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Minimize:
Landfilling & Hauling
Pollution
Disposal costs
Maximize:
Diversion rate
Recycling percentage
Renewable energy
Alternative Technology:
Modern
Cost effective (ROI)
Reference sites
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Waste challenges
Main advantages:
Excellent for treating the biodegradable organics of the waste.
Moisture in the input is a blessing.
A natural way, with very low emissions, if at all.
Available Mechanical Biological Treatments
Dry separation + Aerobic composting (Composting).
Dry separation + Anaerobic Digestion (AD).
Main problems:
The non-biodegradable materials must be fully pre-sorted.
If not – The output of the biological treatment is contaminated and unusable.
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Biological Treatment
MAIN UNSOLVED PROBLEM: HOW TO SEPARATE AND TREAT THE BIODEGRADABLE ORGANICS ?
ArrowBio:
Hydro Mechanical Separation
+
Multi stage Anaerobic Digestion
--------------------------------------------------
= Clean organic stream + Green Energy + Recyclable Materials
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THE OPTIMAL SOLUTION ArrowBio
Fact : Biodegradable organics behave different than other materials, while in water
Process Logic
Hydro Mechanical Separation & Preparation
Multi Stage Anaerobic Digestion
SBR
Technological Brief Separation Process
• Unique Hydro mechanical Separation
• Clean Organic to AD process
• Use of materials for recycling
Anaerobic treatment
• A two stage fast anaerobic process
• Mesophilic process .
• 97% of water are recycled.
• Production of Biogas and Electricity
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Sorting
Vat
Unders Overs
Eddy
Current
Manual cardboard, paper
& plastic separation
From Solid to Liquid
Landfill
Manual Bulky
items removal
Landfill
Bailer
1st Trommel &
bag opening
Unders
Magnet
2nd Trommel &
bag opening
Film plastics
air separation
Manual cardboard
separation
Film plastics
air separation
Heavy
materials
Trommel
screening
Light
materials
Unders
Film plastics
air separation Shredder
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Bailer Containers
Overs
Wet
shredder
Sand Container
Shredder
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Film plastics
air separation
Organics
Overs
Plastics
separation
Overs
Magnet
Hydro Crusher Screening Module Liquid reservoir and
pumps to Biological
Unders
Medium
Liquid reservoir and
pumps to Biological
+ residue settling
Fine
Filter
Glass Container
Hydro
Cyclone
Coarse Screen Unders stream to anaerobic process
Sand Container
Hydro Crusher Screening Module Liquid reservoir and
pumps to Biological
Unders
Medium
Liquid reservoir and
pumps to Biological
+ residue settling
Fine
Filter
Glass Container
Hydro
Cyclone
Bailer Container Container
Container
Fine Screen Unders stream
Coarse Screen Unders stream to anaerobic process
Fine Screen Unders stream
Container
Shredder
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Container Containers
Methanogenic Low Solid Reactor
Thickening system
De- watering system
Balance Tank
Solids Removal
Contaminants Screening
Coarse Screen Unders stream Fine Screen Unders stream
Anaerobic Digester
Aerobic Reactor (SBR)
Biogas Tank
Generator
Biological Treatment
Landfill
Biogas
Soil Amendment container
Acetogenic reactor
Oversize
Liquid
Sludge
Liquid
Liquid Suspended Solid
removal
Liquid
Sewage
Sludge
Separation Vats
Biogas
Electricity + Heat
Liquid
Stabilized solids
Liquid
Recyclables and by products
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Ferrous metals
PET
HDPE Biogas & Power production
Film Plastic
Glass Non-Ferrous
Paper Cardboard Sand
Fertilizer
ArrowBio Soil Experiments
Send only 20%-30% of the waste to Landfill (mainly inert residues)
Substantially increase recycling percentages (70%+)
90%-95% of materials are separated
Minimize pollution of Landfills and Incinerators
Competitive waste treatment costs
Produce renewable electricity & high quality digestate
Become Environmental leaders
Create new green jobs
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Customer’s motivations
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POLAND 2017
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New Separation- Tel Aviv
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New AD – Tel Aviv
Biogas content ~ 60% - 70% Methane
100 m3 biogas / ton organic MSW @ 60% Methane
Heating value ~ 0.24 MWhr / ton of organic MSW
Electricity Generation ~ 90 kWhr / ton of organic MSW
CNG ~ 5.5 m3 biogas = 1 GGE – Gallon of Gasoline Equivalent
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Estimated Figures
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ArrowBio plant 500 1000 1500
Daily Capacity 500 tons/day 1,000 tons/day 1,500 tons/day
Annual Capacity 150K tons/year 300K tons/year 450K tons/year
Biogas production* 30-40K m3/day 60-80K m3/day 100-120K m3/day
Green Electricity* 3-4 MWh 6-8 MWh 10-12 MWh
Consumed Electricity 1.5 MWh 3 MWh 4 MWh
Workers 40 per shift 60 per shift 90 per shift
Footprint 30,000 m2 40,000 m2 60,000 m2
Estimated cost USD 40 M USD 70 M USD 95 M
* To be defined during Preliminary Planning Study, analyzing current situation, land, requirements, work split etc.
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