Study on the optimal conditions of ultrasonic strengthening phosphogypsum storage and solidification of CO2

Ma, Yue; Sheng, Jianjun; Li, Tianyu; Yang, Cheng; Xiao, Qingfeng; Yang, Ru-Lan

doi:10.1016/j.scp.2023.101091

Sustainable Chemistry and Pharmacy

2023

DOI: 10.1016/j.scp.2023.101091

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Study on the optimal conditions of ultrasonic strengthening phosphogypsum storage and solidification of CO2

Yue Ma

Jianjun Sheng

Tianyu Li

et al.

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Review of the State of Impurity Occurrences and Impurity Removal Technology in Phosphogypsum

Liu

2023

Materials

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A variety of co-existing impurities in phosphogypsum limit its large-scale and high-value utilization. This paper summarizes the common contents of major impurity components (silicon and phosphorus) and trace impurity components (fluorine, iron, aluminum, and carbon) in phosphogypsum and discusses the harm of impurity components to the comprehensive utilization of harmless phosphogypsum chemical resources. The occurrence status of impurity components in phosphogypsum and the research progress of various impurity removal technologies are summarized, and the effects of these impurity removal technologies on different contents of impurity components are evaluated. On this basis, the goal of improving the whiteness of phosphogypsum samples and the development of technology for further removal of impurities in phosphogypsum to improve the purity of the main content of calcium sulfate are speculated.

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Review of the State of Impurity Occurrences and Impurity Removal Technology in Phosphogypsum

Liu

2023

Materials

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Study on the optimal conditions of ultrasonic strengthening phosphogypsum storage and solidification of CO2

Cited by 1 publication

References 28 publications

Review of the State of Impurity Occurrences and Impurity Removal Technology in Phosphogypsum

Review of the State of Impurity Occurrences and Impurity Removal Technology in Phosphogypsum

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