hazar abu hussein, uri gombo, georgia papanicolaou , silas ... · the problem leaching of minerals...

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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The Problem

Leaching of minerals

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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Current Drainage Systems

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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1. Addition of Granular ActivatedCarbon (GAC)

2. Paddle-fish-inspired physical filter

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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1. GAC

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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• Filters ions (like ammonia)

• Filters raw organic materials

• Industrial landfills

• Re-activation

• Cement production

Why GAC?

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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Both by adsorption

Methods of Disposal

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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Dead-End-Filtration

Cross-Flow-Filtration

Physical Filter

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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2. Paddle Fish Inspiration

Vortex-Cross-Step-Filtration

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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• Average sedimentvolume per day: ~ 1,4 cm3/day

• Efficiency of 70 %

FiltratedWaterWater Flow

Direction ofwater flow

Irrigation Pipe

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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Finances

• Expected Cost of : $590

• Granular loose filter is 27% MORE EFFICIENT than Bonded filter

• For $1 GAC you get 24% MORE product than $1 of PAC

• Efficiency of Paddle Fish-inspired filter is 5% MORE EFFICIENT than Sand

Filters

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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Conclusion

• Cheaper

• More efficient

• Low maintenance

• Eco-friendly

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible 13

Thanks for your attention!

Any questions?

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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Sources

• https://iaspub.epa.gov/tdb/pages/treatment/treatmentOverview.do?treatmentProcessId=2074826383

• https://onlinelibrary.wiley.com/doi/abs/10.1002/ird.67

• https://www.wqa.org/Portals/0/Technical/Technical%20Fact%20Sheets/2016_GAC.pdf

• https://www.diebestereisezeit.de/vereinigte-staaten/mississippi/mississippi-valley-state-university-3848466/#Klima_Mississippi_Valley_State_University

• https://doi.org/10.1088/1748-3190/ab2d13

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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FINANCES

$0,11 - $1/4500 litre

$0.31/litre

$60/40x30mm

GAC

BIOPLASTIC

BIOMESH MEMBRANE

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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Helix Data

• gap widths between the tips of rakers: 0 - 750 µm

• velocities at which flow approached the rakers: 35 - 70 cm/s

• ratio of slot width to rib height ~ 3–4

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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Calculation of Sediment Volume in physicalfilter• Annual rain at Valley State University: 775mm

• Annual drained water: 100mm

• Surface area per filter pipe: 100m2

• Concentration of sediment: 500g/m3

→ ~ 13,6 g/day

• Density of filtrate: ~ 960kg/m3

→ ~ 1,4 cm3/day

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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WHY US?

SUSTAINABLECHEAPER

PROVIDE BASIS FOR MULTI-FUNCTIONAL SYSTEMS

LOW MAINTENANCE

Hazar Abu Hussein, Uri Gombo, Georgia Papanicolaou , Silas Joshua Schaible

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