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In this work, butyraldehyde (buty) removal by a dielectric barrier discharge (dbd) plasma coupled with different (photo) catalysts based on tio 2 and mno 2 was studied. Here, we have provided a comprehensive literature review of tio 2 modification to present the approaches required for overcoming the inherent tio 2 limitations and improving the. In order to improve the indoor air quality, volatile organic compounds (vocs) can be removed via an efficient approach by using catalysts

This review proposed a comprehensive. After the mno2 coating, the tio 2 /mno 2 catalysts performed excellently for both vocs degradation and residual ozone decomposition with removal efficiency reaching 96.0%. However, implementing them can raise facility costs, downtime, and/or maintenance

The potential of photocatalysts in the removal of voc compounds is broadly explained based on recent and current publications

Finally, the problems, issues, and. Controlling vocs is crucial for good air quality This review aims to provide a comprehensive understanding of the various methods used for controlling voc abatement.

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