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    Indian Institute of Management Calcutta,India

    Participants:

    Soubhik Chatterjee

    David Touthang

    Brij Bhushan Garg

    Joyjit Gorain

    Madhur Agarwal

    BRINGING WATER TO THE

    BOTTOM OF THE PYRAMID

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    CONTENTS

    EXISTING PRACTICES

    KEY PROBLEM AREAS

    WHAT SHOULD A SUSTAINABLE BUSINESSMODEL ADDRESS?

    OUR PROPOSED BUSINESS MODEL:OVERVIEW

    ANALYZING KEY COMPONENTS OF OURBUSINESS MODEL & ASSESSING

    SUSTAINABILITY

    PHASED IMPLEMENTATION THROUGH APILOT PROJECT AND ESTIMATED TIMELINE

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    Reducedemand

    1

    3Off-shoring and

    outsourcing

    Leanoptimization

    4

    5

    Enable IT

    6Optimize

    organizationalstructure and

    governance

    Consolidate andcentralizesupportservices

    2

    7Developcapabilities

    and mindsets

    Reducedemand

    1

    Consolidate andcentralizesupportservices

    2

    3Off-shoring and

    outsourcing

    Leanoptimization

    4

    5

    Enable IT

    6Optimize

    organizationalstructure and

    governance

    Bottled water companies currentlydistribute water @ Rs. 12 per litre

    BottledWater

    1 The municipal currentlyprovides water at

    economic rates High cost of extension

    of in-home pipes makes itan unsustainable model

    Current single water pipescreate congestion in water

    sharing

    CorporationSupply

    2

    Largely depends on thefactor that slum dwellerscollect dirty and non-drinkable waters fromother easy sources

    Provides point-of-usetreatments to that lowquality water collected byvillagers themselves

    A dependant model andhence unsustainable

    3Point-of-use

    watertreatment

    Essentially provides free water if stored in aninformal way

    Difficulty in formalizing the model owing tostorage & distribution issues

    Rainwaterharvesting

    4

    5

    WaterMafia

    A class of merchants buywater from the corporationor other sources in bulk

    Subsequently they sell it toinconvenienced slumdwellers at high premium

    Too small a source tohandle community baseddemand

    Lack of effort to scale upbore wells or increase thenumbers

    Pond water is unhygienic 6

    Bore wells &ponds

    Existing Methods Unsustainable for All Stakeholders Financially & InfrastructureWise

    The good (but insufficient) and bad ways of current water infrastructure in slums

    Credits extended toentrepreneurs and smallorganizations to build

    infrastructure or directlydistribute

    Unsustainable due toinsufficient demandgeneration and lack oflater stage funding

    7Private credit

    model

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    CONTENTS

    EXISTING PRACTICES

    KEY PROBLEM AREAS

    WHAT SHOULD A SUSTAINABLE BUSINESSMODEL ADDRESS?

    OUR PROPOSED BUSINESS MODEL:OVERVIEW

    ANALYZING KEY COMPONENTS OF OURBUSINESS MODEL & ASSESSING

    SUSTAINABILITY

    PHASED IMPLEMENTATION THROUGH APILOT PROJECT AND ESTIMATED TIMELINE

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    Quantity of water

    Numbers speak for themselves. The problem is grave and escalating!!! (1/2)

    Quantity

    Water per capita per day(in litres)

    30

    50

    BOPconsumpti

    on

    WHOstandar

    ds

    Quantity of water

    On an average, 30% of the citypopulation are currently without access

    to in-home piped water

    About 60% do not have access to homesanitation; lack of water being a principalreason

    Only 30% of slum population managewater from community taps, the restmanages it from other sources

    Rural population manages water fromunsafe bore-wells and unprotectedponds/lakes which run the risk of getting

    dried in extreme summers Many slum dwellers have to walk for

    hours to collect and bring back drinkingwater to their homes.

    Deep wells in villages provide

    intermittent supply as the depth of wateris erratic in maintaining the right levels

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    MANAGEMENT

    Population densitymakes it difficult toefficiently distributewater to all households

    Cost recoverypractices are poor

    Significant percentageof water theft andpilferage happens

    Presence of illegal

    water middle-men whoposes a competitivethreat to any existingmodel

    Difficult to switch ruralconsumption patterns

    and generateconsumer base

    ACCESS

    In most slums, onlyabout 5 hours ofwater services isprovided per day

    Hence women &children who line upare forced to wait inlong queues

    Results in loss ofwork time for

    women andeducation forchildren

    Villages do notsuffer from suchaccess problems,

    but face crisis duringsummers

    QUALITY

    About 13% of slumtaps are probablycontaminated withdisease vectors like

    viruses and bacteria Every year, water

    borne diseasecauses 6,300,000cases of illnesswhich leads to 5,600

    deaths Slum dwellers

    manage otheractivities with highlypolluted water

    Rural ponds/lakes

    are unprotected,tube-well water is

    Issues with the existing model of water supply are large difficult to ignore (2/2)

    Quality, Access & Management

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    CONTENTS

    EXISTING PRACTICES

    KEY PROBLEM AREAS

    WHAT SHOULD A SUSTAINABLE BUSINESSMODEL ADDRESS?

    OUR PROPOSED BUSINESS MODEL:OVERVIEW

    ANALYZING KEY COMPONENTS OF OURBUSINESS MODEL & ASSESSING

    SUSTAINABILITY

    PHASED IMPLEMENTATION THROUGH APILOT PROJECT AND ESTIMATED TIMELINE

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    Help address the lost opportunity

    cost due to large wait times for waterin urban slums Avg. of 5 Hrs. lost daily,

    equivalent to an earningopportunity of ~INR 100/- forurban women

    Childrens education suffersdue to such large wait times

    Replace illegal water supply methods (e.g. water mafia)at high premium Replace the currently unhygienic

    water collected from differentsources

    Urban slums are largely unstructured

    and unplanned in nature makingdistribution of water a complex task- A proposed model should

    therefore look for an optimalstrategy that would help addressthe large wait time issuesat minimal cost for the business

    Focus should be on door-to-door

    water distribution as that would helpaddress thewait time issues the best

    Door-to-door distribution shouldhowever at minimal cost for the serviceprovider

    Extending pipelines not a solution

    as that would involve large capitalcosts and recurring maintenance costs

    Appropriate division of labour toseparate water harvest fromtransportation to households as thatwould increase stakeholder interests

    The water should come at anoptimal price for the slum dwellerscompared to existing water facilities

    A systematic collection method

    from slum dwellers so as to avoiddefault risk for the business

    An established cycle of cash-flowgeneration from consumers as wellas other financing methods toenable scaled up solutions andfurther investments

    Bridge theDemandVs SupplyGap &othersocialissues

    The rightdistributionmethodology

    A feasibleinfrastructurebacked withfeasiblefinancingsolutions

    The rightpricing and

    asustainablecostrecoverymethod

    A sustainable and acceptable solution would be the one that addresses thefollowing social, moral and business obligations

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    CONTENTS

    EXISTING PRACTICES

    KEY PROBLEM AREAS

    WHAT SHOULD A SUSTAINABLE BUSINESSMODEL ADDRESS?

    OUR PROPOSED BUSINESS MODEL:OVERVIEW

    ANALYZING KEY COMPONENTS OF OURBUSINESS MODEL & ASSESSING

    SUSTAINABILITY

    PHASED IMPLEMENTATION THROUGH APILOT PROJECT AND ESTIMATED TIMELINE

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    Source andPurification are

    not thebottlenecks.

    Focus ondistribution,

    market creationand financing.

    Summarizing the 5 implementation parameters of our proposed business modelDistribution being the key value addition towards a sustainable business model

    Source Primary sources of water rain, ground, and lakes

    Not a big bottleneck in our proposed model Sources might be altered based on seasonalavailability or on hydro -geographic nature of the landand meteorological patterns (e.g. Desert regions maynot always have rain water)Purification

    One time investment in infrastructure to purifywater to be supplied to cluster of slums; Technology

    available readilyDistributionDoor-to-door supply in bottles of 20 litresEnsure optimal supply to reduce reversal costCentral to local distribution agency to consumersmodelMarket & Pricing

    To be priced at 50 paisa per litre and made availablein 20 lt bottles

    Demand Pull system: Water Card (Kanban) system Incremental charges to ensure consistent usage &demandFinancing

    Initial financing through USD 1 Bn from Water.orgRevenue generated from consumers to fundsubsequent growth via revenue bonds

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    Distribution

    Market

    Involving local entrepreneurs in the distribution via aFRANCHISE model

    Distributor would transport 20 L can of purified water to theconsumers door

    Distributor trucks will follow planned travel routes tomaximize distribution system potential

    Water to be priced at 50 paisa per liter Incremental charges for consumption above the pre-fixed

    benchmark to ensure judicious use of water; Water Cards tobe issued to the consumers to guarantee the same

    Demand Pull system: Each family to be given a fixed numberof 20 L cans (say 2). As and when a can empties out, it canbe exchanged with a filled one from the distributor truck

    Distribution, Market and Financing

    Financing

    Water.ORG to issue REVENUE BONDS; revenues collectedfrom distributor to used to service the intersect payments ofthe bonds; Methodology used by Municipal Corporations

    Revenue bonds can be swapped with LIBOR bonds toincrease liquidity

    Principal from the bonds used to SCALE UP the modelScalability via replicability

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    Summarizing the overall flow of our model: distribution is the focus again

    WaterCollection

    Purificationand Bottlingat the central

    location

    Distributionby local

    entrepreneur

    Door-to-Doordelivery toconsumers

    Flow of water

    Flow of money

    A Pilot effort will help get a better understanding of our

    model!

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    Location: Slum in MumbaiTarget population: 10, 000

    Source Mapping: Since the area receives plentiful rainfalland possess a already depleted ground water reservoir,choice of source: RAINWATER

    Purification: Rainwater needs to be purified;Initial investment (Bottling machine, Rain water harvesting,

    Purifying machine; ~5 year life): 1 Million USD

    Distribution System: 300 Thousand liters of water to besupplied every day; ~24 Trucks needed

    Suggested pricing: Rs. 0.50 / litre = 33 cents / dayNet Revenue generated (considering distribution costs,

    private player margin, initial fixed costs, operation andmaintenance costs):~ 0.5 million USD / year (for thoseinterested: computation in the last slide)

    Financing: If used to service interest of the revenue bonds,can generate 10 million USD (5% coupon rate) which willfund 10 more such projects

    Results: RoI of ~ 52%

    Pilot effort: Get a better feel for our model

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    CONTENTS

    EXISTING METHODS & Its FALLACIES

    KEY PROBLEM AREAS

    WHAT SHOULD A SUSTAINABLE BUSINESSMODEL ADDRESS?

    OUR PROPOSED BUSINESS MODEL:OVERVIEW

    ANALYZING KEY COMPONENTS OF OURBUSINESS MODEL & ASSESSING

    SUSTAINABILITY

    PHASED IMPLEMENTATION THROUGH APILOT PROJECT AND ESTIMATED TIMELINE

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    Analyzing the key steps of the model

    Source mapping/ Infrastructure

    Map source of water by conducting a hydro-geological and meteorologicalstudy of the target area

    Government support: Leasing land to install the purification and bottlingmachines

    Distribution /Market

    Appoint local entrepreneur as distributor Distribution of bottles from central location to slum centers in trucks Water Card system and incremental pricing to ensure judicious use of

    water Revenue collection by the distributor

    Financing

    Leverage financial markets; Water.ORG to issue revenue bonds

    Revenues collected from the distributor to be utilized to service interestpayments of Revenue Bonds

    Revenue bonds can be swapped with LIBOR bonds to increase liquidity Principal of the bonds to use to replicate the model in other cities

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    Consumers

    Get access to cleanwater at their doorstep

    Pay for 20 L cans ofwater

    Incremental chargesto ensure judicioususe

    Water Card systemto monitor the

    consumers

    Distributor

    Collect 20 L cansfrom the centralfacility

    Supply the cansdoor to door

    Collect money fromthe consumers

    Assured returnsCommodity swapswith Water.org Fund

    Water.org

    Commodity swaps:Embracing the risksassociated withrevenue collection

    Revenue bonds: Getmore money in thesystems

    Revenue bondswaps with LIBORbonds to increase

    liquidity Principal used by

    Water.org toreplicate the modelin other cities

    STAKEHOLDERS How do they interact with the system?

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    CONTENTS

    EXISTING METHODS & Its FALLACIES

    KEY PROBLEM AREAS

    WHAT SHOULD A SUSTAINABLE BUSINESSMODEL ADDRESS?

    OUR PROPOSED BUSINESS MODEL:OVERVIEW

    ANALYZING KEY COMPONENTS OF OURBUSINESS MODEL & ASSESSING

    SUSTAINABILITY

    PHASED IMPLEMENTATION THROUGH APILOT PROJECT AND ESTIMATED TIMELINE

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    Secure finances frommarket

    Secure land with ahigh water table and

    in proximity to apotential customerbase

    Purchasemachinery/buildstorage tanks atminimal cost (get

    Govt. Help ifnecessary)

    Create a demand pull withlocal consumer base byadvertising on abundant butcheap water

    Work on word-of-mouthpublicity about easy water

    Once the first wave of wateris harvested, transfer it tolocal distribution centresthrough trucks

    Involve local communitybased youth to increasedirect participation andpromote sale

    Stress on cleanliness andeasy availability as the main

    Identify city basedconsumer base and alsoclusters of villages with

    pure water demand Distribution has to beexpanded from just bottlebased sale to pipeextended householdfacilities

    Arrange for local agenciesfor handling water

    distribution and sale

    Transformation journey

    Initial considerations

    (start-up)

    Revenue in the short span(

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    SOURCE

    4321

    Month 1

    Week

    Plant set-up

    -permits

    -land acquisition

    Negotiations

    -project planning

    -water analysis

    -source mapping- need analysis

    BackgroundResearch

    Today

    Month 2 Month 3 Month 4 Month 5 Month 6

    Recruitment

    Distribution set-up

    Marketing

    Test run

    4321 4321 4321 4321 1 2 3 4

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    COST Breaking down the overhead components

    62.6

    12.949.7

    4.7 43.2

    11.4

    23.4

    Assumptions (ifany):-

    XYZ

    Fixed cost (pro-rated per year) + Operational cost

    ( in $ 000)

    NetInvest-ment

    Infra-structure

    Oper-ationalCost

    Extract-ion

    Sto-rage

    OtherOperat-Ional cost

    Interestpayment

    Puri-fication

    Trans-portation

    Localdistribut-ion

    Other