Low temperature oxidation of carbon monoxide for heat recuperation: A green approach for energy production and a catalytic review

The kinetic parameters of the smoke gases purification process from carbon monoxide on a zeolite-based manganese oxide catalyst

“…It has been shown that, in addition to reducing CO emissions into the air, only automobile exhaust gases are purified by the method of CO catalytic oxidation [9]. This is the most effective and most expensive method of combating carbon monoxide.…”

Development of a Catalyst for Flue Gas Purification from Carbon Monoxide of Multi-Chamber Furnaces for Baking Electrode Blanks

“…Although CO has high toxicity and high emissions into the atmosphere are observed, until recently, effective treatment methods of industrial waste gases from this dangerous component have not been introduced either in our country or abroad. The only exception involves the road transport gas emissions, which are purified by the CO catalytic oxidation method [Patel et al, 2019]. This is the most effective method of combating carbon monoxide.…”

Neutralization of carbon monoxide by magnetite-based catalysts

“…And if special devices in the form of catalysts, heaters, etc. are being developed to neutralize and detoxify carbon monoxide emitted by road transport [2], this issue does not find adequate attention in industry. Despite the high toxicity and significant amounts of CO, even today, methods for neutralizing carbon monoxide in the waste gases of industrial enterprises are being developed rather slowly, and progressive technologies are being introduced only in units.…”

“…In the case of the impact of a separate enterprise, then with the current MPC on CO emissions at the level of 250 mg/m 3 , the emissions of JSC «Ukrainian Graphite» (Kyiv, Ukraine) contain carbon monoxide in the amount of 998.3-1750 mg/m 3 [4]. The problem of neutralizing carbon monoxide at the level of industrial enterprises is complicated by the fact that the most effective method of CO neutralization known today is catalytic methods [2]. And if this problem is successfully solved for road transport with small volumes of emissions, then for industrial enterprises the use of similar equipment with a significant consumption of precious metals and low productivity requires further detailed research.…”