As the demand for eco-friendly solutions grows, Caleyda emerges as an innovative product in the construction market that could cause a major shift: sustainable bioplastic that fully biodegrades. Thanks to its unique environmental properties, Caleyda replaces traditional plastic with a safer, more sustainable alternative without compromising performance or durability. Moreover, its use expands steadily in construction projects, especially for insulation, packaging, and temporary coatings. Therefore, this material stands as a strong candidate to become a cornerstone of green building soon. What is Caleyda? Caleyda is a type of sustainable bioplastic made from natural polymers called polyhydroxyalkanoates (PHA). Bacteria produce these polymers by digesting industrial organic waste or treated water. Consequently, Caleyda originates from renewable sources and avoids fossil fuel dependency. Technical Features FeatureDescriptionBiodegradabilityComplete, leaving no microplastic wasteSourceOrganic waste and industrial process waterApplicationsPackaging, insulation, temporary coatingsDensityComparable to conventional plasticsMoisture ResistanceRelatively high Why Caleyda Revolutionizes Building Materials We cannot discuss Caleyda without highlighting its symbolic role in the construction sector’s environmental transformation. On one hand, relying on sustainable bioplastic produced from waste processing reflects a clear shift in how we perceive resources. Furthermore, this approach is not just a technical choice but a growing environmental commitment. In addition, it embraces circular economy principles by converting waste into valuable raw materials rather than letting it pollute the environment. Production and Industrial Partnerships Facilities and Collaborations - Paques Biomaterials tested the Caleyda production process in pilot plants and demonstration facilities in Dordrecht, the Netherlands. - They now collaborate with ESKA, a recycled paper manufacturer, to build a full-scale production plant. - The new facility in Emmen aims to start commercial-scale production by 2027. Funding to Accelerate Scale-Up The project secured €14 million to develop an industrial production line. This factory will produce around 6,000 tonnes per year of sustainable bioplastic, meeting the increasing European demand. Promising Practical Applications Biodegradable Fertilizer Coatings Caleyda already shows great potential as a coating for fertilizers. This use allows gradual nutrient release over days or months, reducing microplastic pollution in agriculture. Moreover, it complies with current and upcoming EU fertilizer regulations. Future Architectural Applications Besides agriculture, tests indicate that Caleyda suits packaging building units, manufacturing temporary dividers, and even sustainable insulation solutions. Given its ease of production and durability, Caleyda presents an attractive option for developers and architects seeking cleaner, low-emission materials. A Human Touch and Innovation Hub Paques Biomaterials located its application team at Planet B.io Biotech Campus in Delft, a vibrant hub fostering biotech innovation. According to the CEO, this environment encourages collaboration with academic and industrial partners, accelerating the material’s development and scale-up. Conclusion As the construction industry strives to lower its environmental footprint, sustainable bioplastic like Caleyda offers a practical and effective solution. It avoids fossil fuels, biodegrades without harmful residues, and uses recyclable waste as raw material. With ongoing production expansion and diverse applications, Caleyda looks poised to become a fundamental element in future architecture. ArchUp is your platform to follow everything “architectural“: news, analyses, and designs straight from the heart of the modern architectural movement. https://archup.net/sustainable-technology-in-architecture/
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