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Main Index >> Waste Water Microbiology

Waste Water Microbiolgy
Characterestics of Sewage
Chemical Characterestics of Sewage
Microbiological Characterestics of Sewage
Sewarge System
Sewage Treatment
Stages of Sewage Treatment Processes
Sewage Disposal
Solid Waste Disposal
Liquid Waste Treatment
Sanitary Landfills
Area Method
Trench Method
Ramp Variation
Composting / Compost
Salvage
Grinding, Pulping, and Homogenization
Biological Degradation
Curing and Drying
Finishing
Solid Waste Recycling - Composting
Window Method Composting
Aerated Pile Method Composting
Continous Feed Composting
Microbiology of Composting
Problems of Composting and Their Remedies
Advantages of Composting
Sewage Treatment - Microbiology of Sewage
Small Scale Sewage Treatment - Cesspools
Small Scale Sewage Treatment - Septic Tanks
Microorganisms Involved in Composting
Biogas
Major Group of Methanogenic Bacteria
Large Scale Sewage Treatment by Municipal Bodies
Primary Treatment
Screeing and Straining
Microstaining
Grit Removal
Sedimentation
Rectangular Horizontal Flow Tank
Efficiency of Sedimentation Tank
Modification of Sedimentaion Tank
Flotation
Flocculation
Problems Associated with Flocculation
Coagulation
Secondary Treatment - Microbial Biodegradation
Oxidation Ponds
Lagoons / Stabilization Ponds
Facultative Ponds
Maturation Ponds
Anerobic Ponds
Aerated Ponds
Trickling Filter
Microorganisms Involved in Trickling Filter Bed Process
Biodisc System
Activated Sludge
Microorganisms Involved in Activated Sludge Process
Advantages and Disadvantages of Activated Sludge Process
 

Waste Water Microbiology


Apart from drinking water, in urban areas, the household consumption of water is about 150 litres per day per person. Water is used for bathing, washing clothes, washing utensils and flushing toilets. This domestic water consumption may vary with the lifestyle of community and the availability of water. Most of the water taken into the house may be returned as wastewater through drainage system. Moreover, industries also consume large quantities of water and contribute to the discharged effluent.

All these waste waters contain organic and inorganic wastes as suspended or dissolved matter. In addition they may also contain microorganisms, including those of faecal origin and pathogenic nature. The wastewater discharged through the drainage system has to be properly disposed. They can not be simply disposed off into water bodies or landscapes because of the oxygen demand they exert and also due to the presence of pathogenic microorganisms in them. So before disposal wastewater has to be properly treated either by physical, chemical or biological methods. .

House Hold Waste Water Treatment
Septic Tank
Imhoff Tanks
Microorganisms involved in Imhoff Tank Process
Anerobic Sludge Digestors
Microorganisms Involved in Anaerobic Sludge Digestion
Aerobic Nitrification in Sewage Treatment
Aerobic Denitrification in Sewage Treatment
Anaerobic Hydrolysis
Anaerobic Fermentation
Anaerobic Acetogenesis
Anaerobic Methanogenesis
Tertiary Treatment
Waste Water Chemical Treatment
Chemical Precipitation
Lime Softening
Lime Soda Softening
Excess Lime Softening
Excess Lime Soda Softening
Ion Exchange, Zeolite
Hydrogen Cycle Cation Exchangers
Anion Exchangers
Adsorption
Sewage Disinfection
Requirements of Good Chemical Disinfectant
Advantages of Chlorine as Disinfectant
Chlorination
Methods of Chlorination
Breakpoint Chlorination
Super Chlorination
Chloramination
Other Disinfecting Agents of Sewage Water
Biodegradation of Industrial Wastes
Pesticide Waste
Toxic Heavy Metals
Petrol and Petroleum Products
Disposal of Treated Sewage / Sludge Disposal
Sludge Conditioning
Sludge Dewatering
Centrifugation
Disposal by Incineration
Disposal by Landfilling
Disposal into Sea
Sludge as a Fertilizer
Effluent Disposal