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π’ Canada β MASc Position in Chemical Engineering at McMaster
π University: McMaster University
π Country: Canada
π Fields:
Chemical Engineering, Biomedical Engineering, Materials Science, Chemistry, Environmental Engineering
Are you passionate about advancing sustainable water treatment technologies and eager to gain hands-on experience in both academic and industrial research environments?
The focus of this position is on the development and evaluation of next-generation hollow fiber membranes for water and wastewater treatment. Membrane technologies are central to modern water purification systems, but their performance can be compromised over time due to fouling, chemical aging, and repeated cleaning cycles. The significance of this research lies in addressing these challenges by systematically studying membrane stability, performance, and durability. By linking chemical and structural changes in the membranes to their operational effectiveness, this project aims to inform better selection, operation, and maintenance protocols for real-world water treatment systems. The work has direct societal impact, as access to clean water is a global priority, and innovative solutions are urgently needed to ensure water security for communities and industries alike.
π Find out more and Apply Now:
β οΈ Android users: If it doesn't open, use "Open in browser"
https://phdfinder.com/2026/10/13/canada-masc-position-in-chemical-engineering-at-mcmaster/
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π University: McMaster University
π Country: Canada
π Fields:
Chemical Engineering, Biomedical Engineering, Materials Science, Chemistry, Environmental Engineering
Are you passionate about advancing sustainable water treatment technologies and eager to gain hands-on experience in both academic and industrial research environments?
The focus of this position is on the development and evaluation of next-generation hollow fiber membranes for water and wastewater treatment. Membrane technologies are central to modern water purification systems, but their performance can be compromised over time due to fouling, chemical aging, and repeated cleaning cycles. The significance of this research lies in addressing these challenges by systematically studying membrane stability, performance, and durability. By linking chemical and structural changes in the membranes to their operational effectiveness, this project aims to inform better selection, operation, and maintenance protocols for real-world water treatment systems. The work has direct societal impact, as access to clean water is a global priority, and innovative solutions are urgently needed to ensure water security for communities and industries alike.
π Find out more and Apply Now:
β οΈ Android users: If it doesn't open, use "Open in browser"
https://phdfinder.com/2026/10/13/canada-masc-position-in-chemical-engineering-at-mcmaster/
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