Experimental Study on Denitration and Mercury Removal Performance by Sulfur-Tolerant ATP Catalyst

Author:

Zhou Guanxu,Zhu Shaodong,Chen Jianmeng,Han Bo,Chen Chuanmin

Publisher

Springer Nature Switzerland

Reference12 articles.

1. An D, Ji J, Cheng Q et al (2023) Facile H2O-contributed O2 activation strategy over Mn-Based SCR catalysts to counteract SO2 poisoning [J]. Environ Sci Technol 57(39):14737–14746

2. Huang H, Yu H, Zhang F et al (2011) Study on the sulfur tolerance and regeneration of Mn1FexCe1-x/TiO2 catalyst for low temperature NH3-selective catalytic reduction [J]. Chinese J Elect Eng 31(35):29–34

3. Li C, Duan Y, Tang H et al (2018) Mercury emissions monitoring in a coal-fired power plant by using the EPA method 30B based on a calcium-based sorbent trap[J]. Fuel 221:171–178

4. Phan L, Zhang PD, Tran H et al. (2010) Electron spin resonance study of Mn-doped metal oxides annealed at different temperatures[M]

5. Qiao M, Zhang J, Zong L et al (2020) Research progress on catalytic denitration technology-Catalyst types, preparation methods and catalytic activity [J]. Molecular Catalysis 34(2):18

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