Ithaka Institute - Logo
  • Science
    • Milestones
    • Biochar
      • Biochar-Based Fertilization
      • Analysis & Characterisation
      • Pyrogenic Carbon Capture and Storage (PyCCS)
      • Field Trials
      • Pyrogenic and Mineral Carbon Capture and Storage (PyMiCCS)
      • Biochar Compost
      • Activated Biochar
      • Microplastic Elimination
      • Biochar Modification and Doping
    • Materials
    • Kon-Tiki
    • Viticulture
    • Publications
  • Standards
  • Consulting
  • Tools
  • Journals
  • Newsletter
Ithaka Institute - LogoIthaka Institute - Logo
  • Science
    • Milestones
    • Biochar
      • Biochar-Based Fertilization
      • Analysis & Characterisation
      • Pyrogenic Carbon Capture and Storage (PyCCS)
      • Field Trials
      • Pyrogenic and Mineral Carbon Capture and Storage (PyMiCCS)
      • Biochar Compost
      • Activated Biochar
      • Microplastic Elimination
      • Biochar Modification and Doping
    • Materials
    • Kon-Tiki
    • Viticulture
    • Publications
  • Standards
  • Consulting
  • Tools
  • Journals
  • Newsletter
  • Home
  • Science
  • Materials

Materials

Biochar is not just a soil amendment - it is an engineered carbon material. The institute develops biochar-based construction materials that turn buildings into carbon sinks, and NanoC nano-carbon composites that won snowboard World Cup races.

Biochar as a Building Material

Biochar based building material offers the possibility of carbon negative construction in addition to a slew of other unique and promising properties. The first building using this material was built in 2013 at the Ithaka Institute in Switzerland and is currently undergoing extensive performance testing.  Already though, the building has proven to be highly insulated with great humidity control. Substantial opportunities also exist to use the char-clay material to upgrade existing buildings plagued with poor insulation, humidity problems or contaminations such as lead paint.

NanoC Composite

NanoC is a biochar-derived nano-carbon additive developed by the institute for integration into high-performance fibre composites. Injected into glass-fibre and carbon-fibre matrices, NanoC reduces vibration, increases acceleration out of turns, and improves structural responsiveness.
  • Contact
  • Impressum
  • Privacy Statement
  • General Terms and Conditions

 

ithaka institute for carbon strategies

info@ithaka-institute.org

© 2026 Ithaka Institute