The main objective of this project was the establishment of operational conditions, and the selection of membrane parameters for minimizing concentration polarization and membrane fouling phenomenon, which are major obstacles of UF filtration systems, as well as achieving adequate rejection of COD and oil, and the development of a suitable pilot scale-up procedure involving two different types of membranes (polymer and ceramic) module arrangements, operational parameters and membrane nature, in order to obtain the high water recovery essential in oil-in-water emulsion treatment.
D.06 Final report on a foreign/international project
COBISS.SI-ID: 15487510TrainMiC is a European programme for life-long learning about how to interpret the metrological requirements in chemistry. It is operational across many parts of Europe via national teams. These teams use shareware pedagog ic tools which have been harmonized at European level by a joint effortof many experts across Europe working in an editorial board. The material has been translated into fourteen different languages. This report publishes three TrainMiC presentations translated in Slovenian language by the Slovenian TrainMiC team: (1) Pt. 2, Interlaboratory comparisons, v. 3, Selection and use of reference materials, v. 3, Sampling as part of measurement procedure.
D.10 Educational activities
COBISS.SI-ID: 15706390The main contribution influencing scientific research is the analysis of the process parameters of flow and biomass concentration on the density probability for the distribution of retention time and the dynamics of membrane fouling. The research results provide for the determination of optimum conditions regarding process implementation in order to achieve a high removal-efficiency of the organic matter, and to provide guidance for the eventual elimination of deficiencies in the existing membrane bioreactor system, and thus designing new systems.
F.17 Transfer of existing technologies, know-how, methods and procedures into practice
COBISS.SI-ID: 14934038