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- W4293208992 endingPage "136090" @default.
- W4293208992 startingPage "136090" @default.
- W4293208992 abstract "Carbonyl sulfide (COS), a poisonous and harmful gas, is found in industrial gas products from various coal-firing processes. The emission of COS into the atmosphere contributes to aerosol particles that affect the global climate, posing a risk to climate change and population health. In recent years, the total amount of anthropogenic COS emissions has increased significantly, resulting in the prominent COS pollution problem and becoming a vital environmental issue. This review summarizes the research progress of removing COS from industrial gases. According to the characteristics of different industrial gas products, the COS removal mechanism and influence factors, as well as the advantages and disadvantages for various methods, are discussed, including oxidation, absorption/adsorption, hydrogenation, and hydrolysis. Although COS emission control technologies have attracted widespread attention, the progress of application in blast furnace gas purification has been extremely slow, insufficient and sporadic. To fill the gap, this work provides a timely review on blast furnace gas characteristics and application process of various methods for removing COS from blast furnace gas with varying compositions, and their challenges and future development. This work aims to provide guidance on how effective processes and techniques for removal of COS from blast furnace gas can be developed. This review emphasizes the desirability of direct COS removal from blast furnace gas compared to expensive terminal desulfurization technologies. Furthermore, the development of a new process for low-temperature COS removal from blast furnace gas based on a dual-functional catalyst of hydrolysis/adsorption is advocated." @default.
- W4293208992 created "2022-08-27" @default.
- W4293208992 creator A5022421445 @default.
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- W4293208992 creator A5086152156 @default.
- W4293208992 date "2022-11-01" @default.
- W4293208992 modified "2023-10-17" @default.
- W4293208992 title "Carbonyl sulfur removal from blast furnace gas: Recent progress, application status and future development" @default.
- W4293208992 cites W1507521623 @default.
- W4293208992 cites W188142456 @default.
- W4293208992 cites W1967801070 @default.
- W4293208992 cites W1968133916 @default.
- W4293208992 cites W1975818098 @default.
- W4293208992 cites W1977021371 @default.
- W4293208992 cites W1978596700 @default.
- W4293208992 cites W1984546268 @default.
- W4293208992 cites W1985458893 @default.
- W4293208992 cites W1986619970 @default.
- W4293208992 cites W2002440160 @default.
- W4293208992 cites W2011040379 @default.
- W4293208992 cites W2016838039 @default.
- W4293208992 cites W2018467300 @default.
- W4293208992 cites W2021132061 @default.
- W4293208992 cites W2021675280 @default.
- W4293208992 cites W2023997520 @default.
- W4293208992 cites W2032716628 @default.
- W4293208992 cites W2034758157 @default.
- W4293208992 cites W2048354575 @default.
- W4293208992 cites W2054852669 @default.
- W4293208992 cites W2056302070 @default.
- W4293208992 cites W2059857851 @default.
- W4293208992 cites W2061805583 @default.
- W4293208992 cites W2066058999 @default.
- W4293208992 cites W2067731703 @default.
- W4293208992 cites W2069663228 @default.
- W4293208992 cites W2078301529 @default.
- W4293208992 cites W2083236424 @default.
- W4293208992 cites W2083503627 @default.
- W4293208992 cites W2091970665 @default.
- W4293208992 cites W2105040448 @default.
- W4293208992 cites W2130798602 @default.
- W4293208992 cites W2154706979 @default.
- W4293208992 cites W2159627467 @default.
- W4293208992 cites W2216306267 @default.
- W4293208992 cites W2216787851 @default.
- W4293208992 cites W2237332708 @default.
- W4293208992 cites W2331154333 @default.
- W4293208992 cites W2334824929 @default.
- W4293208992 cites W2380473625 @default.
- W4293208992 cites W2520328391 @default.
- W4293208992 cites W2559204892 @default.
- W4293208992 cites W2562118958 @default.
- W4293208992 cites W2585741827 @default.
- W4293208992 cites W2598770764 @default.
- W4293208992 cites W2729180590 @default.
- W4293208992 cites W2744814541 @default.
- W4293208992 cites W2767995335 @default.
- W4293208992 cites W2769492565 @default.
- W4293208992 cites W2800048379 @default.
- W4293208992 cites W2808782453 @default.
- W4293208992 cites W2883807646 @default.
- W4293208992 cites W2896071452 @default.
- W4293208992 cites W2899565259 @default.
- W4293208992 cites W2901707232 @default.
- W4293208992 cites W2911576261 @default.
- W4293208992 cites W2920205085 @default.
- W4293208992 cites W2921374825 @default.
- W4293208992 cites W2935746809 @default.
- W4293208992 cites W2941373622 @default.
- W4293208992 cites W2974283085 @default.
- W4293208992 cites W2997761661 @default.
- W4293208992 cites W3004933297 @default.
- W4293208992 cites W3015628785 @default.
- W4293208992 cites W3015914320 @default.
- W4293208992 cites W3022179471 @default.
- W4293208992 cites W3028477696 @default.
- W4293208992 cites W3038058416 @default.
- W4293208992 cites W3064225886 @default.
- W4293208992 cites W3092436194 @default.
- W4293208992 cites W3153634856 @default.
- W4293208992 cites W3188910691 @default.
- W4293208992 cites W3209928829 @default.
- W4293208992 cites W3216263389 @default.
- W4293208992 cites W3216654694 @default.
- W4293208992 cites W4200417585 @default.
- W4293208992 cites W4200589330 @default.
- W4293208992 cites W4283024565 @default.
- W4293208992 cites W910742731 @default.
- W4293208992 cites W2076091198 @default.
- W4293208992 cites W3215092809 @default.
- W4293208992 doi "https://doi.org/10.1016/j.chemosphere.2022.136090" @default.
- W4293208992 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35995182" @default.
- W4293208992 hasPublicationYear "2022" @default.
- W4293208992 type Work @default.