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This book presents an introductory editorial paper and publications referring to current problems and challenges in the field of wastewater treatment. The published articles cover a wide range of topics (reducing the concentration of hydrogen sulfide in biogas and decreasing release of phosphate into a sludge liquor at WWTPs; water ecosystem protection from antibiotics through the use of AOP methods; tertiary wastewater treatment in bio-filtration systems assisted by the addition of hydrogen peroxide to stimulate microbial activity; odor removal using biological methods; the impact of WWTPs on the environment by taking into account energy consumption, noise, and the formation of bioaerosols; and odor nuisances), which show significant progress in the research and implementation of innovative solutions in wastewater treatment technology.
Research & information: general --- hydrogen peroxide --- high-rate biofiltration --- nitrification --- denitrification --- AOPs --- assessment of ecotoxicity --- fluoroquinolones --- high resolution mass spectrometry --- IC50 --- MIC --- QSAR --- waste ochre --- biogas --- enhanced phosphorus removal --- hydrogen sulfide --- phosphates precipitation --- wastewater treatment plant --- environment --- impact --- life-cycle assessment --- environmental impact assessment --- green building --- environmental management system --- environmental aspects --- wastewater technology --- management tool --- biodegradation --- odors --- H2S --- NH3 --- hydrogen peroxide --- high-rate biofiltration --- nitrification --- denitrification --- AOPs --- assessment of ecotoxicity --- fluoroquinolones --- high resolution mass spectrometry --- IC50 --- MIC --- QSAR --- waste ochre --- biogas --- enhanced phosphorus removal --- hydrogen sulfide --- phosphates precipitation --- wastewater treatment plant --- environment --- impact --- life-cycle assessment --- environmental impact assessment --- green building --- environmental management system --- environmental aspects --- wastewater technology --- management tool --- biodegradation --- odors --- H2S --- NH3
Choose an application
This book presents an introductory editorial paper and publications referring to current problems and challenges in the field of wastewater treatment. The published articles cover a wide range of topics (reducing the concentration of hydrogen sulfide in biogas and decreasing release of phosphate into a sludge liquor at WWTPs; water ecosystem protection from antibiotics through the use of AOP methods; tertiary wastewater treatment in bio-filtration systems assisted by the addition of hydrogen peroxide to stimulate microbial activity; odor removal using biological methods; the impact of WWTPs on the environment by taking into account energy consumption, noise, and the formation of bioaerosols; and odor nuisances), which show significant progress in the research and implementation of innovative solutions in wastewater treatment technology.
Research & information: general --- hydrogen peroxide --- high-rate biofiltration --- nitrification --- denitrification --- AOPs --- assessment of ecotoxicity --- fluoroquinolones --- high resolution mass spectrometry --- IC50 --- MIC --- QSAR --- waste ochre --- biogas --- enhanced phosphorus removal --- hydrogen sulfide --- phosphates precipitation --- wastewater treatment plant --- environment --- impact --- life-cycle assessment --- environmental impact assessment --- green building --- environmental management system --- environmental aspects --- wastewater technology --- management tool --- biodegradation --- odors --- H2S --- NH3 --- n/a
Choose an application
This book presents an introductory editorial paper and publications referring to current problems and challenges in the field of wastewater treatment. The published articles cover a wide range of topics (reducing the concentration of hydrogen sulfide in biogas and decreasing release of phosphate into a sludge liquor at WWTPs; water ecosystem protection from antibiotics through the use of AOP methods; tertiary wastewater treatment in bio-filtration systems assisted by the addition of hydrogen peroxide to stimulate microbial activity; odor removal using biological methods; the impact of WWTPs on the environment by taking into account energy consumption, noise, and the formation of bioaerosols; and odor nuisances), which show significant progress in the research and implementation of innovative solutions in wastewater treatment technology.
hydrogen peroxide --- high-rate biofiltration --- nitrification --- denitrification --- AOPs --- assessment of ecotoxicity --- fluoroquinolones --- high resolution mass spectrometry --- IC50 --- MIC --- QSAR --- waste ochre --- biogas --- enhanced phosphorus removal --- hydrogen sulfide --- phosphates precipitation --- wastewater treatment plant --- environment --- impact --- life-cycle assessment --- environmental impact assessment --- green building --- environmental management system --- environmental aspects --- wastewater technology --- management tool --- biodegradation --- odors --- H2S --- NH3 --- n/a
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