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Main sewage and industrial effluents treatment technologies we have used in our designs.
Activated sludge:
- Conventional
- With fixed biomass incorporated
- MBR
Aerated lagoons (low energy)
AOPs - Advanced Oxidation Processes
Aquifer wastewater infiltration
Bio-augmentation
Centrifugation
CEPT - Chemically Enhanced Primary Treatment
Co-metabolism
DAF - Dissolved Air Flotation
Destratification
Disinfection
Evaporation ponds
Electro-flocculation
Filtration (several types)
Flocculation / sedimentation
Flocculation / air flotation
Flocculation (coagulation, chemical precipitation): use of advanced flocculants
Marine outfalls
Macrophyte ponds (water hyacinth, duckweed)
MBR - Membrane Biological Reactors
Micro-strainers
Moving bed attached growth reactors
Oil and FAT separators:
- 1 to 3 cells
- Lamellated
- With oil-adsorption filter
- With emulsion breakers
pH neutralization
Precipitation of struvite
RBC – Rotating Biological Contactor
Rock filters
Salting out for the removal of organic pollutants
SAT – Soil Aquifer Treatment
Sedimentation/flotation, separation tanks and clarifiers
Solid separators
Sludge:
- discharge to sea (no discharge to sea)
- digestion
- land disposal as fertilizer and soil conditioner
- composting to biosolids
- incineration
Stripping units
Trickling filters:
UASB – Upflow anaerobic sludge blanket reactor
Waste stabilization ponds (advanced, new generation):
- Anaerobic (open and covered) (in parallel and in series)
- Facultative
- Recirculated
- Polishing (maturing)
- Plug-flow
- High rate (algal ponds)
Wastewater storage reservoirs:
- Continuous flow (single and in series)
- Batch operated (in parallel and in series)
- Aerated/mixed
- Flocculant added for Phosphorus removal
Wetlands:
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