Hi ICs;
I just read an article said that some cutting edge chemical tech can help us to get rid of ozone tail gas problem.
Everyone knows that ozone can be obove 0.05ppm. However, if a 2g/hour ozone gen is used, the exhuasting ozone ppm will abs be over 0.5ppm. 0.5ppm
is too danger for people. Now some guys found some materials that can absorb ozone completely. The final ppm wil be below the 0.05ppm (safe).
Hope we can get this product asap. If it is true, I can purchase a large ozone gen to kill odor.
Cheers!
P.S.
The article's Abstract is:
It has been found that a carbon fibrous material characterized by the developed porous structure and predominance of basic surface groups, being a catalyst of low-temperature ozone decomposition, is also a suitable support for liquid-phase base (X ) catalysts (X[-] = OH[-], Br[-] and I[-]). The data obtained in the reaction kinetics study at an initial ozone concentration ranging from 3.1 x 10[-8] to 3.1 x 10[-7] mol/l show that the support raises considerably the activity of the base catalysts. The catalytic activity decreases in the following series: I > Br > OH.
http://cat.inist.fr/?aModele=afficheN&cpsidt=987633
I just read an article said that some cutting edge chemical tech can help us to get rid of ozone tail gas problem.
Everyone knows that ozone can be obove 0.05ppm. However, if a 2g/hour ozone gen is used, the exhuasting ozone ppm will abs be over 0.5ppm. 0.5ppm
is too danger for people. Now some guys found some materials that can absorb ozone completely. The final ppm wil be below the 0.05ppm (safe).
Hope we can get this product asap. If it is true, I can purchase a large ozone gen to kill odor.
Cheers!
P.S.
The article's Abstract is:
It has been found that a carbon fibrous material characterized by the developed porous structure and predominance of basic surface groups, being a catalyst of low-temperature ozone decomposition, is also a suitable support for liquid-phase base (X ) catalysts (X[-] = OH[-], Br[-] and I[-]). The data obtained in the reaction kinetics study at an initial ozone concentration ranging from 3.1 x 10[-8] to 3.1 x 10[-7] mol/l show that the support raises considerably the activity of the base catalysts. The catalytic activity decreases in the following series: I > Br > OH.
http://cat.inist.fr/?aModele=afficheN&cpsidt=987633