C-ONE™ | Advanced Carbon Materials by NanoMOF
This material functions as a soil amendment, carbon sink, and key element for regenerative agriculture.
NanoMOF produces biochar from agro-industrial residues such as cocoa husk, coconut, and sugarcane bagasse.
This material functions as a soil amendment, carbon sink, and key element for regenerative agriculture.
Each ton of biochar generated contributes to capturing CO₂ and restoring life to ecosystems.
Key specifications
Origin
Lignocellulosic biomass (cocoa, coconut, coffee, sugarcane, rice).
Process
Controlled or microwave-assisted pyrolysis.
Texture
Micro and mesoporous. .
Specific surface area
250–600 m²/g. .
pH
8–10. .
Carbon content
Fixed carbon above 75%. .
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NanoMOF biochar is developed through applied research in advanced pyrolysis and structural characterization.
Our team works to optimize its water retention capacity and nutrient adsorption.
Soil engineering in service of agricultural sustainability.
How does it work?
Retains water and nutrients in its porous structure.
Improves soil aeration and microbiology.
Increases fertility and reduces erosion.
Fixes atmospheric carbon long-term.
Traceability
Improved soil fertility
Reduces the need for chemical fertilizers.
Climate change mitigation
Captures CO₂ and contributes to emission reduction.
Agricultural regeneration and productivity
Regenerates degraded soils and improves agricultural productivity.
Biomass origin traceability
Guarantees complete traceability of biomass origin.
Applications
Sustainable and organic agriculture.
Sustainable and organic agriculture.
Enhanced composting.
Carbon capture and storage (Carbon Farming).
Biochar Ecosystem
Comprehensive guide to industrial and environmental applications of Biochar.
Technical and safety data sheet
Technical analyses
FTIR, TGA, CHONS, SEM, and pH
Regulatory compliance
Certified laboratory analyses
Safety
No risks to health or the environment
Biochar Comparison
Biochar Type
SSA (m²/g)
Application
Carbon efficiency (%)
NanoMOF Biochar
400–600
Agriculture and capture
90–95
Generic biochar
250–350
Compost
70–80
SSA (m²/g)
NanoMOF Biochar
400–600
Generic biochar
250–350
Application
NanoMOF Biochar
Agriculture and capture
Generic biochar
Compost
Carbon efficiency (%)
NanoMOF Biochar