Nanopob

nano power of biomaterials

Who Am I ?

About us

Climate change is a global issue affecting 7 billion people on the planet. We believe that the right technology could resolve this issue and will create a better world for the future generations. ​ ​ Climate change is mainly caused by methane and carbon dioxide. Nanopob is developing technology to convert these 2 gaseous in the biogas to valuable bio-based nanomaterials which are graphene and carbon nanotubes (CNT). ​
These bio-based nanomaterials are very useful in various applications which include:​

  • Lithium-ion battery​
  • Super capacitor ​
  • Composite materials​
  • Hydrogen fuel cells​

What they can be useful

Applications of bio-nanomaterials​
Energy
Energy

Graphene/CNT based anode of Li-ion batteries offer improved energy density, safety and decreased charging time.

Energy
Materials Science

Reinforcing composites, coatings, and membranes with graphene/CNT enhances mechanical strength and durability.

Energy
Electronics

Graphene is used in transistors, sensors, and flexible displays. It can be used as transparent conductive films in touchscreens, solar cells, and flexible electronics.

Energy
Biosensor

Nanomaterials have extraordinary mechanical, electrical, and thermal capabilities that can be used to enhance biosensor functionality.

What we do

We offer bio-nanomaterials to suit your application.

 

 

 

 

Our Product

Bio-Graphene (few layers)

purity 90-99 %,

S.A. 100 m2/g

3-8 layers

contact us

Bio-Graphene (Multi-layers)

purity 90-99 %,

S.A. 100 m2/g

20-30 layers

contact us

Bio-rGO (Reduced graphene oxide)

purity 90-99 %,

S.A. 50 m2/g

< 10 layers

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Bio-nanotubes (MWCNT-D1)

purity 90-99 %

Dia.: 20-30 nm

contact us

Bio-nanotubes (MWCNT-D2)

purity 90-99 %

Dia. 50-70 nm

contact us

Experimental results​
Test results on NMC Li-ion battery

By: Admin

When Nanopob materials were added as an additive, the energy density of NMC batteries can be enhanced by up to 50% comparing to using the traditional materials (pure graphite).

 

 

 

Test results on concrete

By: Admin

By adding nanomaterials not more than 0.1%, the compressive and tensile strength of concrete can be increased by 13 and 70%, respectively.

 

 

 

Want to invest in the nano industry or obtain small samples for testing?​

Contact Us