acoustic insulation for buildings, and custom‑shaped forms for shipping fragile products. Its appeal lies not only in its biodegradability but in its simplicity. Mycelium grows rapidly on low‑value agricultural waste, forming strong, lightweight structures without heat‑intensive processes or chemical binders. It is one of the few materials that can be grown locally, anywhere in the world, using local waste streams — a fact that inspired founders like Bayer, Montalti, and Babbini to pursue it as a scalable alternative to petroleum‑based plastics. The ease of cultivation, combined with the material’s natural strength and compostability, makes mycelium a compelling solution for industries seeking to reduce carbon emissions and eliminate single‑use plastics.

🚀 The Road to 2026: Visionaries Building a Regenerative Materials Future

As governments tighten plastic regulations and brands commit to carbon‑neutral strategies, mycelium packaging is moving from experimental to essential. The founders behind Ecovative, MycoWorks, Mogu, Grown.bio, Biomyc, Bolt Threads, Paradise Packaging, and Mycelium Materials Europe share a common vision: materials should return to the earth as easily as they came from it. Their companies are proving that packaging can grow instead of being extracted, that waste can become raw material, and that manufacturing can align with the regenerative logic of nature. By 2026, mycelium will stand at the center of a new materials economy — one where fungi help rewrite the rules of production, consumption, and ecological responsibility.

#Sustainability 🌱 #MyceliumRevolution 🍄 #EcoPackaging 📦 #CircularDesign ♻️