“...Anaerobic digestion model no. 1 (ADM1)...”

Subjects

Table of Contents

Subjects

Subjects

Connect to electronic version

Connect to electronic version

Subjects “...Sewage sludge digestion....”

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

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....”

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....”