Abstract
We have been researching ozone storage using a silica gel that functions as an adsorbent. We found that ozone stored in silica gel was, once released, higher in concentration than the original ozone that was produced by an ozone generator powered by an electrical discharge. Additionally, this method of storage led to an increase in ozone concentration without the need for any additional energy. When ozone was stored in silica gel, it changed from a gaseous state to a liquid state via a vapor state in narrow capillaries according to Kelvin's law. When ozone was desorbed, it was concentrated depending on the changing of the form from a liquid state to a gaseous state via a supercritical fluids state in the narrow capillaries.