A highly stable and efficient Ti/TiONC/Sb-SnO2 electrode with significantly longer (∼25 times) lifetime than that of either the control or any Sb-SnO2 electrode modified with non-precious materials reported in the literature. Chemical Engineering Journal For details: doi.org/10.1016/j.cej.…

A Novel approach (facultative quorum-quenching), having the potential to effectively mitigate #Membrane #Biofouling in aerobic and anaerobic MBRs. Details at: doi.org/10.1016/j.bior…

New Bio-media (3D-QQ Balls) to enhance anti-biofouling efficacy and mechanical media stability for sustainable Membrane Bioreactors' applications. Chemical Engineering Journal For details: doi.org/10.1016/j.cej.…

Pleased to introduce our work (first report) on live (bioactive) quorum quenching hollow fiber membrane filters for biofouling mitigation in MBRs, published in Journal of Membrane Science More details: doi.org/10.1016/j.mems…

Combating membrane biofouling in MBRs via understanding its biological and operational dynamics is perhaps the key critical aspects. Discover about a comprehensive and mechanistic investigation that was published earlier this year in #npjcleanwater (npj Journals) Irini Angelidaki

Glad to share that I have received the Research Excellence Award under the prestigious BK21 program from the President of Kyungpook National University. #phdlife #environmentalengineering

Pleased to share a new article on the preparation of bioactive composite membranes and their antifouling efficacy in membrane bioreactors. More details: doi.org/10.3390/membra… Membranes MDPI MDPI #Phdlife #quorumquenching #compositemembrane

Happy to share our latest work on Direct application of quorum-quenching bacteria for an MBR from a probiotic point of view (i.e., bioaugmentation), published in Chemical Engineering Journal. More details (50 days free access): authors.elsevier.com/c/1eheh4x7R2cV… @EnvSciHealth #Phdlife #biofouling #MBRs

Microbial communication dynamics in anaerobic systems. Happy to share our latest work on quorum sensing behaviors during acclimation & adaption of anaerobic sludge under transient organic loading. More details: doi.org/10.1016/j.bior… #BioresourceTechnology #phdlife #PhD #KNU

I am excited to share that I have joined The University of British Columbia (University of British Columbia) as an International Research Student. Looking forward to the amazing research opportunities at UBC Civil Engineering. @ubcnews

At a salt concentration of 150k ppm, would functional microbes remain viable? Here is our most recent application-based research on the development of novel biomedia (QQ) for anaerobic membrane bioreactor treatment, utilizing green synthesis methodology. Chemical Engineering Journal #phdlife #KNU

Which place is most conducive to open learning? Come experience this at University of British Columbia. I had the pleasure of having Dr. Jongho Lee as my parent advisor, while Dr. Ryan Ziels accommodated me wholeheartedly in his group based on just one request. UBC Civil Engineering UBC Engineering UBC Applied Science

As sunlight and membrane bioreactors are closely connected, its influence on membrane biofouling and microbial ecology is crucial. The long-term study that we conducted recently led to some interesting findings published in the Journal of Membrane Science #MBR Irini Angelidaki #KNU #phdvoice

I am pleased to share that my #PhD #Dissertation was successfully defended! I extend my gratitude to my advisor, Prof. Kwang-Ho Choo and my family for their support throughout this wonderful journey. #PhDone #phdlife

Pleased to share our latest work in Water Research on the development of a hybrid bio-mechanical strategy for biofouling control and energy savings in MBRs. Link: lnkd.in/ebxm5jqA

Pleased to share our latest work published in Journal of Membrane Science on the innovations in long-term storage and reapplication of biocatalytic microbes that enhance the efficacy and sustainability of biocatalysis in membrane systems. More details: lnkd.in/efpS9yqz

Pleased to share our latest work in Journal of Membrane Science addressing the challenge of protecting functional microbes from organic solvents and integrating them with the most extensively utilized polymer for membrane fabrication. More details: doi.org/10.1016/j.mems…