Scheda di dettaglio – i prodotti della ricerca

DatoValore
TitleSolid-liquid partitioning bioreactors for industrial wastewater treatment
KeywordsSolid liquid TPPBsIndustrial wastewater treatmentPolymersToxicity reductionSolvent free treatment
Year2019
TypeContributo in volume
AuthorsM. Concetta Tomeia and Andrew J. Daugulisb
Text398758 2019 Solid liquid TPPBs Industrial wastewater treatment Polymers Toxicity reduction Solvent free treatment Solid liquid partitioning bioreactors for industrial wastewater treatment M. Concetta Tomeia and Andrew J. Daugulisb Water Research Institute, C.N.R., Via Salaria km 29.300, CP 10, 00015 Monterotondo Stazione Rome , Italy Department of Chemical Engineering, Queen s University, Kingston Ontario Canada K7L In two phase solid liquid partitioning bioreactors TPPBs , inexpensive and inert commercial polymers are used to replace immiscible organic solvents to absorb and release toxic organic molecules for degradation by mixed populations. In such systems, the polymers act exactly as does an organic solvent, with uptake/release occurring via absorption, and reduced aqueous contaminant levels arising from the maintenance of a thermodynamic equilibrium between the aqueous and polymer phases. The use of commercial, non volatile, non flammable, biocompatible and easily shaped polymers as the sequestering phase is a step forward in the development of green , solvent free bio treatment strategies. In this chapter, the principle of operation, applications and demonstrated results of solid liquid TPPBs operated with polymeric sequestering phases are reported for biological industrial wastewater treatment. Advances and Applications of Partitioning Bioreactors Sergio Huerta Ochoa; Carlos Castillo Araiza; Guillermo Quijano 9780128149966 Preprint Capitolo Contributo in volume Academic Press, 0065 2377 Advances in chemical engineering Advances in chemical engineering Adv. chem. eng. Advances in chemical engineering. mariaconcetta.tomei TOMEI MARIA CONCETTA TA.P07.002.005 Rimozione di composti xenobiotici da acque di scarico