0000000000529850

AUTHOR

Tommi Fred

showing 2 related works from this author

Methylophilaceae and Hyphomicrobium as target taxonomic groups in monitoring the function of methanol-fed denitrification biofilters in municipal was…

2017

Abstract Molecular monitoring of bacterial communities can explain and predict the stability of bioprocesses in varying physicochemical conditions. To study methanol-fed denitrification biofilters of municipal wastewater treatment plants, bacterial communities of two full-scale biofilters were compared through fingerprinting and sequencing of the 16S rRNA genes. Additionally, 16S rRNA gene fingerprinting was used for 10-week temporal monitoring of the bacterial community in one of the biofilters. Combining the data with previous study results, the family Methylophilaceae and genus Hyphomicrobium were determined as suitable target groups for monitoring. An increase in the relative abundance …

denitrifikaatio0301 basic medicineDenitrificationfood.ingredientWater flow030106 microbiologyBioengineeringbiofilterMethylophilaceaehyphomicrobiumWastewaterBiologyApplied Microbiology and Biotechnology12. Responsible consumptionMethylophilaceae03 medical and health sciencesfoodRNA Ribosomal 16S11. SustainabilityBioprocessPhylogenySewageEcology218 Environmental engineeringMethanolTemperatureWaterClassificationbiology.organism_classificationHyphomicrobium6. Clean watermetanoliHyphomicrobium030104 developmental biologyMicrobial population biologyWastewatermethylophilaceaeEnvironmental chemistryBiofilterDenitrificationFiltrationBiotechnology
researchProduct

RAVITA Technology : new innovation for combined phosphorus and nitrogen recovery

2018

Abstract Present phosphorus (P) recovery technologies mainly contain P recovery from sludge liquor or ash. These types of technologies are suitable for large wastewater treatment plants (WWTPs) with enhanced biological phosphorus removal (EBPR), digestion and/or incineration. In Finland and other Nordic countries, strict P discharge limits require chemical precipitation, thus EBPR alone is not sufficient. Ammonium recovery from wastewater, on the other hand, is not so often discussed. However, recovery from WWTP reject waters would decrease the energy demand of ammonium synthesis by Haber-Bosh technology and the energy demand of the WWTP's biological process. Helsinki Region Environmental S…

chemical precipitationEnvironmental Engineeringwastewater effluentNitrogenAmmonium phosphate0208 environmental biotechnologychemistry.chemical_element02 engineering and technologyjätevesiScandinavian and Nordic Countries010501 environmental sciencesWaste Disposal Fluid01 natural sciencesjätevesilietechemistry.chemical_compoundtyppinutrient recoveryhaitalliset aineetWater Pollutantshazardous substancesAmmoniumta215Phosphoric acidfosforiFinlandta2180105 earth and related environmental sciencesWater Science and Technologyjäteveden käsittelysaostusSewagephosphorus removalPhosphorusPhosphorusPulp and paper industry020801 environmental engineeringIncinerationEnhanced biological phosphorus removalchemistryWastewatertalteenottovaaralliset aineetEnvironmental scienceSewage treatment
researchProduct