MANUFACTURE OF ART-NANO


FACILITY FOR OBTAINING CARBON NANOMATERIAL


CSEM image of the obtained material sample	TEM image of the processed material sample	The dispersion composition of the obtained material

COMPLEX ACTIVATION AND MODIFICATION OF CARBON NANOMATERIAL

BENEFITS OF THE COMPLEX ACTIVATION AND MODIFICATION: Specified functionalization and surface chemical composition for various types of nanocarbon material, as well as for those used in combination. Selective extraction of metal catalysts. Possibility of the activation process parametric control. The use of standard equipment.

COMPLEX ACTIVATION AND MODIFICATION LINE OF 1 kg/h CAPACITY

	Electrochemical hydrogen sorption capacity of initial and activated fraction of CNMs. Fractions are obtained by basic materials ultrasonic treatment
	Comparison of the dependence of the CNM basic materials capacity on the discharge conditions initial CNM fraction in 1 M H₂SO₄; activated CNM fraction in 1 M H₂SO₄; activated CNM fraction in anionic type surfactant; activated CNM fraction in cationic type surfactant; activated CNM fraction in aniline CNM fraction in cationic type surfactant based on quaternary ammonium salt

INITIAL AND ACTIVATED CNM CHARACTERISTICS

Parameter	Initial CNM norm	Activated CNM norm
Apparent density, g/cm³	0.16-0.17	0.2-0.22
Ash content,%, no more than	Up to 5	More than 5
The speicific adsorption sufrace, m²/g	Up to 70	More than 570
The oxygen content in the surface functional groups, %	-	20-30
Capacitive properties, Kl/g	170	650

HYDRODYNAMIC DISPERGATION OF NANOSTRUCTURED CARBON


Hydrodynamic disperser	TEM photo of the processed material sample