| abstract |
Disclosed are a high pressure reactor for carbon dioxide conversion and a method of operation thereof. The present invention, by adsorbing and removing hydrogen fluoride, acid gas, VOCs and the like by using the electrochemical reaction and adsorbent of the high-voltage discharge process in the incoming air, by installing a radioactive material removing unit radioactive materials such as radon, cesium Is removed by electrosorption, and the high voltage discharge unit purifies the contaminated air by the electrochemical reaction of the high voltage discharge and supplies air sterilized with airborne bacteria to the positive and negative pressure holding spaces using the supply air fan. Positive pressure / eup pressure maintenance target space The internal pressure of the target space is maintained by detecting the pressure inside the room and controlling the opening rate of the air supply fan, circulation fan, exhaust fan speed, and air volume control damper based on data transmitted in real time. Maintain the pressure at a positive pressure, and in the aftertreatment part composed of high voltage discharge means, adsorption means, and exhaust fan, Oxygen ions (O) generated by dissociating harmful chemicals by adsorption to adsorbents by the electrochemical reactions of virus-contaminated high-voltage discharge processes and adsorbing to adsorbents, and by dissociating covalent bonds of air constituent molecules during high-voltage discharge processes Oxygen is sterilized with free radicals such as superoxide anion (O 2- ), hydroxyl radical (OH-Radical), nitrogen monoxide (NO), and singlet oxygen ( 1 O 2 ) that are combined in an unstable form and discharged into the atmosphere. Block the propagation path of bacteria and viruses through the media. |