C-ONE ACTIV™ | Precision Activated Carbons by NanoMOF
High-purity materials engineered at the nanoporous level to maximize performance, durability, and molecular control.
A natural material with industrial performance.
NanoMOF manufactures sustainable activated carbon from biomass, combining physical and chemical activation to achieve materials with exceptionally high specific surface area and structural control.
Key specifications
Specificsurface area (SSA)
>1,500 m²/g.
Method
physical activation (CO₂) or chemical (KOH).
Bulk density
0.4–0.6 g/cm³.
pH
Neutral to basic
Purity
>98%.
R
We develop carbons with selective adsorption properties, optimized for organic contaminants and heavy metals.
We use microwave-assisted pyrolysis to improve thermal uniformity and reduce energy consumption.
How does it work?
Adsorbs contaminants in its micropores.
Filters and purifies liquids and gases.
Regenerates through washing or thermal reactivation.
Traceability
Alternative to fossil materials
Replaces petroleum-derived materials.
Lower climate impact
Reduces industrial carbon footprint.
Extended material use
Enables regeneration and multiple reuse.
Traceable and sustainable origin
Origin traceability: agricultural waste converted into technical material.
Applications
Industrial and potable water treatment.
Industrial and potable water treatment.
Air and gas filtration.
Catalytic and pharmaceutical processes.
Activated Carbon Ecosystem
Comprehensive guide to industrial applications, techniques, and regulations for Activated Carbon.
Activated carbon comparison
Carbon Type
SSA (m²/g)
Application
Regeneration cycles
NanoMOF Activated
> 1,500
Water, air, industry
> 10
Conventional carbon
800 – 1,000
Water
2 - 3
SSA (m²/g)
NanoMOF Activated
> 1,500
Conventional carbon
800 – 1,000
Application
NanoMOF Activated
Water, air, industry
Conventional carbon
Water
Carbon efficiency (%)
NanoMOF Activated