Enhanced acidolysis of phosphate rock and controlled phosphogypsum crystallization via high shear reactor

Phosphoric acid, vital for fertilizers and new energy materials, is produced via sulfuric acidolysis of phosphate rock (PR). Conventional dihydrate processes suffer from slow acidolysis rates, low phosphorus yield, high slurry recirculation and high residual phosphorus in phosphogypsum (PG). Herein,...

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Bibliographic Details

Published in:	Separation and purification technology Vol. 380; p. 135463
Main Authors:	Shan, Guixuan, Yang, Xinhui, Huo, Xinyi, Ma, Kangkang, Abrar, Laiba, Li, Xiaoning, Yao, Long, Zhao, Yu, Chi, Ru'’an, Long, Bingwen, Li, Wei, Zhang, Jinli
Format:	Journal Article
Language:	English
Published:	Elsevier B.V 07.02.2026
Subjects:	Acidolysis High shear reactor Intensification mechanism Phosphate rock Phosphogypsum Phosphogypsum Intensification mechanism Acidolysis Phosphate rock High shear reactor
ISSN:	1383-5866
Online Access:	Get full text
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