Final Draft for Burkina Presentation

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Proposition de Prestation pour le Traitement de Déchets Organiques Urbains en Bioénergie Burkina Faso Dossier Préparé par: M. Richard DABLAH Président Directeur General ,Green KJ Limited M. Donald John Benghin

description

Management of Solid Waste

Transcript of Final Draft for Burkina Presentation

Page 1: Final Draft for Burkina Presentation

Proposition de Prestation pour le Traitement de Déchets Organiques Urbains en Bioénergie

Burkina Faso • Dossier Préparé par: M. Richard DABLAH

Président Directeur General ,Green KJ Limited

• M. Donald John Benghin

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In our daily

liveswe make so much waste

and waste so much

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and the amount increases rapidly……

Lack of a recycle mentalityRunning out of landfill space

Twenty four(24) out of twenty nine(29) landfills will be closed in a couple of years.

Increasing demand from population growth

New capacity not being developed fast enough

WHAT IS DRIVING THE WASTE CRISIS?

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if this continues, we

might need

HIM

TO MANAGE OUR WASTE

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Are there any available solutions????

So what is the solution?

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In waste management there are several methods which are:

Composting

Waste minimization

WASTE 2 ENERGY

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WASTE 2 ENERGY

Well, have you heard about

Waste-to-Energy OR Energy-from-Waste?

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In general ,it is the

process of creating Energy

HEAT

WASTE

from

In the form of

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What are we proposing to help contrast the imbalance ?

are sustainabl e or green

However not all propos d Energy-from-

Waste

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WASTE MANAGEMENT IS SUSTAINABILITY

meeting the needs of the present

without

compromising the ability of future generations

to meet their own needs

main challenging factors :

-Income growth : increasing

consumption

- population growth : fewer resources

per head

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And why is sustainability so important ?

Fewer resources for future generations leading to: Higher GHG emissions and more abrupt

climate change and widespread natural disasters

Shortage in food and water and widespread famine and plagues

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ArrowBio® ProcessPROPOSED TECHNOLOGY

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CARBON CREDIT AREA

Technology : ARROWBIO® a two-stage system of mechanical-biological processing of mixed municipal waste, not requiring pre-selection, eco-friendly for reuse /recycling recovery that do not pollute with a huge carbon credit potential

SORTING - TREATMENT:Preliminary sorting with Trommeland manual

With intervention-filtersMagnetsinduced currentHydrocrusherAir separator

TRUCKOf Mixed

Waste

Dry Plants & Vehicle

BIODEGRADABLE: Food garden Soil paper, Diapers

RECYCLATES Plastics Metals Ferrous non ferroous Glass cartdboard

Grit & Bulky items

Purificator acqua tecnica

ANAEROBIC DIGESTION:Acidogenic Reactor & Methanogenic Reactor (UASB)

MARKET

Inert

Excess Water

DIGESTATE

BIOGAS

ELECTRICITY

Green energy for industries

GRAVITATIONAL SORTING IN WATER

LANDFILL AND / EfW PLANT

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Stage IThe unsorted waste (MSW) is delivered by trucks and dumped into a large separation-dissolving tank, where bioprocess liquid is already present to assist with the first hydro-mechanical separation process.

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Stage II: Hydro separationThe use of water in the separation processeliminates odor, formed duringwaste decomposition. With all waterRaw materials are pre-cleaned.

The preliminary liquid-based waste preparation and separation stage is based on the principle that inorganic materials, such as metals and glass, have a specific weight that is greater than water, while plastics and biodegradable organic matter have a specific weight that is equal to or less than water.

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Stage III: Mechanical Sorting The ArrowBio Process recovered up to 90% of the raw batch. After separation of heavy and light fractions, further segregation is done mechanically.

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Stage IV: Biological TreatmentOrganic wastes are subjected toanaerobic digestion process, whichconverts it into methane, soil conditioner andwater.

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Unsorted Municipal Solid Waste Post Blue Box and other diversion efforts Source Separated Organics Leaf and grass clippings

Organic-rich commercial wastes Malls, Hotels, Food Courts, etc.

Food processing wastes Recalled consumer food products

Septage/Biosolids

Acceptable feedstock( waste)

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Construction and Demolish Waste White Goods or Bulky Wastes Hazardous Waste Electronic Waste Tires Yard Waste (excluding leaves and grass)

UN-ACCEPTABLE WASTE

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Main Advantage

• First hand impression

• However…..

And help balance the contrast

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Successful operation with

mix solid waste .

Recovery 80-90% of the

recyclable materials

Non-harzadous residue

exceeds less than quarter

of input

Plastics

Metals

Glass

Organics

Plant Advantages & Uniqueness

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Income generation

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Willing Host Agreement to site a plant

Build a two-line mixed waste processing plant in any city with capacity for up

to 800,000 tons per year.

Financing conditional on obtaining sufficient suitable waste from local and

neighboring municipalities (preferably +50% organic)

Secured minimum of fifteen years commitment for suitable residual wastes.

Offer a competitive tipping fee f $7.50 a ton at our gates. (This price is attached

to the inflation rate.)

Provide upwards of 80% diversion of municipal waste from landfill.

Take full responsibility for waste once received and manage final disposal of all

materials

Proposal

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No requirement for Source Separated Organics program to

manage organics wastes

No special bins, collection or processing requirements

Reduced and streamlined costs of waste management

programs – Capital and Operating

Two-stream system: Recyclables and Residuals

Minimize Environmental Impact from Community Events

Production of about140,000(MWh)megawatt hours per year

Benefits of project

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Plant and equipment investment of about $100 million fully supported by project

team.

Secured minimum of fifteen years commitment for suitable residual wastes.

Includes a 90,000 sf. building

Eighteen to twenty-two months to complete the project

Creates over 500 direct employees

Must be located near the landfill

Land needed for plant location

We need a letter of intent to start with project evaluation by Corporate.

Project Breakdown

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Plant in Tel Aviv- Israel (2003)

Arrowbio Process in Tel-Aviv, builtin 2003, was modernized in 2009 andcurrently processes 60,000 tons of municipal waste per year.

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Sydney-Australia 2009

Department of WSN at Jacks Gully landfill, built in 2009, using the ArrowBio process. It processes 98,000 tons of waste per year.

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Sydney-Australia 2009

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Other Projects in processProposed Plant for Italy

Proposed Plant for Ukraine

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EBITDADEBT (PRINCIPAL+INTEREST)TAX (%)

ANNUAL

BUSINESS CASEANNUAL REVENUE EURO/UNIT QUANTITY TOTAL

TIPPING FEE

GREEN ELECTRICITY

MEAT+PLASTIC+CARDBOARD

ANNUAL OPERATING EXPENSES

SALARIES

ELECTRICITY

MAINTENANCE

RESIDUE

TOTAL OPERATING EXPENSES

ARROWBIO PLANT

EQUITY INVESTMENT

BANK LOAN

ROI

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Senior lenders

Power Offtaker

Organic Fertiliser Offtaker

Scrap Metal

Offtaker

HDPE - PE

Offtaker

Glass&

Cardboard

Offtaker

PRIVATE-PUBLIC PARTNERSHIP STRUCTURE

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Burkina Faso’s waste crisis necessitates inspired solutions to divert more waste from landfills

Mechanical Biological Treatment (MBT) of mixed waste is the best solution for residential waste diversion

The ArrowBio process is the most environmentally friendly and cost effective MBT technology available

Building a 800,000 tpy plant in any city of Burkina Faso solves waste disposal issues for local and neighboring communities and provides them with extremely high diversion rates

The country will become a model waste diversion community in West Africa and beyond.

CONCLUSIONS

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ContactGreen KJ Limited

#17 Sapele Loop, Off Royalt Castle Road Tel: +233 235950002 /+23326 2000811/

+233 244 611345 +233 244528174 Email: [email protected]