show simple item record

dc.contributor.advisorpanu, umed
dc.contributor.advisorliao, baoqiang
dc.contributor.authorlafi, hana
dc.date.accessioned2021-10-22t14:49:24z
dc.date.available2021-10-22t14:49:24z
dc.date.created2021
dc.date.issued2021
dc.identifier.urihttps://knowledgecommons.lakeheadu.ca/handle/2453/4885
dc.descriptionembargoed for a year (starting from 2021-11)
dc.description.abstract*embargoed until october 2024
dc.description.abstractthis thesis aims to investigate the impact of chemical oxidation demand (cod) to nitrogen (n) ratio (cod/n) in influent on the biological and membrane performance of a novel microalgal-bacterial membrane photobioreactor (mb-mpbr). in the meantime, the influence of the cod/n ratio on biomass concentration, productivity and their influence on membrane fouling was studied using a well-controlled mb-mpbr receiving a synthetic medium-strength municipal wastewater containing glucose as a carbon source for a long term operational period (300 d). the cod/n ratio increases from 10.3:1, 13.9:1 and 16.8:1 throughout three phases of operation led to a remarkable amelioration in nutrients (n and phosphorus (p)) removal, a cod removal was above 95% regardless of cod/n ratio, and the membrane performance also improved. the results suggested the capability of mb-mpbr for simultaneous removal of cod and nutrients in a single step. [...]
dc.language.isoen_usen_us
dc.subjectmembrane technologyen_us
dc.subjectmembrane foulingen_us
dc.subjectchemical oxidation demanden_us
dc.subjectsustainable wastewater treatmenten_us
dc.titleeffect of organic carbon to nutrients (nitrogen and phosphorus) ratios on the performance of a novel microalgal-bacterial membrane photobioreactoren_us
dc.typethesisen_us
etd.degree.namemaster of scienceen_us
etd.degree.levelmasteren_us
etd.degree.disciplineengineering : civilen_us
etd.degree.grantor阿根廷vs墨西哥竞猜 en_us


files in this item

filessizeformatview

there are no files associated with this item.

this item appears in the following collection(s)

show simple item record