ART-NANO Electrode Material

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ART-NANO application as electrocatalytic additive into electrode materials for oxygen-hydrogen fuel cells, bipolar alkaline electrolysis electrodes for hydrogen and oxygen production, modified catalysts for ultra pure hydrogen production

OXYGEN-HYDROGEN FUEL CELLS

BIPOLAR ALKALINE ELECTROLYZER ELECTRODE

Volumetric-flowing electrodes with ART-NANO

Basic electrocatalytic characteristics of ART-NANO and Ni-ART-NANO coatings

1. Electrochemically reversible hydrogen sorptive capacity of ART-NANO in sulfuric and alkaline water electrolytes at 20° C t° and atmospheric pressure
2. Capacity efficiency at charge-discharge regime cycling
3. Surface roughness factor according to hydrogen electrochemical sorption-desorption in sulfuric and alkaline water electrolytes of Ni-ART-NANO composite electrodes
4. Decrease in overstress of hydrogen release on Ni-ART-NANO composite electrodes in comparison with porous Ni electrodes (porosity 30%) in 25% KOH water solution at 25° C t°

More than 1,3% mass
Up to 97%
More than 3×103
0.14 V at current density 0.5 A/cm2

Coatings containing ART-NANO with electronic emission properties

ART-NANO FOR LI-ION BATTERY ACTIVE MASS MODIFICATION SUPERCONDENSATOR

ART-NANO introduction into the Li-ion battery active mass allows to increase the reversible capacity in 1.6-1.9 times while maintaining operating resource.
Accelerates the process of the battery charge — up to 90-95% of capacity in 30-35 minutes.
ART-NANO reduces self-discharge rate — up to 3-5% per month.
Increases the operatig resourse, including the temperature drops — up to over 1100 charge / discharge cycles.
ART-NANO is environmentally safe and does not exclude the possibility of Li-ion batteries utilization without pre-processing.
Possesses the highest energy density among the batteries of all types — both bulk and weight.
The element power supply is 3.6 V, which is 3 times higher than that of NiMH and NiCd batteries and almost 2 times higher than that of lead-acid batteries.

SUPERCONDENSATOR MODIFICATION WAYS

ART-NANO introducing as a modifying multifunctional additive into the electrode materials based on activated carbon and directly into the manufacturing process of the new generation of electrodes for electrolytic double-layer capacitors with aqueous and non-aqueous electrolytes allows to create high-efficiency mini- and mega electric energy storages for:
telecommunication systems uninterruptible power supply;
power drives and transmissions energy sources, etc.

Have Questions?

Learn how ART-NANO carbon nanomaterials enhance electrode performance in fuel cells, alkaline electrolyzers, and ultra-pure hydrogen production systems. We’re ready to discuss how our electrocatalytic additives can improve efficiency, durability, and output in your energy applications.

Our Customers

Our projects have been successfully implemented in the following countries:
— United Arab Emirates
— South Korea
— France
— Bulgaria

"About ART-NANO Electrode Material"

“ART-NANO isn’t just an additive—it’s a performance multiplier for next-generation energy systems. By integrating our carbon nanomaterials into electrode architectures, we boost catalytic activity, stability, and efficiency in fuel cells and hydrogen production. Our goal is to accelerate the clean energy transition with materials that deliver real-world impact.”

Siarhei Zhdanok

CEO, ART-PTE Inc.

Would you like to start a project with us?

We’re ready to bring our expertise in nanomaterials to your challenge.
Whether it’s R&D, custom formulation, or industrial-scale implementation — let’s build the future together.