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  1. 41
    by Grady, C. P. Leslie, 1938-
    Published 1999
    Table of Contents ...Classification of biochemical operations -- Fundamentals of biochemical operations -- Stoichiometry and kinetics of biochemical operations -- Modeling suspended growth systems -- Aerobic growth of heterotrophs in a single continuous stirred tank reactor receiving soluble substrate -- Multiple microbial activities in a single continuous stirred tank reactor -- Multiple microbial activities in complex systems -- Techniques for evaluating kinetic and stoichiometric parameters -- Design and evaluation of suspended growth processes -- Activated sludge -- Biological nutrient removal -- Aerobic digestion -- Anaerobic processes -- Lagoons -- Biofilm modeling -- Aerobic growth of biomass in packed towers -- Aerobic growth of heterotrophs in rotating disc reactors -- Fluidized bed biological reactors -- Trickling filter -- Rotating biological contractor -- Submerged attached growth bioreactors -- Fate and effects of xenobiotic organic chemicals....
    Publisher description
    Book
  2. 42
    by Annamalai, Kalyan
    Published 2011
    Book
  3. 43
    by Spellman, Frank R.
    Published 2016
    Table of Contents ...Preliminary treatment calculations ; Primary sedimentation calculations ; Treatment ponds ; Trickling filters ; Rotating biological contractors ; Activated sludge (biosolids) ; Mass balance ; Chemical dosing ; Chemical solutions ; Process residuals ; Biosolids thickening ; Centrifuge thickening calculations ; Biosolids digestion/stabilization ; Biosolids dewatering and disposal ; Sand drying beds ; Biosolids disposal ; Biosolids to compost ; Wastewater laboratory calculations ; Wastewater calculations and solutions ; Wastewater math practice problems -- Solutions to chapter 24 practice problems....
    Book
  4. 44
    by Owusu-Apenten, R. K.
    Published 2002
    Table of Contents
    Book
  5. 45
    by Jeukendrup, Asker E., 1969-
    Published 2004
    Table of Contents
    Book
  6. 46
    Published 2008
    Subjects
    Book
  7. 47
    Published 2021
    Book
  8. 48
    by Brown, Robert C.
    Published 2003
    Table of Contents
    Book
  9. 49
    by Vaĭlʹ, Petr, 1949-2009
    Published 2018
    Book
  10. 50
    Published 2009
    Table of Contents ...Carr -- Bio-ethanol development(s) in Brazil / Arnaldo Walter -- Process technologies for biodiesel production / Martin Mittelbach -- Bio-based Fischer-Tropsch diesel production technologies / Robin Zwart and René van Ree -- Plant oil biofuel : rationale, production and application / Barnim Jeschke -- Enzymatic production of biodiesel / Hideki Fukuda -- Production of biodiesel from waste lipids / Roland Verhé and Christian V. Stevens -- Biomass digestion to methane in agriculture : a successful pathway for the energy production and waste treatment worldwide / Piter Weiland, Willy Verstraete and Adrianus Van Haandel -- Biological hydrogen production by anaerobic microorganisms / Servé W.M. ...
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  11. 51
    Published 2016
    Table of Contents ...Microalgae cultivation fundamentals -- Large scale production of algal biomass: Raceway ponds -- Large scale production of algal biomass: Photobioreactors -- Commercial production of macroalgae -- Harvesting of microalgal biomass -- Extraction and conversion of microalgal lipids -- Techno-economics of algal biodiesel -- Fuel alcohols from microalgae -- Microalgae for aviation fuels -- Biohydrogen from microalgae -- Biogas from algae via anaerobic digestion -- Food and feed applications of algae -- Microalgae applications in wastewater treatment -- Major commercial products from micro- and macroalgae -- Harmful algae and their commercial implications -- Genetic and metabolic engineering of microalgae....
    Book
  12. 52
    by Chawla, H. S.
    Published 2003
    Table of Contents
    Book
  13. 53
    Table of Contents ...Machine generated contents note: References -- Wastewater Characterization -- Flow -- Effluent Permit Limits -- Pretreatment -- References -- Microbiology -- Food to Microorganism Ratio -- Sludge Age -- Plug Flow and Complete Mix -- Kinetics -- Temperature -- Sludge Production -- Oxygen Utilization -- Nutrient Requirements -- Acclimation -- Bioinhibition -- Final Clarification -- Control of Activated Sludge Quality -- Effluent Suspended Solids Control -- Oxygen Transfer -- References -- Plug-Flow Activated Sludge -- Complete Mix-Activated Sludge -- Extended Aeration -- Aerated Lagoon -- Oxidation Ditch -- Sequencing Batch Reactor -- High-Purity Oxygen System -- Deep Shaft-Activated Sludge -- BIOHOCH® Process -- Powdered-Activated Carbon (PACT) -- Modified Ludzack Ettinger (MLE) Process -- Membrane Bioreactor (MBRs) -- Moving Bed Bioreactor (MBBR) -- BioMag and CoMag -- NEREDA® Process -- Thermophilic (AFCSM) Process -- Integral Clarifier -- Aeration and Oxygen Transfer Technologies -- Ammonia and Nitrogen Removal Technologies -- SHARON Process -- ANAMMOX® Process -- MAUREEN (Mainstream Autotrophic Recycle Enabling Enhanced N Removal) -- Strass -- Submerged Attached Growth Bioreactor (SAGB) -- BABE (Bioaugmentation Batch Enhanced) -- IN-NITRI -- BAR (Bioaugmentation Regeneration/Reaeration) -- Treatment of Industrial Wastewaters in Municipal-Activated Sludge Plants -- Anaerobic Treatment -- Available Technologies -- Co-Digestion at POTW -- Co-Treatment at POTW -- References -- Nitrification -- Inhibition -- Nitrification Design Procedure -- Denitrification -- Combined Nitrification and Denitrification Systems -- Denitrification Design Procedure -- References -- Physical/Chemical Properties -- Applicable Treatment Processes -- References -- Treatability Studies -- Continuous Flow Bench Scale Tests -- Continuous Flow Pilot Scale Tests -- Respirometry Tests -- Process Modeling -- Models for Fate of Constituents Through Treatment -- Troubleshooting -- References -- Introduction -- Water Supply and Preparation -- Flowback Water Quality and Quantity -- Flowback Water Characteristics -- Hydrofracturing Wastewater Disposition -- Economics -- References -- Water Footprint -- Water Balance -- Quality Needs -- Treatment Processes -- Zero Liquid Discharge -- References....
    Book
  14. 54
    Published 2018
    Table of Contents ...Waste policy for source separation in Germany -- Separate Collection of Waste Fractions -- Economic Opportunities and Problems -- The waste management system in Qingdao city -- Example for modern Chinese Waste Management -- Separation by Manual Sorting at Home -- State of the Art in Germany -- Separation of Municipal Solid Waste in treatment plants -- Commingled waste collection as chance for technical separation -- Alternative collection systems -- Thermal treatment as a chance for material recovery -- Source-separated collection of rural solid waste in China -- Recycling of Biowaste -- Experience with Collection, Digestion and Quality in Germany -- The effect of source separation on the waste disposal process: Case study in Hangzhou -- E-waste collection and treatment options -- A comparison of approaches in Europe, China and Vietnam -- The waste management system in China and Greenhouse gas emission inventories -- The Reduction of Greenhouse Gas Emissions through the Source-Separated Collection of Household Waste in Germany -- 40 Years of Source Separation in Germany and its Future -- Success factors for the implementation of separate collection systems....
    Book
  15. 55
    Published 2017
    Table of Contents ...Wind turbines -- Microgrids -- Geothermal -- Solar farms -- Rooftop solar -- Wave and tidal -- Concentrated solar -- Biomass -- Nuclear -- Cogeneration -- Micro wind -- Alexander von Humboldt -- Methane digesters -- In-stream hydro -- Waste-to-energy -- Grid flexibility -- Energy storage (utilities) -- Energy storage (distributed) -- Solar water -- Food. ...
    Government Document Book
  16. 56
    Published 2017
    Table of Contents ...chapter 5 Microbial Biomethane Production from Municipal Solid Waste Using High Solids Anaerobic Digestion /...
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    Electronic eBook
  17. 57
    by Polprasert, Chongrak
    Published 2017
    Table of Contents ...3.8 Utilization of Composted Products3.8.1 Utilization as fertilizer and soil conditioner; 3.8.2 Utilization as feed for fish; 3.9 References; 3.10 Exercises; Chapter 4: Bioenergy production; 4.1 Biofuels; 4.2 Bioethanol; 4.2.1 Bioethanol production; 4.2.2 Bioethanol production process; 4.2.3 Case studies of ethanol production; 4.3 Biomethanol; 4.4 Biodiesel; 4.4.1 Process technologies for biodiesel production; 4.4.2 Case studies of biodiesel production; 4.5 Biogas Technology; 4.5.1 Benefits and limitations of biogas technology; 4.5.2 Anaerobic digestion (AD) process....
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