Mechanical Friction & Lignin
We replace toxic resins with physics. By activating natural lignin and utilizing mechanical friction, we bond sorghum stalks without synthetic glues inside the core.
Vertical Fiber Orientation
Just like in nature, fibers are oriented vertically to maximize load-bearing capacity effectively creating thousands of micro-columns.
Hybrid Bio-Shell
The core is encased in a protective shell of Jute and Cardboard using bio-safe adhesives, ensuring durability and ease of finishing.
-40 kg
Locks carbon inside the walls instead of releasing it
Farmers monetize waste stalks as a second harvest
Factory moves to the field. Zero long-distance logistics
- Andrii DerekolenkoFounder & CEO
With over 25 years of experience in wood engineering and construction, Andrii has always been driven by one question:
“How can we build stronger, faster, and cleaner?”
Frustrated by the industry’s reliance on carbon-intensive materials and the complex logistics of transporting “air” (insulation), he turned to nature for elegant solutions.
Andrii founded Cytolemma to bridge the gap between agricultural biology and industrial construction. He combines deep technical knowledge in wood structures with a vision of decentralized manufacturing, proving that the houses of the future will be grown on farms, not quarried.
- Civil Engineering
- Biomaterials R&D
- Sustainable Manufacturing
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Agricultural waste processingWe transform agricultural waste into environmentally friendly building materials. -
We transform agricultural waste into environmentally friendly building materials.We are implementing Factory in a Box technology for on-site construction. -
Zero-carbon housing constructionWe build affordable and environmentally friendly homes.
- AccessibilityEconomical solutions for construction
- DecentralizationLocal production and lower shipping costs
- Zero carbon emissionsEcological building materials
- Agricultural wasteUsing waste for construction
