New Concept in Wastewater Treatment
The Hybrid DSG Reactor promotes aerobic hydrolysis followed by anaerobic fermentation, resulting in high biogas production with the highest methane concentration on the market.
The reactor is capable of degrading and converting raw wastewater with high loads, solids, oils, greases, and even fibers.
As a feature, it produces much purer biogas, with low levels of hydrogen sulfide and volatile acids, compounds that are highly corrosive in the biogas combustion process.
Features:
- Anaerobic degradation with high methane gas generation
- Aerobic hydrolysis followed by anaerobic fermentation
- Purer biogas
- Stability under high load variations
- High efficiency
- Degrades high concentrations of oils and greases
- Degrades suspended solids
- Degrades fibers
- Digests sludge
- Eliminates physical-chemical floatables
- Eliminates chemical costs
- Eliminates unpleasant odors
- Reduces electricity consumption
- Reduces 95% of COD and BOD load at this treatment stage
- Reduces treatment costs by up to 70%
- Activated by Bioaugmentation technology
- Enables rainwater harvesting
Hybrid DSG Reactor in operation
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Hybrid DSG Reactor in action