Increased efficiency in the synthesis of carbon nanomaterial

A system of automated collection of produced carbon nanomaterial, comprising:

• a plasma chemical reactor, comprising a quartz tube, the quartz tube comprising a cathode coupled to an energy source and an anode;
• a gas supply system located in the quartz tube;
• a deposition chamber coupled to the quartz tube to collect a deposited carbon nanomaterial;
• a central body co-axially located in the deposition chamber;
• a plurality of cleaner blades installed between the central body and a wall of the deposition chamber to clean the deposited carbon nanomaterial,
• wherein the plurality of cleaner blades is attached to a portion of a rocker, which is positioned between the central body and the wall of the deposition chamber, and
• wherein a rotational motion of the rocker provides for sequential cleaning of a surface of the central body and the wall of the deposition chamber by the plurality of cleaner blades to thoroughly and efficiently collect the deposited carbon nanomaterial;
• and
• a collecting bin to hold the cleaned deposited carbon nanomaterial.