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The MónaShell biofiltration system is a proven and cost-effective alternative to chemical scrubbing or carbon adsorption, designed like a Biotrickling system yet incorporating many benefits of traditional biofilters.
The shell-based media is sustainable and renewable with the ability to maintain a neutral pH within the biofilter. This ensures optimal odour performance across a broad range of odor producing compounds, while simplifying operation and enhancing system reliability.
MónaShell technology in single stage configuration was originally designed for odour removal emitted from wastewater treatment plant.
The introduction of recirculation technology and double pass treatment allowed to extend its use to high levels of H2S and VOC including those generated by industrial applications. When it is used in combination with our CrumRubber technology it allows to remove up to 4000 ppm H2S.
MónaShell® Treatment and Product Selection Considerations; |
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Compounds |
Concentration Range |
Removal Efficiency |
Odor |
1000 – 40.000.000 OUE |
99.9% + |
H2S |
0-2000 ppm (4000 ppm max) |
99.9% + |
VOC's |
0 – 1000 mgC/m3 |
90 - 95% |
Reduced Sulphur Compounds |
0 -500 ppm |
99% |
Amines |
0 - 50 ppm |
98% + |
Ammonia |
0 -100 ppm |
98% |
Typical design contact times |
18 to 90 seconds |
|
Water Consumption per kg H2S |
0.4 m3 |
|
Typical Media Life |
5 years ++ |
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Typical Pressure Drop per m3 |
50 - 250 pa |
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Comments on Selection of Technology |
This technology was developed for high levels of H2S and VOC’s |
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Comments on Life Cycle Cost |
Long life cycle costs even for high VOC and H2S emissions when benchmarked against chemical scrubbers activated carbon and thermal oxidisers |
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MÓNASHELL® BIOFILTRATION BENEFITS |
Treats high and variable concentrations of H2S |
Up to 67% footprint reduction compared to conventional biofilters due to higher efficiencies, reduced contact time, and deeper filter bed |
No short circuiting or channelling through media |
High porosity, low pressure drop, low energy requirement |
Lower water consumption: |
No nutrient addition |
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OVER CARBON AND WET SCRUBBERS |
Low pressure drop, low energy costs |
Lower media replacement costs |
Eliminates need for chemicals |
Sustainable process uses naturally occurring recovered media |
Effective on highly variable inlet conditions |
Lower operating and maintenance costs |
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OVER RTO |
Low energy |
Low CO2 footprint |
Able to treat high variable concentration of VOC
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