Mitigation of Membrane Fouling in Lignin Recovery from Black Liquor via Surface-Patterned Ceramic Membrane DOI Open Access
Weikang Wang,

Ning Kuang,

Wenjie Zhao

et al.

Polymers, Journal Year: 2025, Volume and Issue: 17(10), P. 1424 - 1424

Published: May 21, 2025

Among the various methods for recovering lignin from black liquor, membrane separation has gained prominence in paper industry due to its advantages of uniform molecular weight distribution, high recovery rates, and absence secondary pollution. However, over time, particles tend deposit form a cake layer on surface, leading fouling decline filtration flux. To address this issue, study investigates construction ceramic membranes with radial rib patterns, examines effects different trans-membrane pressure differences patterns surface shear force particle deposition. The research findings indicate that at difference 0.5 bar blade rotation speed 1000 r/min, experiences highest force. Compared those without can more effectively delay deposition particles. Furthermore, it was observed combining coarse fine exhibit pronounced increase

Language: Английский

Mitigation of Membrane Fouling in Lignin Recovery from Black Liquor via Surface-Patterned Ceramic Membrane DOI Open Access
Weikang Wang,

Ning Kuang,

Wenjie Zhao

et al.

Polymers, Journal Year: 2025, Volume and Issue: 17(10), P. 1424 - 1424

Published: May 21, 2025

Among the various methods for recovering lignin from black liquor, membrane separation has gained prominence in paper industry due to its advantages of uniform molecular weight distribution, high recovery rates, and absence secondary pollution. However, over time, particles tend deposit form a cake layer on surface, leading fouling decline filtration flux. To address this issue, study investigates construction ceramic membranes with radial rib patterns, examines effects different trans-membrane pressure differences patterns surface shear force particle deposition. The research findings indicate that at difference 0.5 bar blade rotation speed 1000 r/min, experiences highest force. Compared those without can more effectively delay deposition particles. Furthermore, it was observed combining coarse fine exhibit pronounced increase

Language: Английский

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