Transforming tropical
agro-waste into
next-gen biocomposites
MyCeNova pioneers a novel class of mycelium-based composites engineered from tropical agro-waste, contributing to regenerate polluting industries and accelerate circular value chains.
Discover Our Solutions
Born in Ecuador, we operate at the intersection of sustainable innovation, circular bioeconomy, and inclusive growth, creating value-added bio-based solutions with triple impact to address today’s material challenges. By upcycling residual biomass into biodegradable materials and inputs, we create economic, social, and environmental value while fostering rural jobs, empowering local communities, and reducing waste through a scalable, rural-based model.
Read MoreCompostable, lightweight, and custom-shaped protective packaging for premium products, consumer goods, and cosmetics. A circular alternative to conventional secondary packaging.
Explore EcoPacks
Modular, semi-structural, and fire-resistant panels, tiles, bricks, and insulators for indoor building applications with a roadmap toward eco-lodges and prefab housing systems for disaster-prone areas.
Explore BioModularsSculptural, ornamental, and iconic bioart pieces inspired by Ecuador’s pre-Hispanic and local cultural heritage, including decorative figures and natural planters for home-seed growing.
Explore NunaArt
Partner with us to upcycle your agro-waste stream into custom biomaterials or bioinputs. Together, we co-develop tailored formulations, validate new use cases, and build IP strategies to scale bio-based solutions and enable future technology transfer.
Explore R&D PartnershipsOur Team
Chemical engineer, expert in corporate innovation, process improvement, and sustainability-circular economy. MSc in Global Management of Innovation and Technology at LUT University, Finland.
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Mechanical automotive engineer, specialized in design, lightweight materials modeling, and process optimization. Experience in connecting B2B actors across sectors to help businesses grow.
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Chemical engineering student, skilled in laboratory research, academic tutoring, and plant dynamic simulation. Focused on sustainable materials and circular-economy solutions through applied research.
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