A Transitory Regime: Water Supply in Conakry, Guinea

A Transitory Regime: Water Supply in Conakry, Guinea

Claude Minard, George Clarke


The World Bank


WF’2 3362
A Transitory Regime In several ways, the reform
introduced to the water
sector in Conakry, Guinea, in
Water Supply in Conakry, Guinea 1989 under a World Bankled
project was remarkable. It
Claude Minard showed that even in a weak
George Clarke institutional environment,
where contracts are hard to
enforce and political
interference is common,
private sector participation
can improve sector
performance. Why did the
sector improve as much as it
did, and what has inhibited
The World Bank
Development Research Group
Public Economics
Regulation and Competition Policy U
June 2000
Summary findings
Both consumers and the government benefited from Menard and Clarke discuss the mechanisms that made
reform of the water system in Conakry, Guinea, whose progress possible and identify factors that inhibit the
deterioration since independence had become critical by positive effects of reform.
the mid-1980s. Less than 40 percent of Conakry’s Water has become very expensive, the number of
population had access to piped water – low even by connections has increased very slowly, and conflicts have
regional standards – and service was intermittent, at developed between SEEG (the private operator) and
best, for the few who had connections. The public SONEG (the state agency). Among the underlying
agency in charge of the sector was inefficient, problems:
overstaffed, and virtually insolvent. * The lack of strong, stable institutions.
In several ways, the reform introduced to the sector in * The lack of an independent agency capable of
1989 under a World Bank-led project was remarkable. It restraining arbitrary government action, regulating the
showed that even in a weak institutional environment, private operator, and enforcing contractual
where contracts are hard to enforce and political arrangements.
interference is common, private sector participation can * The lack of adequate conflict resolution mechanisms
improve sector performance. for contract disputes.
* Weak administrative capacity.
This paper – a joint product of Public Economics and Regulation and Competition Policy, Development Research Group
– is part of a larger effort in the group to promote competition and private sector development. The study was funded by
the Bank’s Research Support Budget under the research project “Institutions, Politics, and Contracts: Private Sector
Participation in Urban Water Supply” (RPO 681-87). Copies of this paper are available free from the World Bank, 1818
H StreetNW, Washington, DC 20433. Please contact Hedy Sladovich, room MC2-609, telephone 202-473-7698, fax 202-
522-1154, email address hsladovich@worldbank.org. Policy Research Working Papers are also posted on the Web at
http://www.worldbank.org/research/workingpapers. The authors may be contacted at menard@univ-parisl.fr or
gclarke@worldbank.org. June 2000. (52 pages)
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Produced by the Policy Research Dissemination Center
A Transitory Regime:
Water Supply in Conakry, Guinea
Claude Menard and George Clarke*
‘Respectively, University of Paris- Pantheon-Sorbonne and World Bank. We would like to thank Mary
Shirley, Manuel Abdala, Yao Badjo, Penelope Brook, Keith Crocker, Luke Haggarty, Philip Keefer, Paul
Kriss, Brian Levy, Alain Locussol, Scott Masten, Mathew McCubbins, Roger Noll, Douglas North, Dale
Whittington and L. Colin Xu for conmmentos n earlier drafts of this case study. We would also like to thank
Manuel Abdala and L. Colin Xu for technical advice on implementing the welfare analysis for this case
study and Ana Maria Zuluaga for excellent research assistance.

1. Introduction
The performance of Conakry’s water system, which had been deteriorating since
independence, had become critical by the mid-1980s. The public agency in charge of the
sector, the Enterprise Nationale de Distribution de l’Eau Guineenne (DEG) was inefficient,
overstaffed and virtually insolvent. Less than 40% of Conakry’s population had access to
piped water – low even by regional standards – and service was intermittent, at best, for the
lucky few with connections. By 1983, residents had to line up at neighbors’ connections
and standpipes for hours, hoping for service. Many residents used polluted well water as
their primary source of drinking water and even more relied upon it as a secondary source
when the piped system was not operating. Consequently, water-borne diseases, including
cholera and diarrhea, had become a major problem. Further, after disappointing results from
previous investment projects, donors, including the World Bank, were becoming frustrated.
The poor, and deteriorating, performance of the sector convinced many observers that
significant reform was necessary.
In 1989, after several years of discussions and delays, the government signed a lease
contract with a majority privately owned enterprise that covered operations and maintenance
of all urban water systems in Guinea. A newly created public enterprise was given
ownership of sector assets and responsibility for investment. At the same time, a large World
Bank-led project, the Second Water Supply Project, was approved, allowing for expansion
and rehabilitation of the system.
In several ways, the reform was quite remarkable, requiring significant
commitments from private investors in an institutional environment that imposed very few
limits on arbitrary government action. Guinea was ruled, at that time, by a military
government and there was no elected legislature or independent judiciary to restrain the
executive. Further, informal constraints, such as traditions of regulatory or bureaucratic
independence, were also very weak. The World Bank, which was heavily involved in the
design and implementation of the contract, had to implement new internal procedures to
handle the arrangement and it was not clear to the partners how well the system would
DEG’s disastrous performance made the reform desirable. However, in many other
countries, sector-specific crises have not been sufficient motivation for private participation
in this sector.’ In Guinea, four additional factors encouraged substantial change. First,
‘ See, for example, the discussion of Lima in Alcazar, Xu and Zuluaga (1999) and Mexico City in
Haggarty, Brook and Zuluaga (1999). Further, the performance of the sector in Guinea has been very poor
for many years before reform was initiated.
DEG’s poor management and performance, rather than less tractable problems such as
scarcity or the high cost of raw water, was the main reason for the sector’s problems.
Consequently, the introduction of private sector participation could be expected to improve
the situation. Second, the military government that came to power following the death of
President Sekou Toure did not rely heavily upon support from the urban elite who were used
to receiving free water. This allowed the government to implement large price increases,
allowing tariffs to cover operating expenses and provide a fair return on capital. Third,
privatization was consistent with governments philosophy of liberalizing and privatizing the
economy, which was demonstrated by the structural adjustment program that the government
was implementing in response to the macroeconomic crisis that hit Guinea in the mid- 1980s.
Finally, bilateral and multilateral donors, who were pushing for reform, had significant
leverage, since, in additiont o financingt he structural adjustmentp rogramnt,h ey also financed
most sector investment.
Although the weak institutional framework did not prevent the private sector from
becoming involved in the sector, it has affected the success of reform. In practice, no
independent body exists that is able to enforce the contracts between the various parties
involved in the sector and the government. Consequently, many useful contract provisions
have proven ineffective (e.g., provisions requiring that the govermnent pay its water bill,
allowing for intemational arbitration in the case of dispute between the partners, and
enforcing performance targets). Further, in the absence of a neutral party that can mediate
disputes and enforce its decisions, disagreements between the different parties have had to
be settled at the highest levels of government. These problems have slowed sector
development and poisoned relations between the public enterprise, the private operator and
the government. For example, one of the main reasons that the price of water has become
high is that the collection rate has remained low. This, in turn, is because the government
has refused to pay its water bill and because the weak judicial system makes it difficult to
collect from private consumers who refuse to pay.
Notwithstanding these problems, the bottom line from this study is that all parties
have benefited from reform. On aggregate, increased coverage and improved quality more
than compensated consumers for higher prices. Further, government subsidies have been
reduced and the foreign investors have made modest, but positive, profits. Under the
circumstances, it is unlikely that the public operator, DEG, would have had greater success
than the private operator has had – especially given its disastrous record before reform and
the poor compliance with provisions in the public enterprise’s contract. This shows that
even in a weak institutional environment, where contracts are hard to enforce and political
interference is common, private sector participation can improve sector performance.
This paper discusses the mechanisms that makes progress possible, even in difficult
institutional environments, and identifies factors that inhibit the potentially positive effects of
reform. Section II describes the situation in Guinea before reform. Section III describes the
sector crisis at the time of reform. Section IV examines the political economic
circumstances that affected the decision and the design of reform. Section V analyzes the
contractual arrangement and its implementation. Section VI evaluates the outcome. Section
VII goes beyond standard performance measures and presents results from a cost-benefit
analysis. Section VIII concludes and discusses options that might improve sector
2. Guinea at the Time of Reform
In many ways, the collapse of the water system mirrored a collapse in Guinea’s
economy, and many of the problems that affected DEG affected the entire public sector.
By the time that reform was enacted in 1989, Guinea, with a per capita GDP of US $430, was
one of the poorest countries in the world (World Bank, 1990d). Further, life expectancy at
birth (43 years) and the infant mortality rate (143 deaths per 1000 births) were both below the
average for Sub-Saharan Africa (51 years and 108 deaths per 1000 births). This was not due
to a lack of natural resources. In fact, due to its vast mineral wealth and its fertile land,
Guinea had been seen as one of the most promising colonies in French West Africa before
independence. Instead, Guinea’s problems were primarily the result of years of economic
mismanagement by the socialist regime led by President Sekou Toure.
Before independence, due to vigorous campaigning by Sekou Toure and the Parti
Democratique de Guinee (PDG), which dominated pre-independence politics, Guinea
rejected membership of the French Community proposed by General de Gaulle. This
prompted an immediate withdrawal of French expatriates and a swift end to technical
assistance, budgetary aid, and trade preferences. Since the PDG held the majority of seats
in the regional assembly, Sekou Toure automatically became President. He used his
position to set up a one-party state, introducing ‘African Socialism’ and imposing a
dictatorship based on personal and clan ties. President Toure’s fear of being overthrown –
known as the permanent plot – resulted in the arrest, persecution, and torture of any real, or
imagined, opponents, which, in turn, led to a mass exodus of Guineans. 2
The Toure regime’s policies led to state domination of the economy and
urbanization. Following independence, most enterprises, in both trade and industry, were
quickly nationalized and cooperative farns were set up in rural areas. To subsidize urban
consumption, the government tried to keep prices of agricultural products low. These
policies were sustained by the suppression of private trade and by forcing farmers to sell
their produce at prices that, by 1984, were lower than the estimated cost of production
2 By 1984, it was estimated that as many as 2 million refugees were living in neighboring countries
(EIU, 3rd Quarter1 984,p .30), at a timew hent he populationw as only about5 m illion( WorldB ank, 1998a).
(AruIpragasam and Sahn, 1997, p.55). The long-term results were predictable. People
living in rural areas withdrew from the state by turning to barter, subsistence farming,
smuggling and the black market.’ Meanwhile, agricultural production and exports fell
These policies also
40 _________________-_______ encouraged fast population
30% growth in urban areas. Between
20% 1960 and 1985, Conakry’s
10% population grew from around
0%- . , , . 39,000 (less than 4% of the
1960 1965 1970 1975 1980 1985 1990 1995 population) to over 800,000
(almost 16.5% of the population)
IConakryM Otheru rbana reas (see Figure 1). Although, the
Figure 1: Percentage of Population Living in Conakry estimated growth rate slowed to
around 7% in the late 1980s and
Source: United Nations (1996) and World Bank (1997b). early 1990s, it remained fast due
to an influx of refugees from
neighboring Sierra Leone and Liberia. Rapid population growth, combined with poor
urban planning and inadequate investment, quickly overwhelmed Conakry’s infrastructure,
including its water system.5
Despite the strong performance of the partly foreign-owned and run mining sector,
the Guinean economy rapidly deteriorated. 6 Rapid expansion of the civil service led to a
huge public sector wage bill, even though salaries were falling in real terms.7 Although
wages were supplemented with benefits such as access to goods at official prices,
transportation allowances, and access to free piped water, it became nearly impossible to
See Azarya and Chazan (1986) for a discussion of this phenomenon in Guinea.
4 Whereas agricultural products made up 71% of total exports in 1957, they made up less than 1% of
total exports by 1981 (Arulpragasam and Sahn, p.37 ).
5 A Center for Privatization study conducted for USAID discusses the state of Conakry’s infrastructure
in the mid 1980s (Marston et al., 1986, p. 46)
6 World Bank estimates suggest that 97% of exports were Bauxite or Alumina by the mid-1980s and
that about 30% of govermment revenue came from the mining sector in 1984 (World Bank, 1986). Guinea’s
stock of disbursed and outstanding debt increased from 25% of GDP in 1975 to 62% of GDP in 1985 and the
debt servicing requirement had reached 43% of total exports by 1983 (World Bank, 1990b, p.9).
7 Although the First Republic did not formally document finances or produce an accurate government
budget, it is clear that public finances were in disarray. In the 1970s, public sector employment grew by 7%
per year and although civil service wages were frozen between 1965 and 1980, they accounted for between
50 and 60% of government expenditures by the mid-1980s (De Merode, 1994, p. 170).
support a family on a civil servant’s salary. Consequently, civil servants turned to
corruption and moonlighting to make ends meet.8
In addition to increasing the size of the government, these policies also increased
the influence of the PDG. Price controls, rationing and control of production greatly
increased the potential for patronage, making links to the PDG a way of gaining access to
jobs, rations at official prices, education and connections to the water system. 9 Foreign
exchange obtained from the sale of cash crops was used to subsidize the consumption of
civil servants and party officials, while low subsidized prices for food crops benefited
urban consumers. Since both the civil service and the PDG were concentrated in Conakry,
President Tour& became reliant upon urban areas for support. Although protests in 1978
resulted in modest liberalization, the pace was predictably slow since many of the reforms
(e.g., privatization, civil service reductions and price liberalization) would harm his urban
On March 24, 1984, during preparations for the up-coming meeting of the
Organization for African Unity (OAU) in Conakry, President Toure had a heart attack,
dying two days later. President TourW’s notorious fear of plots, especially by potential
rivals, meant that there was no clear successor and, therefore, a lengthy power struggle
seemed likely. This process, however, was cut short on April 3, when several top army
officers, led by Colonel (now General) Lansana Conte, seized power. The new
government moved quickly to consolidate power and sweep away the remnants of the
Toure regime. The Parti Democratiqued e Guinee (PDG) and the unions were outlawed,
political prisoners were released and Camp Boiro, where President Toure had imprisoned
and tortured opponents, was closed. After years of repression, the new regime received
8 By 1984, the averages alaryw as estimatedto covero nly about 25% of the cost of livinge, ven after
imcludintgh e ricer ationsa nd otherc ommoditieuss edt o supplemensat laries( MarstonT, homasa nd Love,
9 Arulpragasama nd Sahn (1997,p .1 1)n ote that PDG officials” exercisedc ontrolo ver everythingf rom
employmenint statee nterprisetso accessto foreigne xchangaet officiarla tes.”
ID Aftert he 1978d emonstratiobnys markewt oment hroughoutht e countryt,h e Tour6r egimes tartedt o
tentativeliym plemenrte form( seeY oung1, 982).T hep rotestsw eres parkedb y an ordert o closea ll village
markets,w hichw as intendedt o give the state-ownedco operativeas monopolyo ver retail trade and
-culninatedw ithm archeos n thep residentiapla laceo n Augus2t 7 and2 8, 1978.A lthoughth e womenw ere
drivenf romt he palacew hent he guardso penedfi re,P residenTt our6q uicklyre scindetdh e ordert hats parked
thep rotesta nds tartedli beralizinpga rtso f thee conomyB. y1 983,s everael nterprisews ereg iveno perational
autonomy(e .g.,o vere mploymenatn d pricing)1, 5%o f publics ectorw orkersw erer eleased( althoughth e
policy of guaranteeinegm ploymenfto r graduatews as continueda) nd severalb usinessu nits of public
enterprisews ered isbandedT. he governmenht,o weverr,e fusedto implemenste veraol therr eforms.M ost
notably,t he governmenwt asf irmlyo pposedto realignintgh e exchangera te,s incea ccesst o hardc urrency
andi mportedg oodsa t subsidizerda tesw erea mongth e benefitse njoyedb y the high-levecli vils ervantas nd
PDG party members.
widespread support from the public, signaled by huge and festive demonstrations. Because
of this goodwill, and because it did not depend upon urban areas for support, the new
military government could consider policies to liberalize the economy that had been
rejected or delayed by the Toure regime.
3. A Badly Needed Reform: Circumstances in the Water Sector
In 1983, while President Tour6 was still president, a group of international experts
was invited into Guinea to evaluate Conakry’s water system and to suggest ways of
improving sector performance.” By this time, sector problems were becoming critical.
Despite substantial loans from international donors, coverage was low and many nonconnected
residents drank polluted water from wells. Because of this, waterbome diseases
were the main cause of death for infants and children and there were periodic cholera
epidemics. The public enterprise responsible for the sector, the Enterprise Nationale de
Distribution de V’Eau Guineenne (DEG), was poorly managed, overstaffed, and practically
insolvent. Although the consultant’s report suggested several reform options, and despite
pressure from international donors and the systems deteriorating performance, the
government did not act quickly. It was not until 1989 that the mnilitary government that
replaced Sekou Toure finally enacted sector reform. In this section of the paper, we describe
the situation prior to reforn and discuss reasons for the sectors poor performance.
3.1 Sector Performance Prior to Reform
Sector organization. Prior to reform, a public agency, the Enterprise Nationale de
Distribution de I’Eau Guin&enne (DEG) was responsible for operations, maintenance and
investment in Conakry and other urban areas. Theoretically, DEG was an autonomous
agency within the Ministry of Natural Resources and Environment (MNRE) and, under its
statutes, its board contained representative from several ministries. However, in practice,
its board never met and the MNRE treated it as it would any other department (Triche,
1990, p.1 0). Consequently, DEG had no autonomy and suffered from the same problems
that plagued the rest of the civil service during, and following, President Toure’s regime.
For example, before the military coup that followed President Toure’s death, the policy of
guaranteeing employment to university graduates meant that DEG, like the rest of the civil
service, was extremely overstaffed.
Water resources. Despite the sector’s problems, scarcity has never been a major
problem in Guinea, which, due to its abundant rainfall, has earned the reputation of being the
” The group, which was coordinated by SONEDE (Tunisia) and Lyonnaise des Eaux (France),
submitted their report in March 1985.
‘water tower of Africa’. Although water from the Conakry aquifer is unsuitable for
drinking because it is highly polluted, due to the use of pit latrines, and saline, due to
proximity to the ocean, a safe source of abundant fresh water is available3.’ The reservoir at
Grandes Chutes, which is located about 60km from the city, could produce over 500,000
m3/day (World Bank, 1989). In comparison, DEG’s average production in Conakry was only
44,000 m3/day in 1985 (and total production remained at only 68,000 m3/day in 1996).’4
Further, because Grandes Chutes is located 233 meters above sea level, the system can be
gravity-fed, reducing the cost of water. Although potential production was high, actual
productive capacity was limited by the transmission pipeline from the Grandes Chutes dam,
which could carry only 45,000m3 /day.
Low connection rate Despite the abundant water supply, coverage was very low
before reform – we estimate that less than 40 percent of the population of the city had access
to piped water in 1989.15 According to data from SEEG, there were 3,100 legal unbilled
connections for deputies, senior civil servants and DEG employees and 10,200 billed
connections in 1989. At this time, the population of Conakry was close to one million. In
comparison, Abidjan in C6te d’Ivoire, which was about twice the size of Conakry, had over
111,505 connections (SODECI, 1990). Most private connections were a single tap inside a
lot or compound – only a small wealthy minority had running water inside their house –
usually serving many households (Durany and Morel a l’Huissier, 1994, p.19). According
to field interviews, whether a household had a connection depended primarily on personal
links (e.g., tribal and family) and fidelity to the Sekou Toure regime. For this reason, a
household’s capacity to provide water to neighbors rapidly became part of its power, prestige,
and control.
Although it is difficult to estimate the exact number, many other Conakry residents
had illegal connections to the system. In 1992, three years after the private operator took
control of the company, Castilia (1993) estimated that there were 4000 illegal connections in
12 Average annual rainfall in Conakry is about 4.2 meters (World Bank 1990c, p.46). In comparison,
annual rainfall in Abidjan is 2.0 meters, in Buenos Aires 1.0 meters, in Mexico City 0.6 meters, in Santiago
0.3 meters and in Lima 0.001 meters (Source: International Station Meteorological Climate Survey, Version
‘3 World Bank (1989) also notes that the complex geography of the Conakry peninsula makes it difficult
to abstract significant amounts of water from boreholes.
14 Data are from World Bank (1987) and World Bank (1998a). Additional water was available from the
Kakirnbon well field (7,000m3 /day) and Kakloulima Springs (2,000m3/day).
15 According to data from SEEG, there were about 13,300 legal (billed and unbilled) connections in
1989. In addition, there were 40 operational standpipes in 1989 (World Bank, 1989, p.3). Assuming 27
people per connection (see footnote 61), 1000 people per standpipe (see footnote 61) and population from
United Nations (1996), this implies a coverage rate of 38% in 1989. This omits people who obtained water
from illegal connections. However, it also does not take into account that service interruptions meant that
people with connections had to use water from wells as a secondary water source.
Conakry, compared to 13,371 legal connections6.” Since a private operator, operating along
commercial lines, presumably has greater reason to reduce the number of illegal connections,
it is likely there were significantly more illegal connections before reform.
In part, the low connection rate was the result of rapid urban growth due, in part, to
policies that encouraged urbanization. Problems related to fast growth were exacerbated
by poor urban planning, something that remains a problem today. Service delivery and
system expansion were difficult and costly because the poor road network made it difficult
to lay pipes and because a relatively small number of potential customers were spread over
a wide area. Consequently, even if maintenance had been adequate, Conakry’s
infrastructure would have been strained far beyond its capacity.
Low tariffs. Before June
1986, when it was increased to
GF 60/m3 ($0.12/m3 ), the water
$1.20 tariff was GF 10/m3 ($0.02/m3 ).
$1.00 ^ _111 l ^ ^ ^ ll Z ll Even after the increase, the tariff
$0.80 was considerably lower than
$0.60 prices in other West African
$0.40 countries (see Figure 2) and far
$0. 20 lower than estimates of long-run
$0.00magnlcs. Bsduo
Guinea Beni1n9 88 SenegaTl og1o9 88 Cote marginal cost. Based upon
1988 1988 d’lvoire DEG’s actual expenses and
1988 estimates of the optimal level of
operating and maintenance
Figur2e: P riceo f Waterb eforeR eform costs, World Bank (1987, p 19)
estimated that the average
Source: World Bank Documents. incremental cost of water (AIC)
was about US$0.25/m3 .
However, even this might have been somewhat low, given that in 1989, World Bank
(1989, p. 20) estimated that the AIC in Conakry was US$0.82/m3 .’7 Because of this, it
would have been difficult for even an efficient operator to operate and maintain the system
at the tariff levels in place before reform. Since, as we discuss below, DEG was
16 Similarly, Durany and Morel a 1’Huissier (1994) estimated that based on the number of household
connections SEEG reported that only about one-third of households should have had private connections in
1992, compared to the 45% they observed.
‘7 These estirates should be treated with caution due both to the large differences in the estimates and to
the poor state of DEG’s accounts. However, they indicate that prices would have been too low to cover sector
expenses, even if bill collection had been reasonable.
overstaffed, inefficient, and hopeless at billing and collection, there was very little money
available for either maintenance or system expansion.
Low labor productivity. By 1984, DEG had 504 employees, a ratio of 34 employees
per 1000 connections (World Bank, 1987, p. 38).18 Even compared to other West African
public water utilities this was high – there were 32 and 24 employees per 1000 connections,
respectively, in the public utilities in Togo and Benin. The private operator in Cote d’Ivoire,
SODECI, had only 9.8 employees per 1000 connections at this time (SODECI, 1986).
Further, Guinea’s severe financial problems led to a serious decline in civil service salaries,
including salaries at DEG, in the 1970s and 1980s. Because of this, DEG employees had little
or no incentive to do their job and many would show up at the office only to get their salary,
which was often paid in cash.
Low billing and collection rates. In principle, water distribution was metered and
consumers were charged according to consumption but, in fact, metering was very rare.
Despite a $12 million IDA loan in 1979, which included a component intended to increase
the number of connections and the extent of metering, only 5% of connections had a
working meter in 1984.19 Very few private customers willingly paid for water and many
were not billed at all. In 1989, nearly one quarter of connections were unregistered (see
footnote 15) and even fewer were actually billed – the 1985 consultant report estimated that
less than 12% of private users were billed in 1982. For the few customers that were billed,
the highly political nature of water prevented DEG from collecting. For example, in 1987,
DEG billed customers for approximately GF 800 million, but collected only about GF 100
million (World Bank, 1989). Since the private billing and collection rates were so low, DEG
relied upon infrequent payments and subsidies from the Government. However, even this
was unreliable, and non-payment by the government often led to conflict with donors. 2″
Troubled financial state. Since DEG did not comply with international accounting
standards, did not have audited accounts for most of the 1980s and maintained poor records
and data collection standards, it is very difficult to assess DEG’s financial performance
before reform. 21 However, given that DEG maintained poor commercial habits and that
1 Between 1978 and 1984, DEG’s workforce increased from 280 to 504 employees (World Bank, 1978,
p.6 5), mirroring similar growth in civil service employment.
19 In 1979, when the project was appraised, it was planned that 95% of connections would be metered by
1984. The Project Completion Report noted “about 1000 connections were built but no meter could be
installed since those supplied under this project were diverted by persons unknown from their intended use”
(World Bank, 1987, p. 6). In addition, the project had planned for 7350 new connections.
20 For example, in the late 1980s, the World Bank waived provisions for a structural adjustment loan that
had required the administration settle its water and electricity bills promptly (World Bank, 1990a).
21 The 1985 consultants’ report concluded that because of DEG’s poor accounting practices and the nonavailability
of most relevant data, and because DEG’s budget was spread between several different ministries, it
tariffs were set below long run marginal cost, it is not surprising that DEG appears to have
had serious financial problems by the time of reform. One indication of this is that, DEG
owed over US$4 million in unpaid interest and was over US$14 million in debt by 1984.
Another is that, even according to DEG’s own accounts, it was losing large amounts of
money. In 1988, DEG’s total operating revenues (i.e., amount billed) were about GF 938
million ($2.6 million in 1996 dollars) and its total loss (i.e., retained earnings) was GF 805
million ($2.0 million in 1996 dollars). This probably understates DEG’s actual losses,
since actual collections were significantly lower than billed water sales.
Poor service and water quality. In addition to affecting the coverage rate, DEG’s
troubled financial state had a large effect on water and service quality. Although it is
difficult to find reliable data – DEG did not collect information on service interruptions,
water pressure or the time it took to repair breaks – by all accounts, water and service
quality were very poor. Since water was often delivered through poorly maintained lead
pipes (sometimes to illegal connections) and was not isolated from the environment, it was
heavily polluted. 22 Consumers would have to run the water several minutes before it was
“clear” enough to appear drinkable. Constant service interruptions meant that even the
lucky households with piped water had to use polluted water from wells as secondary
source of drinking water.23 In addition, this meant that residents would have to store water
for long periods, often in unhygienic conditions (i.e., open buckets in an expanding city
with almost no existing sewerage system).
Unaccounted for water (UFW). Poor maintenance due, in part, to DEG’s weak
financial position, and the large number of illegal connection, also resulted in high levels
of unaccounted for water (UFW). Although the lack of metering, and the more general
disarray of the sector, makes it difficult to estimate how high unaccounted-for-water was,
most estimates were very high. According to the 1985 audit report, UJFW was at least 60%
in 1983 – high compared to standards for well-developed systems (between 10 and 20%) or
to other water systems in West Africa (see Figure 10).24
was impossible to perform an audit. Similarly, in 1989, the World Bank (1989) concluded, “the shortcomings
of DEG’s accounting systems are such that they largely preclude attempts to observe trends and base forecasts”
(p. 19).
22 Most pipes were either only a few centimeters underground or, particularly for those installed after
1961, above the ground.
2 In 1992, about 50% of people with access to piped water reported using well water as their primary
altemate source of drinking water when the system was not working (Durany and Morel a l’Huissier, 1994)
24 However, one year later, the World Bank (1987) estimated, more optimistically, that UFW was 39%
and, in 1989, World Bank (1989) estimated that UFW was about 35%. Based upon the experience since the
private operator completed metering in 1995, the higher estimates seem more likely.
Alternate water sources. In 1992, almost one-fifth of households reported that they
got piped water from a neighbor’s connection2.5 Alternative sources, such as bottled water,
were almost nonexistent. Before reform, state control prevented private initiatives to supply
water. But even by 1993, nearly ten years after President Toure’s death, less than 1% of
households purchased water from vendors and less than 5% purchased water from
connected neighbors (Durany and Morel a l’Huissier, 1994, p. 20). Many households used
rainwater for uses other than drinking (e.g., for washing dishes and bathing), especially
during the rainy season. However, it was often stored in unsanitary conditions. Most nonconnected
residents relied upon neighbors’ connections or water from wells. In 1992, 29%
of Conakry residents relied upon well water as a secondary their primary source of
drinking water and, as noted above, many others used it as a secondary source when the
system was not working. Because the sewerage system was also undeveloped, well water
was heavily polluted2.6
Sewerage. Although the sewerage system was (and remains) underdeveloped, it
has always been separate from the water supply system. 27 Consequently, the 1989 reforrn
did not have a significant effect on the sector, other than through its indirect effect on water
supply. In 1992, 80% of households relied upon (and still rely upon) primitive sewerage
facilities in their courtyard. 21% of these facilities are simple unlined pits, 39% are pits
lined with cement, and 29% consist of two separate pits – rarely connected to a cesspit
(Durany and Morel a l’Huissier, 1994, p.19). Sludge from these pits can leak into the
phreatic layer, from which households draw well water for daily activities such as washing
dishes and bathing, and can be close to leaking pipes that provide water to households and
public fountains.
25 Durany and Morel a l’Huissier (1994)f oundt hat 18%o f householdrse portedt hat they got theirw ater
from a neighbor’s connection in 1992, including 5% that paid for it. This survey was conducted before
extensive metering.
26 Although data from the 1980s is not available, it seems plausible that contamination of well water was
a serious problem at this time. In 1994, a study of 57 modem and traditional wells found that, on average,
there were over 30,000 fecal coliforms/100 ml of well water (Gelinas et al., 1994). In comparison, the
bacteriological WHO (World Health Organization) norm is zero fecal coliforms per 100ml of water and an
alternate system classifies any water with over 1000 fecal coliforms/100 ml as “seriously pathogenic”
(Feachem, 1980). The low connection rate and increasingly common breakdowns, therefore, posed a serious
health risk.
27 Durany and Morel a l’Huissier (1994) found that only about 5-10% of households had latrines
connected to the sewerage system in 1992. This is broadly consistent with a study financed by Luxembourg
and Japan which estimated that only about 9% of Conakry residents were connected to sewerage (World
Bank, 1997a, p.4).
4. Political Circumstance Leading to Reform
Given the weak institutional framework and the dire situation of the water system,
the reformn ended up being quite radical, especially in a sector that is politically sensitive
and where full privatization is rare. Operational control of the system was transferred from
a state-owned enterprise that was only nominally independent of the government ministry
it reported to, to a private-sector company that was owned, and controlled, by foreigners.
In addition, significant price increases were planned (over 500% in real terms over a fiveyear
period) and even greater increases were implemented (over 600%). Despite the
collapsing system, however, the govermment took a long time to implement reform. Before
reform was finally enacted, six years passed and a change of government took place. In
this section of the paper, we discuss why the reform occurred, why it took the form it did,
and why it took so long to enact.
4.1 Desirability of Reform
Although the crisis in the water sector made reform highly desirable, in many other
cases sector-specific crises have failed to motivate significant reform. For example, over
the past decade, some parts of downtown Mexico City have sunk two meters due to the
overexploitation of groundwater resources. Despite this, the government implemented
only a minor reform, which ‘failed to improve efficiency, reduce costs, raise revenue or
curb waste’ (Haggarty, Brook, and Zuluaga, 1999, p. 52). Although problems in Conakry,
which were primarily the result of the poor performance of the public operator, were far
more tractable than the problems in Mexico City, poor performance alone has often failed
to motivate significant reform2.8
Theoretically, the government could reform the sector in many different ways:
however, its practical options were severely constrained. The main problem was if sector
performnancew as to be improved additional funds would be needed to allow the operator to
cover its costs and to increase investment. The 1985 audit by SONEDE and Lyonnaise des
Eaux estimated that, at that time, US$73 million of investment was needed to increase
production capacity and repair and extend the distribution network. Although, in theory,
these funds could be obtained in several different ways – for example, through additional
borrowing, through increased subsidies or through higher tariffs – in practice, the
government had only limited options. Given that the government’s finances remained
weak at the time of reform, due to the disastrous economic policies of the previous regime,
it was clear that the government could not finance the needed investment without help
from donors. However, the government’s options were further constrained because the
28 See, for example, Walker et al. (1999) which describes reform efforts in the Honduran water sector.
Further,a s noted earlier,s ectorp erformancein Guineah ad been poorf or manyy earsb eforer eforn.
donors, led by the World Bank, demanded ‘full cost recovery’ (i.e. setting tariffs to cover
operating costs and support sector debt service) (Triche, 1990). To get access to donor
funds, the government would therefore have to increase prices significantly. The focus on
cost recovery is reflected in the contract signed between the private operator and the
goverunent (“contrat d’exploitation”), which did not include numerical targets for
increasing the connection rate or reducing UFW.29 Even the World Bank-supported
Second Water Supply Project did not include plans for many new connections, especially
considering Conakry’s fast growth (only 15,000 additional connections by 1994).
The need for support from donors and international organizations, due to the
pressure that the macroeconomic difficulties put on public finances, limited the
government’s options in other ways. Most importantly, the poor perforrnance of the First
Conakry Water Supply and Sanitation Project convinced the World Bank that significant
institutional reform, including some private sector participation, was necessary (World
Bank, 1987, p. 23).3° The government, therefore, found that it would have to accept some
form of private sector participation, if it were to receive aid.
Other factors also encouraged private sector participation. The government
recognized that reforming DEG without increasing private participation would have been
extremely difficult. Even with technical assistance from abroad, entrenched interests and
existing corruption would make some tasks, notably bill collection, very difficult if DEG
remained in charge of the sector. The decision to allow private sector participation also
reinforced the decision to allow the price to increase. Since the government was (and
remains) delinquent in paying its utility bill, a private operator would have been wary
about relying on government subsidies, especially given the poor state of public finances
and the weak institutional environment. Consistent with this observation, the part of the
price subsidy that went to the private operator for the first few years following reform was
funded through a World Bank loan, rather than from general government revenues.
An additional factor that encouraged private sector participation is that it was
consistent with the governments’ philosophy of liberalization and privatization. The
29 The contract( “contratd ‘exploitation”)f, ormallyb etweenS ONEG operatinga s a state agencya nd
SEEG as the private operator, signed in April 1989, does not mention any target on these issues, nor does the
annex relative to the creation of SEEG or the list of requirements (“cahier des charges”) defining
responsibilities of the two organizations. Only the “contract” (“contrat de plan”) between the government
and SONEG, its own agency, defined targets with regard to connections (from 16,400 in 1989 in Conakry to
20,200 in 1992). This did not commit the private operator and there is nothing about UFW in any of these
30 The World Bank’s Project Completion Report for this project concluded that ‘the shortcomings of the
[sector] can be remedied most successfully by a more commercial and entrepreneurial approach, preferably
by a degree of privatization” (Triche, 1990).
structural adjustment program that the government implemented in response to the
macroeconomic crisis greatly increased the private sector’s role in the economy. 3 ‘ In this
respect, increased private participation in water was part of a larger program to increase the
importance of the private sector in the economy.
4.2 Feasibility of Reform
By restricting possible reform options, these constraints threatened the feasibility of
reform. Price increases and private sector participation would have a significant effect on
two powerful groups – the urban elite who were used to not paying’ the full cost of water
and workers who might lose their jobs. Reform would only be possible to the extent that
the government could either ignore these groups without threatening its support base or
compensate them for their losses.
In practice, neither the urban elite nor public workers were vital supporters of the
new military government. The clearest demonstration of this is that, in response to the
macroeconomic crisis, the government enacted a structural adjustment program that
harmed these groups significantly. Within days of assuming power, the military
government announced that it intended to speed up the liberalization process and
approached the International Monetary Fund (IMF) and the World Bank to negotiate donor
aid.32 The focus of the proposed reform package was improving the performance of the
agricultural sector, reducing the size of the public sector and liberalizing prices and
exchange rates. 33 The stress on agricultural production, which would initially benefit rural
areas, was a marked contrast to the Toure regime’s policy of favoring its urban
3′ In 1986,w hen the government’sp rivatizationp rogramb egan,t here were 131s tate-ownede nterprises.
By the end of 1988,2 0 had been privatizeda nd 68 had been liquidated( WorldB ank, 1990b,p .20).
32 However,f ormaln egotiationsw ith the IMF did not begin for severalm onths. The new government
had arrested an IMF official connected to the Toure regime who had been in Conakry for President Toure’s
funeral and the IMF refused to negotiate until he had been released.
3 This was consistent with the kinds of policies that the IMF and the World Bank were promoting in
Africaa t that time. See WorldB ank (1994a)f or a descriptiono f structurala djustmenti n Africad uring this
perioda nd Clapp( 1994)f or a discussiono f Guinea’ss tructurala djustmenpt rogram.
34 The government’s policy of promoting agricultural and rural development was made clear to the
population. PresidentC ontem ade severala nnouncementsst ressingt hat one of the regime’s main goals was
to boost agriculturapl roduction.I n his 1985N ew Year speech,h e stressedt he importanceo f the agricultural
sectora nd noted severals teps that couldb e takent o improvep erformnanc(Ce lapp,1 996,p . 62). On April 3,
1985, in a speech on the first anniversaryo f the coup, PresidentC onte announcedt hat the main priorities
were boosting agricultural performance and improving communications. (Economist Intelligence Unit,
SecondQ uarter 1995,p .8). This is consistentw ith documentsp roducedf or the 1987 ConsultativeG roup
Meeting with international donors that notes that improving agricultural production, through the
The new government began initiating its agenda several months after coming to
power. Prices were liberalized, the overvalued exchange rate was realigned, the stateowned
marketing boards and stores were closed and many state-owned enterprises were
privatized or liquidated. Although in the medium-term it was hoped that structural
adjustment would benefit all Guineans, it was clear that these reforms would cause
significant short-term pain for many urban residents. Price increases for agricultural
products and the realignment of the overvalued exchange rate were expected to benefit
agricultural producers, but would hurt urban workers used to subsidized prices for food and
imported goods. This would be especially acute for higher-level officials who had better
access to goods at official prices – the same group who had access to free or low-cost
The structural adjustment program, which resulted in a large number of layoffs,
also harmed public sector employees. Employment in state-owned enterprises fell from
17,111 in early 1986 to 2,000 by the end of 1989 and civil service employment fell from
70,989 in early 1986 to 51,000 by the end of 1990.36 These reductions were painful for
many Conakry residents, since despite the massive layoffs, 24% of employed workers (and
30% of employed male workers) in Conakry worked in public sector in 1990
(Arulpragasam and Sahn, p. 123). Considering that public sector employment was
considerably larger in 1985, these job losses were clearly painful, especially since the
poorly developed private sector was not to be able to quickly absorb laid-off workers3.7
In contrast, urban water reform would not have a large effect on the main groups
that the government relied upon for support. The army, who were the most important
supporters of the governnent, would be largely unaffected by reform3.8 Further, rural
consumers, who were expected to be the main beneficiaries of structural adjustment, did
liberalizationo f the sector,w as one of the key objectiveso f the Economica nd FinancialR ecoveryP rogram
(Republic of Guinea, 1987).
3 Arulpragasama nd Sahn (1997,p . 65) note, before structurala djustmentt, hat over half of high-level
officials in Conakry purchased their entire rice ration at subsidized official prices. In contrast, only 15% of
low-levelo fficialsa nd 16%o f small-scalem erchantsc ould do this.
36 Data from World Bank (1990b, p.21) and De Merode (1994, p. 171).
37 Based upon a surveyc onductedi n 1990-91M, ills and Sahn (1997)e stimatedt hat nearlyh alf of laidoff
civil servants had not found a job (in either the formal or the informal sectors) after four years.
38 Even if the army did not pay its water bill, it would take an extremely brave private operator to agree
to cut watero ff to army barrackso r the Ministryo f Defensei n a weak institutionael nvironment.I n practice,
the army was largely unaffected by the entire structural adjustment program. In January 1985, when the
government ook the first step towardsr educingc ivil servicee mploymenbt y orderinga ll civil servantso lder
than 55 or with more than 30 years of service to retire, it announced that the army would no longer be
considered part of the public sector. The reason for this was to shield it from any cuts in public sector
employment (EIU Quarter 1 1985, p15). In fact, the size of the army had been increased to 15,000 persons
by 1989 and soldiers were awarded a 15% pay increase at the time of the announcement.
not have access to piped water and, therefore, reform would mainly affect them through its
effect on government finances.
Although water sector reform would be painfuil for many DEG employees and
customers, it is important to note that some members of these groups would benefit from
reform. First, the government’s, and DEG’s, weak financial position meant that employees
could often not rely upon receiving wages in a timely manner. The DEG employees who
found jobs in the new private enterprise might therefore benefit from reform. Similarly,
although current DEG customers would have to pay (considerably) higher prices, they
would benefit from improved service and water quality. Consequently, not all DEG
employees and current customers could be counted as potential losers.
The government also took steps to reduce opposition from current DEG customers
and employees. First, the government, with support from the World Bank, agreed to
subsidize prices during the early years of reform. Although price increases were
implemented immediately, they were far smaller than would be needed to cover sector
costs. Second, the Government, again with World Bank support, compensated DEG
employees who were not selected for jobs at SEEG or SONEG3.9 Of 504 DEG employees,
40 were hired by SONEG, 250 by SEEG, and 30 qualified for other civil service positions
(Triche, 1990, p. 16). Additional persons retired or moved to other jobs in the formal sector.
Remaining employees were offered basic equipment and special training, organized and
monitored by the Compagnie Generale des Eaux, to help them create and develop
cooperatives specializing in public works. 40 Notwithstanding severe tension, this made
reform acceptable to most employees.4′
4.3 Contractual Options
Within the general framework of increased prices and private sector participation, the
government had several options. The March 1985 consultant report considered possibilities
ranging from a management contract to full privatization. In the end, the government
39 The selectionp rocessw as througha serieso f objectivete sts (initiallym anagedb y the WorldB ank) that
were” supplementedw” ithr ecommendationfsr om formerm anagersa t DEG. The subjectivee valuationsr aised
serious concerns about objectivity. The same procedure was used to decide on civil services layoffs in the
broader program of job cuts.
40 It seems that there were strongp ressuresf romt he concernedm inistriest o have one single cooperative
groupinga ll formere mployees. It is not clear why. One explanationp roposedb y a former employeei s that
the governmentw antedt o minimizet he equipmento be providedt o laid-offw orkers.
41 However, results have proven to be more ambiguous than was originally hoped. Only 87 former
employees took advantage of the initial training. Eight years later, only two very small cooperatives are
operational. Both SONEG and SEEG are unionized (CNTG at SONEG; USTG and ONSLG at SEEG),
although unions do not seem to have much influence.
decided on a mixed scheme with a public enterprise owning and developing infrastructure
and a mixed company, dominated by the private sector, in charge of operating the system. It
chose this, rather than full privatization for several reasons. First, it was thought that
private enterprises might not be willing to invest in the development of infrastructure.
Although the current government was committed to reform, the political situation was
unstable: several coups had been attempted and civil unrest was pressuring the government
to become more democratic. Further, although Guinea was (and still is) trying to increase
the competence and independence of the judiciary, the judiciary was (and remains) weak and
heavily dependent upon the executive4.2 Because of this, and because of the weak system of
property rights, the judiciary had a very poor record of enforcing private contracts4.3 Under
these circumstances, investment in long-lived and non-transferable assets was thought too
risky for many private firms. Finally, foreign ownership of assets would have been
controversial and might have led to greater unrest. For these reasons, the government
adopted a scheme that would involve little private investment.
4.4 The Long Delay before the Reform Was Enacted
Although radical reform eventually occurred, it was not implemented until six years
after the initial studies and five years after the change in government. Overall, it is not
surprising that the Toure regime did not implement significant reform. Unlike the military
government that replaced it, the Toure regime was highly dependent upon the two groups
that would be harmed by reform (see Section 11.1). Any reform that resulted in increased
prices, especially of the magnitude actually implemented, and layoffs would harm the
regime’s main support base and, therefore, would have been hardly feasible.
In contrast, the five-year lag following the change of government reflects the slow
pace of structural adjustment and, more generally, political instability in the early years of
the new regime. A major coup attempt less than a year after President Conte came to
power showed that the new government could not entirely ignore the welfare of Conakry
residents.’ Following the attempt, the Economist Intelligence Unit noted (3′ Quarter
1985, p12):
“At the same time, however, [President Conte and his colleagues] are well aware
that much of the population of Conakry, which proved loyal to the government at
42 TheG overnmenits currentlyd evelopinga new systemo f institutionsl,a wsp rotectingr ightsa nd contract
laws, largelyi nspiredb y the Frenchs ystema nd it intendst o put an administratioinn placet o fully implement
thesel aws. Howevere, venn ow, the systemi s mainlyt heoreticaal nd largelyi ncomplete.
4 A 1996b ill, approvedb y the Governmentt,h at wouldh ave allowedS EEGt o sue consumersw ho do not
pay their bill, was rejectedb y Parliament. This might not be surprisings ince,i n interviews,s everals ources
notedt hat it is thoughtt hatm ost deputiesd o not pay theiru tilityb ills.
4This also made the government aware that it could not take the support of the army for granted.
the time of the coup (or at least resistant to the blandishments of Traor6), will suffer
a drop in living standards as a result of the key reforns being proposed.”
Consequently, sensitive reforms that would harm urban residents, such as
realigning the exchange rate and civil service employment reductions, were approached
cautiously4.5 After years of repression and shifting policies under the Toure regime, it was
going to take some time for adjustment to result in increased agricultural production and
improved welfare in rural areas. Since President Toure was very careful about making sure
that rivals could not build effective power bases while he remained president, the new
military leaders were unable to build support before taking power. Consequently, while
the new leaders were forging a coalition, they remained heavily reliant on the military and
on general goodwill conferred to them for ending President Toure’s more repressive
policies. Since the benefits of structural adjustment would take a reasonable time to
materialize, it is not surprising that the new government was careful about implementing
reforms, including water reform, that could initiate protests.
5. Contract Design and Implementation of Reform
Water reform was finally adopted in 1989. World Bank requirements meant that the
private partner had to be selected through international bidding. Six companies initially
expressed interest: SONEDE (Tunisia), TEAME (UK), Lyonnaise des Eaux (France), SAUR
(France), SAGER and Compagnie Generale des Eaux (re-named VIVENDI, also from
France). Two of the bidders dropped out during the process and the four remaining
companies combined to form two competing consortia. A joint venture led by SAUR, with
the participation of Compagnie Generale des Eaux, submitted the lower bid, which was 30%
below the consultant evaluation. SAUIR quickly confirmed its leadership in the newly
formed company with the help of experts from Cote d’lvoire, where SAUR had been
successfully involved in the water sector for nearly 30 years (see Menard and Clarke, 2000).
New contracts were formally signed in 1989 and were supported by the World Bank
coordinated Second Water Supply Project. This $102.6 million project included a $40
million loan from the World Bank on concessional IDA terms, a $23 million loan from the
African Development Bank, and $8.6 million from the Government of Guinea and SONEG4.6
4 For example,t he exchanger ate was not realignedu ntil January 1986;p ublic sector retrenchmentd id
not begin in earnestu ntilt he same time;a nd the consumerp rice for rice was not fully liberalizedu ntil 1987.
Clapp (1996, p. 62) notes “[President] Conte’s desire to keep both urban dwellers and farmers content
ultimately delayed the adoption of a coherent reform program’.
46 The original estimate of the cost of the project was US $102.6 million (World Bank, 1989). However,
the Japanese government later added an additional US $5.6 million. (World Bank, 1997a). Changes in the
SDR-US$ exchange rate meant that actual expenditures were US $105.6 million. In practice, the
contribution of the individual partners varied slightly from the original estimates (See World Bank, 1997a,
The project originally included $57.9 million for expansion of the Conakry water supply
system and $4.1 million for rehabilitation of existing facilities4.7
5.1 Sector Organization Following Reform.
As part of the reform, two enlterprises were created: Societe Nationale des Eaux de
Guinee (SONEG) and Soci6te d’Exploitation des Eaux de Guinee (SEEG). The reform
involved a set of three contracts: one between the Government and SONEG (“Contrat plan”);
one between SONEG and SEEG (the lease contract), and one between SEEG and its
international shareholders (a “Technical assistance” contract). In addition, there are contracts
between SEEG and its customers, i.e., users of the water system. Although we will discuss
all contracts, we focus our attention on the lease contract between SEEG and SONEG, which
introduced private participation into the sector.
p. 18 for final estimates). The World Bank loan, from the International Development Agency (IDA), was on
standard IDA terms (50 years at a 0.75% interest rate).
47 Actual expenditures on these components were considerably higher – $84.9 million on expansion and
$9.0 million on rehabilitation (World Bank, 1997a, p.17).
Government of Guinea CGE and SAUR
* Borrows to Finance Sector Investment * Provide Management Support to
* Approves Tariff Changes SEEG
* Appoints SONEG’s Board and Directeur * Help Train Guinean Personnel
General * Nominate General Manager of
* Appoints Chairman of SEEG’s Board SEEG
Contract Owns Owns Owns Technical Pays
Plan 100% 49% 51% Assistance Management
Contract Fee
* Owns Sector Assets – – * Operates System
* Services Sector Debt Pays ‘Rental Fee” * Bills and Collects from
* Monitors SEEG’s Compliance with Lease Customers
Contract * Maintains Small-Scale
* Plans, Implements and Maintains Large- Investments.
Scale Investments (e.g., reservoirs, treatment * Investment in Pipes less than
plants) Lease Contract 160mm in Diameter
* Negotiates Tariff Changes with SEEG * Pays ‘Rental Fee’ to SONEG
User Pays for
Contract Service
s rI
Cus tomers|
Figure 3: Institutional Arrangement in Guinea
Twofirms involved. Figure 3 shows sector organization and the pattern of ownership
of the two enterprises, SONEG and SEEG. SONEG is a small (44 employees in 1997),
entirely state owned government agency, which reports to a board of directors and to the
Ministry of Natural Resources and Energy. Formally, the relationship between SONEG and
the government is monitored through a contract, the “contrat plan”. At the time of reform,
that contract defined rules governing the determination of tariffs (see below), and committed
the government to pay its bill regularly. It was also the only contract that defined specific
targets, namely, the increase of connections, from an estimated 16,400 in 1989 to 20,200 in
The lease contract defines the responsibilities of SONEG and SEEG. SONEG owns
sector assets and is responsible for planning, projecting and managing infrastructure, sector
accounting, managing funds from the ‘rental fee’ and donors to pay for new investment and
service sector debt. Since its expenses are covered by the “rental fees” paid to it by SEEG,
fonnally, it is financially independent (i.e., SEEG pays SONEG a percentage of collections to
cover SONEG’s operating costs, finance investment and service debt). It is also responsible
for supervising most large-scale investment (e.g., reservoirs and transmission pipelines) and
for the construction and maintenance of the primary distribution network (i.e., pipes more
than 160 mm in diameter). One significant restriction, however, is that SONEG cannot
finance investment through borrowing; this is the responsibility of the government. Although
SONEG is formally an independent agency, its board is under direct Government control,
with members appointedb y differentm inistries4.8 Its staff, includingi ts Directeur Gen6ral, is
also appointed by the government. Political incentives, therefore, tends to prevail over
economic ones. SONEG is further constrained by its reliance upon foreign suppliers
(including SAUR, the leading shareholder in SEEG) for many of its needs.
SEEG, which is 49% state-owned and 51% privately owned, has a ten-year lease
contract with SONEG. SEEG is in charge of the distribution and commercialization of water,
including building and maintaining the secondary and tertiary distribution networks (i.e.,
pipes under 160mm in diameter); metering, billing and collecting; and paying the rental fee to
SONEG. As we noted above, the private owners are two French companies, SAUR (a
subsidiary of Groupe BOUYGUES, a French company heavily involved in public works),
which has the leadership in this arrangement, and Compagnie Generale des Eaux (CGE, now
Vivendi). In addition to the lease contract, the two French partners signed a “technical
assistance contract” with SEEG to provide managerial support, technical assistance and
financial expertise, and to help train Guinean personne4l.9 As their contribution to SEEG,
SAUR and CGE provided 51% of the initial US $3 million of capital. For its contribution,
the Government donated equipment and infrastructure from DEG and, through SONEG, took
responsibility for accumulated sector debt.
Overlapping responsibilities. Notwithstanding the presence of five governmentappointed
representatives on its eleven member Board, SEEG appears, for the most part, to
act like a private company. The private owners are responsible for nominating the General
Manager, while the government is responsible for choosing the Chairman of the Board.
4 At time of reform, in 1989, the 11 members of the Board were appointed by 10 different ministries.
4 This contract between SEEG and the foreign owners specified conditions under which the foreign
companiesp rovidedh ome-offices upportf or day-to-daym anagemenpt roblems,s electiono f expatriates taff
and audits of procedures. Remuneration was set at 2% of SEEG’s revenues (World Bank, 1989, p. 9). The
contracti s protectedb y a confidentialityc lausef or five yearsa ftert he end of the contract,w hich wasf or two
years but renewable (and it has actually been renewed).
Several factors increase SEEG’s autonomy from government pressure. First, the foreign
management’s close ties to SEEG’s international owners significantly reduce the
Government’s influence. In addition, the contractual arrangement, which puts SEEG in
charge of bill collection, gives SEEG direct control over the financial resources it needs to
The division of investment responsibilities between the two agencies has led to
significant problems, with the two agencies blaming each other for delays and
disagreements. The different priorities and constraints that the two agencies face are part
of the problem. Because SONEG tends to be more concerned with social and political
goals, while SEEG has commercial goals, they often disagree on priorities concerning
network expansion. Further, SONEG, as a public agency, has to follow public procedures
when making investments, for example, awarding large investment contracts through
bidding. SONEG’s processes are often slow and costly, and provide opportunities for
public interference, corruption, and delay. In contrast, SEEG, as a private company, has
much greater flexibility and, consequently, SEEG tries to go over SONEG’s head,
developing infrastructure beyond its contractual responsibilities. Although the contract
explicitly prohibits SEEG from doing this, once it is done, the situation is irreversible. For
example, when the Caisse Francaise de Developpement provided SEEG with substantial
aid to develop new infrastructure (without bidding and ignoring the clause that makes
SONEG responsible for such projects), there was very little that SONEG could do.
Further, despite SEEG’s role in investment, SEEG assumes almost no investment-related risk
– loans for infrastructure are the responsibility of the Government.
Institutional impediments. Implementation of the contract between SONEG and
SEEG has been made more difficult by low administrative capability and the absence of an
independent judiciary. This has meant that there is no impartial body that is able to constrain
arbitrary action by the government and credibly enforce contracts provisions. For example,
recognizing that SEEG could apply pressure to SONEG by refusing to pass SONEG the
rental fee, provisions in the contract allow SONEG to seize a deposit paid by SEEG if this
occurs. However, implementation of this clause has been difficult due to political
interference by the government. For example, in 1991, when the government stopped
paying a large part of its water bill (see Figure 6), SEEG, which still had to pay workers
and suppliers, found itself in a difficult financial position. In response, SEEG stopped
passing SONEG the rental fee on the money it was collecting from the private sector,
formally a breach of contract. This, in turn, imposed a significant burden on SONEG,
threatening its capacity to pay employees, reimburse international lenders and continue with
investment. However, when SONEG threatened to impose the penalty, SEEG, backed by
its international owners, argued that the delay was due to non-payment by the government
and government representatives forced SONEG to back down. Ultimately, under pressure
from international donors who made settlement a condition for credit effectiveness for the
Third Water Supply and Sanitation Project, SEEG and SONEG significantly reduced their
cross-debts on September 26, 1996.50
This episode demonstrates that contract provisions designed to prevent certain
government action will not be useful, unless there is an independent body that can enforce the
contract and prevent the government from taking retaliatory action. Although the lease
contract explicitly allowed SEEG to cut water to government entities that were more than
four months late with payments, SEEG was unwilling to actually cut off water to any
agencies of the Central Government. In part, SEEG’s unwillingness reflected its concerns
about its relationship with the government, since the central government has significant
power over SEEG in many ways. 51 For example, at that time, SEEG was trying to get the
government to pass a law that would allow it to force collection for non-payment by private
parties and to approve price increases larger than had been originally planned. In addition,
SEEG’s decision not to cut off agencies of the central government might reflect the direct
influence the Government has over SEEG through its representation on SEEG’s board.
Dispute resolution. Another effect that weak institutions have on outcomes is the
apparent failure of several mechanisms directed at dispute resolution. First, the govermment,
which owns 49% of SEEG, has representatives on the boards of both SEEG and SONEG. It
was hoped that this would improve coordination between the two enterprises. In fact, it did
the opposite by introducing ambiguity about whether the contract was open to repeated renegotiation,
rather than being a final firm contract between the two parties. Second, the
arrangement allowed the two parties to appeal to the judiciary in Guinea and, ultimately to an
international institution, the Centre International pour le Reglement des Diffierends Relatifs
aux Investissements (CIRDI), in cases of major dispute. The clause was intended to reassure
foreign investors concerned about the lack of institutional constraints on arbitrary
government action (e.g., the weak judiciary). In practice, however, this clause is almost
purely symbolic. It is not possible to solve everyday disputes and disagreements through an
international forum and, since turning to international arbitration would suggest major failure
to foreign investors and international organizations, it is difficult to use for even major
disputes. Further, in the absence of an independent judiciary, it is unclear how CIRDI could
force the govemment to comply with it decisions, if it ruled against it.
50 Before September 1996, cross debts were about GF 4 billion. This was reduced to GF 660 million that
the government owes to SEEG and GF 608 million that SEEG owes to SONEG. To a large degree, since SEEG
was owed money by the government and owed money to SONEG, a government agency, this was an
accounting exercise, with the result that the government was re-paying SONEG, a public agency. Once the
World Bank approved the Third Water Supply and Sanitation Project, cross-debts began to accumulate again.
51 In contrast, SEEG has been willing to cut water to local government agencies, which have
significantly less power over SEEG (e.g., local agencies play no part in price reviews).
In practice, therefore, problems are largely solved though informal negotiations
between top managers – making the persons in charge crucial – or through political
interference (e.g., when SONEG tried to impose the penalty for not paying it the rental fee).
Political interference, however, is costly. First, it introduces many biases and can result in
delayed, and unpredictable, outcomes. Second, as noted above, these problems have
poisoned relations between SEEG and SONEG, making it more difficult for the two
companies to work together5.2
5.2 Regulation: Some Major Inefficiencies
Clearly, water reform is more likely to succeed if an efficient and credible
regulatory entity is developed, with the capacity to force the partners to fulfill their
commitments. This has not happened in Guinea. In the absence of an independent
regulator, the efficient running of the system depends on the set of contracts and their
implementation. As we have shown, the arrangement is plagued with several problems.
SONEG, who is officially responsible for monitoring SEEG, does not appear able to do
this due both to its lack of autonomy and to information asymmetries between SONEG and
SEEG. SONEG’s lack of autonomy means that major decisions and conflicts go to the
cabinet of the Ministry of Natural Resources and even to the President of the Republic.
Consequently, the government has significant discretionary power that is only partly
counterbalanced by the influence of international lenders and the efficient lobbying of the
powerful international companies that own SEEG.
This discretionary power can create uncertainty for SEEG, since SONEG’s plans and
their implementation depend upon political decisions made by the government. Since
SONEG plans, contracts, and monitors the development of the primary network, SEEG has
to rely upon SONEG to do this before it can develop the secondary network. This creates
two sources of risk for SEEG. First, there is the risk that the government will divert
SONEG’s rental fee to fund other, non-sector related, spending. This could mean that needed
investment in the primary network is not performed. Second, there is uncertainty related to
the bureaucratic process that approves SONEG’s investment program. The government can
use bureaucratic delays to improve its bargaining position or disguise other motives. This
encourages SEEG to make investments that should be made by SONEG (e.g., in the primary
network) and to skirt rules (e.g., by splitting large investment into several small parts to avoid
public control).
However, in the presence of weak regulation, information asymmetries can also work
in SEEG’s favor. For example, since the distribution network includes some lead pipes
installed in the 1950’s and some newly installed PCV pipes, maintenance costs are difficult to
52 Relations did improve after SEEG’s management was replaced in 1997.
observe. Since SEEG is responsible for maintaining the secondary network, it could
potentially overstate these costs. This is made easier because most maintenance inputs are
imported. An additional problem is that SEEG can also bid on constructions contracts. Since
it does not produce separate accounts for its separate functions (e.g., those that should be
regulated and those that are not), it is difficult to assess the profitability of the lease contrac5t.3
These informational asymmetries have been aggravated by SEEG’s refusal to provide
SONEG with the reports and information, including the separate accounts, which the contract
5.3 Prices
As noted above, one of the
major goals of reform was to make
1400 – the sector financially self-sufficient
1200 fiacal
1000 within six years (including servicing
800 _ sector debt, financing some portion of
400 investment and paying a fair return on
200 SONEG and SEEG’s capital). Since,
0 9 as noted in subsection 11.2, prices
89 90 91 92 93 94 95 96 97
were thought to be below long-run
E Rate for Consumers 0 Support from World Bank marginal cost, large tariff increases
U Subsidy from Govemment l were necessary. Recognizing that this
Figure 4: Consumer Rates and Subsidies from World would be difficult to do for political
Bank and Government reasons, the government agreed to
heavily subsidize prices for six years
Source: SONEG. following reform through the World
Bank credit. Consumer tariffs were
immediately increased to 150 FG/m3 in 1989 (about $0.25/m3) to cover local currency costs,
including the local currency operating costs of SONEG. However, the foreign currency
costs (e.g., for imported equipment and supplies) were covered by proceeds from a World
Bank loan and the governnent continued to service part of sector debt.54 These subsidies
slowly declined until 1995, by which time the consumer tariff was supposed to cover all
costs (see Figure 4). It was thought that this would imply an average price to consumers of
5 For example, in the U.K., the private water utilities produce separate accounts for regulated and
unregulated businesses
5 The World Bank contributed US $16.9 million to subsidize the scheme. The subsidy was described as
‘support for the rehabilitation of sector operations’ in World Bank documents and was designed as support
for the institutional building that was needed to implement the lease contract. The original appraisal was for
$15.4 million, but the final sum ended up being somewhat higher (World Bank, 1998a, p 17).
660 FG/m3 in 1995, which would fall to 566 FG/m3 in 1998 (Triche, 1990). In practice, prices
have been considerably higher.
Prices are regularly revised,
in accordance with a cost index
1 8000 l formula. In addition, SEEG has to
0D 800
co 600 / < @ v , renegotiate its rate with SONEG
.: 400 X ~ . and the government every four
.200 years, based on an informal cost
L E- o! , , , , plus formula.5 The renegotiations
1988 1990 1992 1994 1996 were intended to give SEEG an
E Consumer Projected (in 1989) incentive to cut costs, since between
-consumer Actual (in 1986) negotiations, cost reductions would
go directly into SEEG’s pockets,
Figure 5: Actual and Projected Prices in Guinea while allowing consumers to share
in these benefits in the medium-
Source: SONEG (Actual) and World Bank (1989) term. Although there was initially
(Projected)_____________________________ I__ some concern that the government
would not increase tariffs enough to “ensure sound sector development” (World Bank,
1989, p. 30), this has not been a problem in practice. In fact, prices have been allowed to
increase far more quickly than originally planned. By 1996, the average tariff had reached
880 FG/m3 , compared to an expected price of GNF 660/m3. The difference between actual
and projected tariffs was not the result of higher than anticipated inflation. Figure 5 shows
that the price has grew faster in real terms than originally projected5.6
At the end of 1997, the minimum bimonthly payment for service was 13500 FG
(about US$13). This fixed payment included payment for the first 20 cubic meters of water
and has to be paid in fuill whether the household consumed the whole 20 m3 or not.57 The
price of water between 20 and 60 cubic meters was 850 FG/m3 and the price above 60 cubic
meters was 925 FG/m3. In addition, it costs 90,000 FG (about US$90 in 1996) to be
connected to the system. Given that the average income of a high public servant was only
about 150,000 FG (about USS150 in 1996) a month, these amounts are quite substantial. In
field interviews, even relatively wealthy persons claimed that the high prices make it almost
impossible for them to afford connections, especially because of the deeply embedded social
5 A clause of the lease contract also opens the possibility of renegotiation if there are “significant”
variations in taxes and “redevances”, i.e., when government decisions significantly affects tariffs.
56 Projected price is deflated by 1988 forecasts of the CPI from World Bank files and the actual price is
deflated by the actual CPI.
5 A similar pricing scheme is used in Cote d’Ivoire. The price schedule is flatter in Guinea, so that
tariffs for small consumers, mostly low-income households, are significantly higher.
custom of providing free water to family and neighbors. Possible reasons for the high price
are discussed in the next section.
6. Effect of Reform on Sector Performance.
Despite the problems with conflict resolution and overlapping responsibilities, there
is no doubt that reform resulted in a significant improvement in sector performance.
However, given the disastrous performance before reform, the results have not been as
dramatic as was originally hoped and significant scope for future improvement remains. In
this section, we analyze the mixed results and suggest some explanations.
6.1 Improved Performance along Many Dimensions
Increased investment. Although it was hoped that the sector could become selfsupporting
in the medium term through increases in tariffs, funds for investment and
rehabilitation were needed immediately. Consequently, international donors, led by the
World Bank, agreed to finance a large investment project), the Second Water Supply Project.
The project had four main investment components.
i. US $4 million to support SONEG, including technical assistance, consultants,
training and equipment.
ii. US $4 million to rehabilitate existing facilities.
iii. US $1 million to provide consultants’ service for studies of secondary centers and
to design a training program for staff laid-off from DEG.
iv. US $58 million to expand the Conakry water system, including increasing the
capacity of the pipeline between Grandes Chutes and Conakry, the addition of a
new treatment plant and extension of the distribution network (including 15,000
new connections).8
The new pipeline from Grande Chutes dramatically increased potential water
production, from 54,000 m3/day in 1988 to 100,000 m3 /day by the end of 1993 (World
Bank, 1998a). Actual production has been far lower that this – average daily production
was 60,345 m3/day in Conakry in 1996. However, even this reflects the extremely high
5S An addition US $21 million was included for contingencies (Word Bank, 1989).
rate of UFW, since average billed consumption was only 30,255 m3/day.59 Consequently, if
SEEG and SONEG could reduce the rate of UFW to around 20% (i.e., the rate in Abidjan),
current productive capacity should adequately service needs in the near-term, even if the
number of connections increases significantly.
Increased connection rate. Although the number of (legal) connections increased
after the lease was implemented, the increase was slower than anticipated and coverage
remains low.i0 By 1997, there were about 31,000 connections in Guinea, including about
25,000 connections in Conakry (population of about 1.7 million). 6″ In comparison, there
were close to 180,000 connections for 2.7 million inhabitants in Abidjan, Cote d’Ivoire
(SODECI, 1996). The low connection rate reflects economic, technical and institutional
factors. First, as discussed in detail below, many residents cannot (or will not) pay for
water due its high price. In 1994, it was estimated that nearly 12,000 connections were
inactive due to non-payment (Brook Cowen, 1996). Since the private collection rate was
still around 60% in mid-1997, meaning connections will continue to be cut-off, and the
price remains high preventing the reactivation of inactive connections, this number is
probably still quite high. Second, Conakry’s chaotic, unplanned and out-of-control
development, which has been aggravated by the large and sudden inflow of refugees from
civil wars in neighboring Liberia and Sierra Leone, has made expanding the network
technically difficult6.2 Finally, disagreements between SEEG and SONEG, which are
responsible for complimentary portions of investment, also slowed system expansion.
‘ Average daily production and billing do not vary greatly over the year – in 1996, the maximum
averaged aily productiona nd billedc onsumptionf or any two-monthp eriodw as 61,693m 3n(April-May)a nd
31,962 m3 (June-July).
60 Undert he SecondW aterS upplyP roject, 15,000c onnectionsw ere planned( nationwide)b y 1995. By
rnid-1 997,o nly 11,000o f these connectionsh ad actuallyb een implemented.
61 Accordingt o data from SEEG,t here were about2 5,000p rivate connectionsin Conakrya t the end of
1997, compared to 13,300 in 1989. In addition, there were about 130 standpipes in 1997 – there were 40
operational standpipes in 1989 (World Bank, 1989, p.3), 35 new standpipes were built between 1989 and
1996 and 55 standpipesr ehabilitatedb y 1996 (World Bank, 1998a,p .25). Accordingt o a UNDP-World
Bank survey from 1992, approximately2 7 peopleu sed each connectioni ncludingf amily,n eighbors,e tc.
(Duranya nd Morel a l’Huissier,1 994,p .19). This might overestimateth e numbero f people with accesst o
piped water – the technical director of SONEG suggested that only about 15 persons used each connection in
1997. One plausible reason for the difference is that the UNDP survey was completed before metering
became common, and metering might have reduced supply of free water to neighbors. Using the higher
number (27 people per connection), an estimate of 1000 people per standpipe based upon the average
number of people per standpipe in 1992 (Durany and Morel a l’Huissier, 1994) and population figures from
United Nations (1996), the coverage rate was 48% in 1997. Preliminary evidence suggests that growth of
connections accelerated in 1998. Number of connections from data provided by SEEG and population
estimate from United Nations (1996).
62 Althoughs eriouse ffort was made in the 1980’st o organizet he developmento f new districts,t hese
seem to have been abandoned.
Increased number of standpipes. Although the number of standpipes has
increased, they remain uncommon – there were about 130 standpipes in Conakry in 1997,
although not all were active. This translates to 9,050 non-connected residents per
standpipe6.3 During field interviews, SEEG officials stated that SEEG does not want to
manage standpipes, arguing that the widespread belief that water from standpipes should
be free damages their relations with users if the company tries to charge for usage.
Consequently, although SEEG installs standpipes when asked by a Commune (municipal
government), it does not manage them. Instead, the Commune and SEEG jointly select a
manager, who collects user charges that he pays to SEEG. SEEG then returns a share of
this money to the Commune to cover access charges and employee benefits. In practice,
managers are often unable to resist pressure for free water from neighbors and are
sometimes corrupt. Consequently, they end up collecting little money from users, leaving
the municipal government to foot the bill. If the commune does not pay, SEEG can, and
does, cut the standpipes off.
The low connection rate means that water-related health problems remain a major
issue due to the large number of customers who consume unsafe water from illegal
connections and contaminated wells. These difficulties are confirmed by data on sickness
traditionally related to unsafe water and inadequate sewerage, particularly those of group 1,
which remain the main source of mortality (in decreasing order: malaria, diarrhea, hepatitis
A, poliomyelitis, and skin diseases).i’ Gelinas et al. (1996) suggest that the use of piped
water, rather than well water, would reduce the incidence of water-borne diseases (p.
Improved water and service quality. Although it is difficult to find data, almost
everyone agreed that the water and service quality improved dramatically following reform.
For example, the manager at the local Coca-Cola bottler noted that while the water was
muddy and discolored until several years after the reform, regular tests confirm that it now
meets the standards imposed by their international headquarters. The Organization for
Consumer Protection in Conakry rates water quality as excellent and notes that it can be
consumed as delivered (World Bank, 1998a, p.31). Similarly, a 1994 study, which measured
chemical and bacteriological contamination in piped and well water in Conakry, concluded
that piped water “was found to comply with WHO norms for drinking water” (Gelinas et al.
1996, p. 2017).
63 In comparison, the rate is about 1,650 non-connected residents per standpipe in Abidjan, CMte
6 For example, a cholera epidemic in 1994 resulted in 675 deaths, including 330 in Conakry (World
Bank, 1997a).
The reform has also resulted in improved customer service. To make it easier to
complain, apply for new connections, notify SEEG about needed repairs and pay bills, SEEG
divided Conakry into three districts, each with its own director. Conakry’s poor
infrastructure, heavy traffic and appalling public transportation makes this especially
valuable. SEEG also took steps to make it easier to respond to breaks and perform needed
repairs. For example, SEEG invested in light equipment (e.g., motorcycles) so that they
could collect bills more efficiently and respond more quickly to repair requests. SEEG’s
detailed computerized map of the network and final connections (excessively detailed
according to some experts who consider the system overdeveloped and over-subsidized)
make it easier to locate disruptions. Delays for new connections are reasonable, although
consumers complain about SEEG’s policy of waiting until a large group of consumers pay
deposits before expanding the network. Similarly, although some individuals complain
about delays getting repairs done, most agree that this is not a major problem.
Rapid metering. Following reform, SEEG rapidly metered households, businesses,
and the administration. Before reform, despite metering projects funded by the World Bank
and other international donors, only about 5% of customers had working meters. By 1996,
98% of private customers were metered and 100% of administration connections were
One effect of metering was to reduce the amount of water billed to the government.
Before metering, in 1990 (the first full year of private operation), estimated government
consumption was close to 7.5 million m3 of water. In 1996, measured government
consumption was about 3.6 million ni3 . Most of the decline was probably because
government consumption was overestimated before metering and because responsibility for
consumption from standpipes was transferred from the central, to municipal, governments6.5
However, it appears that the government consumption continued to decline even after
metering was complete in 1995, suggesting that the government is reducing its
consumption.66 Before 1989, billing was centralized by the government and, therefore, there
was little incentive for any individual agency within the government to use water efficiently
(even if metered). This changed following the reform and now each agency is responsible for
its own water bill. Although this gives individual agencies an incentive to take steps to use
water more sparingly (e.g., reporting breaks and leaks more quickly), non-payment weakens
65 For the first few years following reform, the central government was responsible for running and
paying for consumptionfr om standpipesa nd water froms tandpipesw as free.
66 86% of public consumption was metered in 1984 and 100% was metered in 1995. Government
consumptiond eclinedf rom 4,771,000m 3 in 1995t o 3,551,000m 3 in 1996.
Improved bill collection
from private consumers.
120 Although bill collection from
100 private consumers improved
60- A significantly after reform, it
40 / remains low compared to other
20 , . privately operated systems (e.g.,
1989 1990 1991 1992 1993 1994 1995 19’96 the private collection rate is 98%
in Abidjan, Cote d’Ivoire).
I+-Pvate -Administration Further, as the price to consumers
Figure6 : CollectioRn ate( as % of AmounBt illed) increased, the collection rate fell –
from 75% of the amount billed in
Note: The collection rate can exceed 100% if unpaid bills 1989-90 to under 50% in 1991-
from previous years are paid in current year.
Source: SEEG. 1992. It recovered in 1993 and
remained at around 60% through
1996 (See Figure 6). SEEG can, and does, cut off customers who do not pay their bills for
three consecutive months.67 SEEG also discontinued the practice of allowing high-level civil
servants and deputies to have unbilled connections (although this does not mean that they
actually pay their bills!)
Higher labor and total
70 – 18 factor productivity. Another
— 16 improvement is that productivity .60-
E501- – 2 50~~~~~~~~~~.2c \ increased following reform.
40 10 Figure 7 shows two partial
0. -81U g30 — 8 X productivity indicators for labor –
c0 20 6 , connections per workers and
c 10 2 0 output per worker. The quick
87 88 89 90 91 92 93 94 95 96 97 improvement was prmarly due to
the large reduction in the number
-U-Connections/Employee -4OutputperEmployee of workers that immediately
Figure7 : Indicatorso f LaborP roductivitfyo r SEEG followed reform. After this,
Figure 7:NIEnGdi cators of Labor Prodctivityfor SEEG connections per employees failed
and SONEG to increase significantly and
Note: The number of employees includes employees of actually dropped between 1994
both SEEG and SONEG following reform. and 1996. The increase in 1997
was due to a large increase in the
67 Field interviews with households, businesses and local administrations confirm that SEEG does do this
consistently, although its implementation may raise sporadic protests.
number of connections that year (23,435 in 1996 compared to about 31,000 in 1997). The
second measure of productivity is output per employee. This measure also increased
imnmediatelyf ollowing reform, due to the large reduction in labor force, then declined,
although at a slower pace, after 1993 68
Total factor productivity
0.7 also increased at the time of
0.6 reform. However, since this time,
0.5 TFP has also slowly declined
0.4 (although it remains considerably
0.2 – higher than before reforrn). The
0.1 most noticeable decline was the
87 88 89 90 91 92 93 94 95 96 large drop in 1993. This is due to
the large increase in fixed capital
Figure 8: Total Factor Productivity for SEEG and due to investment in production
SONEG facilities. Since a large part of
productive capacity remained
Note: Measures of TFP include inputs from both SEEG and unused by the end of 1997, due to
SONEG. the slow development of the
distribution network, total factor
productivity should increase as the distribution network expands.
Improvedfinancial situation. Given the improvements in billing, collection and
productivity and the large increases in tariffs, it is not surprising that the sector’s financial
situation improved dramatically following reform, despite a drop in subsidies. Whereas
DEG was losing large amounts before reform, SEEG quickly became profitable. By 1996,
SEEG’s profits reached GF 3.2 billion ($3.2 million in 1996 dollars). The increase in
SEEG’s accounting profits after 1993 coincided with a decrease in the ‘rental fee’ that
SEEG paid to SONEG. Although the average consumer rate remained at GF 880 between
1994 and 1996, the share of the tariff that SEEG paid to SONEG fell from GF 527 in 1994
to GF 370 in 1996.
68 The differencei n the two indicatorsi s probablyp rimarilyd ue to the large increasei n ‘miscellaneous’.
Although water sales increased relatively slowly following reform, revenues from construction and other
works related to the water sector increased more quickly. Consequently, output per employee continued to
perform better.
In 1989-90, SONEG
lost about $2.8 million (see
$15. Figure 9). After slowly
$lo -improving through 1995,
SONEG’s operating profit
became negative (-$4.1
.0 $o _ mil*l\i on) once more in 1996.
Ed11 1993 1995 The declinei s due to the sharp
drop in the ‘rental fee’ that
-+Accounting Profits (SONEG) SEEG paid to SONEG and the
–AccounUing Profits (SEEG) end of the subsidy that the
-hPublic Profits government paid SONEG for
Figure 9: Private and Public Profits debt service (GF 88/m3 in
Note:P rivatep rofitsf or DEGb eforep rivatization. 1994). Although SONEG
appeared profitable in 1995,
this was due to a large increase in non-operating income (from GF 396,000 in 1994 to GF
9.6 billion in 1995). Without this, SONEG would have shown losses of close to $3.7
million in 1995. Figure 9 also shows ‘public profits’ since reform, which include returns
to debt-holders (i.e., interest payments), to the government (i.e., net taxes), depreciation
and omits the opportunity cost of both SEEG’s and SONEG’s working capital6.9 Public
profits, which were only slightly greater than zero under public ownership, increased in
magnitude following reform.
6.2 Challenges that Remain
Although sector performance has improved along most dimensions, several
challenges remain. First, as noted in the previous section, although performance has
improved, many of the changes have been quite modest, especially considering the poor
initial performance of the sector. For example, although the coverage rate has increased
despite rapid population growth, it has increased more slowly than originally projected and
remains far below the coverage rate in the top performing countries in the regions (e.g.,
C6te d’Ivoire). Similarly, total factor and labor productivity did not increase significantly
after the first year and the private collection rate, although improved, remains low.
Second, two other performance indicators, unaccounted for water (UFW) and the public
collection rate remain poor. The thing that most people complained about, however, was
the high price of water. As noted earlier, although it is difficult to compare prices across
cases, tariffs are quite high in Guinea compared to the other case studies. In this
69 Depreciationis includedt o avoidt he use of accountantsr’a tes. See Galal et al. (1994)a nd Jonese t al.
(1991) for a full description.
subsection, we discuss these final issues: unaccounted for water, public collection and
reasons for the high prices.
Unaccounted for water. As noted in Section n, estimates of UFW varied
considerably before reform. By 1996, when metering was complete, UFW stood at about
48% (World Bank, 1998a). 70 Although it is difficult to say whether UFW has improved, it is
high compared to either international standards (between 10 and 20%) or to other systems in
West Africa (See Figure 10). Several factors contribute to the high rate of UFW. First,
although it is very difficult to estimate the number of illegal connections accurately, it
appears to be a large problem, especially in sections of the city where the old pipes are
buried only a few inches underground. This makes it easy to connect to the system
illegally and means that the pipes are easily broken (e.g., by heavy vehicles). Officials from
SEEG note that it is very difficult, in the existing institutional environment, to prosecute
persons with illegal connections and, therefore, other than cutting the connections off, the
company can do little to deter this behavior. Second, overlapping lots and interlaced
households, especially in the older parts of the city, can make it difficult to interrupt water
supply and control connections. Finally, poor maintenance and ancient infrastructure also
contributes to the UFW problem.
One of the causes of the
70% – high rate of UFW is that SEEG,
60% – which is responsible for a
50%- substantial share of maintenance,
40% – * has little incentive to reduce
30% – UFW. The expansion of the
30%-_ . _
20% – Grande Chutes pipeline means
10% – that potential production outstrips
0%- 1 ~~~~~~~c~obnosuthm ption anld actual
Cote Togo Benin BurkinoS enegalG uinea Guinea production. ConsequentlyS, EEG
d’lvoire 1992 1993 Faso 1992 1996 1985 can continue to increase the
1996 1993 (est.) number of connections without
Figure 10: Unaccounted for Water reducing UFW. Moreover, SEEG
pays the rental fee to SONEG
Source: World Bank. based on bills collected, not on
water produced and delivered by
SONEG. Since SEEG does not pay for raw water and does not lose sales due to UFW, it has
little if any incentive to reduce it.
70 95% of connections were metered by 1996 and, therefore, it is easier to estimate UFW accurately.
Some experts argue that reducing UFW is not that important in Conakry,
considering the considerable resources available and the high cost of a significant
rehabilitation program. Although SEEG’s accounts are not detailed enough for precise
estimates, since the system is gravity-fed and most costs (e.g., provisioning and debt service)
do not depend upon the quantity of water provided, short run marginal costs are probably
quite low. For this reason, it is probably not efficient in strict economic terns to spend
significant amounts reducing UFW. Although with hindsight it might be argued that the
productive capacity added under the Second Water Project could have been delayed if UFW
had been reduced, this was not clear when the project was proposed. UFW was thought to be
considerably lower before metering was complete and, therefore, consumption was thought
to be close to productive capacity7.”
Despite these arguments, the high rate of unaccounted for water might be costly in
other ways. First, UFW can be a source of pollution and disease, especially where
drainage is poor. Water obtained through illegal connections is poor quality, especially
when stored in unsanitary conditions, and leaky pipes can affect water quality through the
entire systern. Second, it is hard to convince people of the long run economic cost of water
(and, therefore, the necessity of paying for it) when they know that large amounts are
simply being wasted (especially when the leaks are quite visible). Finally, the high rate
reflects other problems in the system – most notably, the poor quality of the infrastructure
and the inability, or at least unwillingness, of the population to pay current prices.
Public collection rate. Another problem that faces the sector is the low collection
rate from the public sector. Although the private operator’s is not to blame – the collection
rate was low before reform and a private operator can do little to force an unwilling
government to pay in a weak institutional environment – this has clearly been a problem.
For the first two years of the lease, under donor pressure, the government paid its bill
regularly (See Figure 6). However, in 1991 the govenmmenct ollection rate fell to less than
50%, and then dropped firther, to close to 10%, in 1993. Since the govermnent accounted
for about 30% of sales – and more before 1996 – this has been a significant problem for the
private operator. Large fixed costs are passed on to a small number of private consumers
who actually pay their bills, increasing the price significantly (see below).
71 Before reform, productive capacity was about 54,000 m3/day (World Bank, 1989). In 1996, by
which time meteringw as complete,b illed consumptionw as only about 30,255m 3/day. This would leave
some space for UFW and for seasonalv ariationi n consumption( which is quite low in Guinea)w ithout
increasing productive capacity. However, because the estimate of UFW was too low, it was unclear at the
time of reform that actualc onsumptionw as that low. Further,i t wash oped that the number of connections
would grow faster that they actually did.
The high price of water. The most common complaint during field interviews was
that the price of water was too high. 72 In general, it is very difficult to compare prices
across countries. First, tariff schemes vary greatly across countries – for example, it is hard
to compare prices in countries that are fully metered with those where customers pay lumpsum
tariffs. Second, the cost of providing water also varies greatly between countries. For
example, whereas the water system in Conakry is gravity fed, water in Mexico City has to
be pumped from a source that is 140 kilometers away and 1000 meters below the city. On
the other hand, Conakry’s system is far smaller and less dense than the systems in the other
case studies, increasing costs in Conakry. Finally, water systems are often heavily
subsidized (often in non-transparent ways), making comparisons even more difficult.
Unlike systems in many other developing countries, Conakry’s system provides sufficient
revenues to cover operations and maintenance and service sector debt. Finally, since prices
are adjusted infrequently, and the devaluation rate in many African countries is extremely
fast, it often difficult to compare prices in US dollars at a single point in time. With these
provisos, however, prices in Guinea do appear high, especially when compared to the Latin
American case studies (see Figure 11).
When compared to other
African countries, prices in
$1.20 Guinea remain higher than
$1.00 average, although not
$0.80 _ completely unreasonable (see
$0.60 – Figure 11). One final point is
$0.40 that the tariff for low-income
$0.20 _ * | 1ll _ _ * * * * * * consumers in Guinea is high
$0.00 compared to tariffs for similar
, DrGco^nGs umers –G teCr in other countries.
iA, OA C- O O C O Cv .° ‘° a U For example, although the
average tariff in the mid-1990s
was higher in Uganda than in
Guinea ($0.96 vs. $0.84), the
Figure 11: Average Price Per Cubic Meter Billed in Africa metered tariff for domestic users
and Latin America
was lower in Uganda than the
Source: Menard and Shirley (2000) and World Bank files. ‘social’ tariff for low-income
users in Guinea($0.57 vs.
72 Similarly, the organization for consumer protection wrote “living standards in Guinea make it
impossible to pay the price charged by SEEG” (World Bank, 1998, p.32)
7 Data for Uganda is for 1995 from Dinar and Subramanian (1997).
In general, it is hard
to assess why prices are
$25.0 . higher in Guinea than in
$15.0 other African and Latin
s$ I0.0 = Americanc ountries. Figure
– $5.0 12 show the division of both
$0.0. revenues from water sales
90 91 92 93 94 95 96 and total revenues for the
EWaterR evenue- SONEG EWater Revenue- SEEG post reform period. SEEG
3 Miscellaneous Revenues-S EEG receives a greater share of
Figure 12: Revenues for Water Sales and ‘Other’ (million both total revenues and water
1996 US$) revenues than SONEG (about
65% of water revenues and
Note:R evenuef romw ater salesi ncludesc onnectionc harges. about 74% of total revenues
Source: SONEG. in 1996). Since SONEG
finances most of its activities
through grants and loans, this is not surprising (see Clarke, Menard, and Zuluaga, 2000).
Expenditures on
70% – ____________________________________wages and intermediate
60% – inputs, for SEEG and
50% SONEG combined,
30% consumed between 48
20% percent and 62 percent of
0% | total revenue between 1989
89 90 91 92 93 94 95 96 and 1996. Since SEEG is far
rmediate_I_n_p_u ts_ larger than SONEG (500
*Wages *IntermediateInputs employees at SEEG
Figure 13: Wages and Intermediate Inputs (as % of total compared to 44 at SONEG in
revenues) 1997), expenditures on
Note: Includes wages, intermediate inputs and revenues for wages and intermediate
SEEG and SONEG. inputs are primarily
Source: SONEG. expenditures by SEEG. In
1996, SEEG accounted for
90% of total wage expenditures and 87% of expenditures on intermediate inputs.
According to field interviews, the salaries for the five expatriate managers at SEEG
accounted for about 15% of expenditures on wages and salaries in 1994-1995 (i.e., only
about 1.6% of total revenues). Consequently, they are clearly not the main cause of the
high price of water.
By 1996, interest
payments and repayment of
50% principle consumed,
40% respectively, about 17% and
30% 19% of revenues from water
20% sales. We compare interest
-% __payments and the repayment of
prnciple with revenues from
0% water sales, rather than total
90 91 92 93 94 95 96
revenues, because these
| InteresPt ayment(s% o fw aters ales) payments are made by SONEG,
| Repaymeonft Principl(e% of waters ales) which receives revenue only
from water sales. Between 1990
Figure 14: Interest Payments and Debt Service (as percentage and 1996, interest payments on
of revenue from water sales) sector debt increased from about
Note: Includes revenues from water sales and connection charges $2.0 to $2.8 million (in 1996
(i.e., excludes ‘miscellaneous’ revenues for SEEG). Between US$).7 4 Since 1996, principal
1990 and 1995, interest payments include expenditures on debt repayment on loans from the
service by the government.
Source: SONEG and authors’ calculations. Second Water Supply Project
has increased and new loans
have been taken out under the Third Water Supply and Sanitation Project. Consequently,
interest payments and principal repayment was projected to increase significantly after
1996 – SONEG projected that interest and principal repayment would increase by 226
percent by 2005. Consequently, without large increases in coverage or prices, the share of
revenue consumed by debt service is likely to grow.
7 Note that the estimate for 1990 includes debt service expenditures by the governmnentb etween 1990
and 1995,since it subsidized debt service payment over this period (see below). Consequently, actual
payments by SONEG were considerably lower between 1990 and 1995.
As discussed in the
previous section, both public
35% I and private collection rates,
30% – although higher than they were
25%- before privatization, have been
20%- – C consistently quite low.
15% | Consequently, provisions for
10% I bad debt consume a large
portion of revenue. In 1996, 0%1-
90 91 92 93 94 95 96 provisioning for bad loans cost
SEEG and SONEG about $3.0
| Provisionsfo r Bad Debt( % of water sales) million (in 1996 US$) – about
18.4% of revenue from water
Figure1 5: Provisionsf or Bad Debts( as % of waters ales). sales. In comparison, for
Note: Includes revenues and provisions by both SEEG and SODECI in C6te d’Lvoire
SONEG. Revenues include connection charges (i.e., they provisions for bad debt
exclude’m iscellaneourse’ venues). accounted for only about 2.8%
SSoouurrcce:e SS: OONNEEGG. . of (pre-tax) revenues.
Improving billing, through
both improving government payment and making it easier for SEEG to collect from nonpaying
private customers, would allow SEEG to reduce prices quite substantially.
Given that the government accounts for a significant part of the non-payment
problem, one way to ensure lower prices would be for the government to pays its water bill
in a timely manner. Similarly, legal reform that makes it easier for SEEG to prosecute
people who connect illegally, or who refuse to pay their water bill, would also reduce
financial pressure on the two water companies. A bill presented by the government to that
effect, under pressures from international donors, was killed by the Parliament in 1996.
This event illustrates the importance of political pressure on pricing and collection issues,
even when private sector is involved.
7. Welfare Effects of Reform
This section presents a brief description of results from a cost-benefit analysis
based upon the methodology in Jones et al. (1991) and Galal et al. (1994). In the analysis,
we compare the actual performance of the sector following reform (the ‘actual’ scenario)
with expected performance if the reform had not taken place (the ‘counterfactual’ scenario)
for the ten years following reform. 75 Clarke, Menard and Zuluaga (2000) present a
7 We analyze performance for ten years after the reform for comparability with the other case studies
and because the original lease contract was only for ten years, providing a natural break for the analysis.
complete description of the welfare analysis, including data deficiencies, other problems
and a sensitivity analysis.
We believe that the results in this section present a conservative estimate of the
benefits of the reform for two reasons. First, we are not able to assess the potentially large
benefits to consumers from improved service and water quality since it is very difficult to
value these gains. Second, the counterfactual relies heavily upon DEG’s pre-privatization
accounts. Since the unaudited accounts probably overstate DEG’s success, we are likely to
overestimate performance in the counterfactual scenario and, therefore, underestimate the
gains from reform. For example, since we are using DEG’s profit and loss statement,
which records transactions as billed, we implicitly assume that DEG would have actually
collected (or provisioned for) the amount billed. However, DEG had a very poor collection
record and provisioning appears inadequate. Since we rely upon these figures to construct
the counterfactual, and because we omit the gains from improved quality, the estimated
gains from reform should be seen as a lower bound on its likely effect.
We estimate consumer surplus for three categories of demand: water supplied to
private consumers, water supplied to the government, and connection fees. 76 Although,
under ideal circumstances, we would like a finer breakdown for demand, this is impossible
because neither revenue nor volume of water billed was broken down more finely. Since
neither SEEG nor DEG was responsible for providing sewerage services, we do not include
sewerage in this partial equilibrium analysis. The main category of consumption is water
consumed by private (i.e., non-government) consumers. We assume a high price elasticity
of demand (-0.6), although, in practice, the results are similar for a large range of price
elasticities7.7 The second category of revenues is revenue from.g overnment consumption.
B3ecausoef this, there is a two-year’ projectionp eriod’ for which we use prelimiinarya nd estimatedd ata
(1997 and 1998). In practice, the discount factors applied after 1998 would make future years relatively
unimportant.T he projectionp eriodi s describedm ore fully Clarke,M enarda nd Zuluaga( 2000),w hich also
presentsr esultsm akinga lternativea ssumptionas boutp rojections.
76 For the final categoryo f “miscellaneousr”e venues,w e do not calculatec onsumers urplus. Before
1989, ‘miscellaneous’ revenue is ‘works invoiced’ in DEG’s accounts. After 1989, most ‘miscellaneous’
revenue probablyc omes from the constructiono f water infrastructurep erformed by SEEG on behalf of
SONEG. If SEEG and SONEG were a single company, the company would not receive any revenue from
‘construction'( othert han for the connectionf ee) and, therefore,t his wouldn ot appeara s separates ource of
revenue. For comparabilityw ith the counterfactualt,h erefore,w e do not calculatec onsumers urplus for this
category. Further, since this is a ‘catch-all’ category, it would be difficult to make assumptions regarding
excess demand and price elasticity of demand.
77 To compute consumer surplus we follow the methodology outlined in Shirley, Xu and Zuluaga
(1999). The mosti mportanta ssumptionsth at we make are about excessd emand and the price elasticityo f
demand. We assumet hat there was no excessd emandi n 1998. This seemsr easonableg, iven that only 10%
of Conakry residents indicated they would be willing to pay the cost of a service connection and most said
they would not be willing to pay the average consumer tariff (World Bank, 1997). We use this, along with
an assumed demand elasticity, to calculate the demand curve in 1998. In the other years, we simply shift
The final part is connection fees. Following Galal et al. (1994), we subtract connections
fees from consumer surplus for water consumption. The implicit assumption is that
consumers gain utility from water usage, not from the connection itself. Hence, potential
consumers compare the net present value of consumer surplus from usage with the
connection fee and the stream of tariff payments.
7.1 Differences between Actual and Counterfactual Scenarios
In this case study, the counterfactual scenario differs from the actual scenario in the
following ways. First, we assume that the World Bank supported Second Water Project
would not have been approved and that, therefore, investment would have remained low.
Second, we assume that labor productivity would remain poor. Third, we assume that the
large price increases that followed reform would not have been implemented. Finally,
given the above assumptions, we assume that the government would have increased
subsidies to cover DEG’s operating losses on a cash-flow basis. This final assumption is
necessary given the second and third assumptions.
Investment. The assumption that the World Bank would not have approved the
second water project without some degree of private sector participation is supported by
World Bank documents and discussions with World Bank staff involved in the project.
Since most investment was supported through donor funding, we assume, therefore, that
DEG would only perform sufficient investment to maintain assets (i.e., that investment
would be equal to real depreciation). Because of this, there is no output growth in the
counterfactual scenario. This is consistent with two observations. First, since average
daily production in Conakry was about 45,000m3 /day and maximum average production
was estimated to be 54,000m3 , it appears that little system expansion would be possible in
demand by population growth. Abdala (1997) reports a range of price elasticities for water demand in
developing countries, mostly between -0.2 and -0.6. However, none are for Africa and most are presumably
for connected consumers. These might not be appropriate for Guinea since much of the change in demand in
Guinea is presumably due to decisions by customers who choose to connect (disconnect) when prices are
lowered (raised). The World Bank Water Demand Research Team (1993, p.5 4) reports that their elasticities
for willingness to connect to an improved source of water with respect to the average monthly bill were
surprisingly large in rural areas. They estimate elasticities of -0.7 and -0.4 for willingness to use public taps
in Zimbabwe and Kenya and elasticities of -1.5, -0.7 and -0.7 for willingness to use private connections in
India, Brazil and Pakistan. The experience with reform in Guinea suggests that the elasticity for willingness
to connect in urban areas of Guinea might also be large. In 1994, Brook-Cowen (1996) reports that nearly
12,000 connections were inactive due to non-payment (compared to about 20,000 active connections).
Further, World Bank (1998, p. 5) reports that consumers refusing to re-connect after being disconnected
from the system for non-payment continued to be a problem after 1995. One plausible reason for this is that
urban consumers have easy access to water from wells for much of the year. In Clarke, Menard and Zuluaga
(2000), we present results for a range of elasticities and making different assumptions about excess demand.
Conakry without upgrading productive capacity7.8 However, the expansion of the
production capacity would not have been possible at the observed level of investment in
the late 1980s.79 Second, between the end of the First Water Project (1984) and the start of
the second water project (1989), there was little or no system expansion8.0 Since assumed
investment under the counterfactual is slightly lower than the observed average investment
in 1987 and 1988, the assumption of no expansion seems generous. 8 ‘
Productivity. In the welfare analysis, we assume that the improved productivity
observed following reform was a result of the reform. This seems reasonable, since there
is little evidence of increased productivity before reform. Although poor data quality
makes it difficult to assess factor productivity accurately prior to 1989, estimated
consumption and the number of connections were falling and the number of staff was
steady in the mid 1980s, suggesting labor productivity was falling.
Prices. We assume that the large price increases observed following reform were
contingent on reform. This is reasonable for several reasons. First, given DEG’s poor
collection performance when prices were low, it seems unlikely that DEG would have been
able to collect billed amounts if prices were raised. Second, it seems unlikely that
consumers would have borne the price increases without corresponding improvements in
quality, which would have required additional investment. Finally, in the actual scenario,
the private operator has an incentive to push the government and SONEG for price
increases. This motivation would have been missing under public ownership. In fact, most
increases in the 1970s and 1980s appear to have been implemented only under donor
pressure. Consequently, under the counterfactual scenario of continued public ownership,
with no additional donor funds for investments, we assume that prices would have stayed
constant in real terms at the 1988 tariff rate.
7 Pre-reform data is for 1984 – the last year before reform that reliable data is available (World Bank,
1987, p. 38). Maximum capacity was 60,000m3/day, but this could not be maintained as an average level of
production (World Bank, 1989, p. 45).
7 World Bank (1989) reports that the estimated cost of the transmission pipes from Grandes Chutes to
Conakry and the additional treatment plant to treat the water was US$38.8 million (of US$57.9 million in
total investments in Conakry). However, actual costs were probably higher since total expenditures on
planned investments in Conakry were US$84.9 mnillion( rather than US$57.9 million). Total investrnent by
DEG averaged $4.7 million in 1987 and 1988 and much of this would be required for maintenance etc.
80 Between 1984 and 1988, in Conakry, registered connections fell from 11,167 to about 10,200 and
active standpipes fell from 112 to 40, while (nationally) estimated consumption fell from 12.83 million
m3/year to 10.89 million m3 /year. Connection data from World Bank (1987, p. 38) and World Bank (1989,
p. 33) and standpipe data from World Bank (1987, p.38) and World Bank (1989, p. 3). Consumption data
from World Bank (1987, p. 38) and World Bank (1989).
8’ This is also consistent with assumptions in World Bank documents about sector growth if the Second
Water Supply Project had not occurred.
Subsidies. Before reform, even after the large subsidies DEG received from the
Government, DEG was losing large amounts of money. These large losses would not have
been sustainable without additional borrowing or an infusion of capital from the
government (i.e., an increase in the subsidy). DEG’s financial position was too weak to
borrow significant amounts from private capital markets and donors such as the World
Bank generally do not lend money to finance operating losses. Therefore, we assume that
the govermment would have increased the subsidy to make the company’s cash flow close
to zero. In the counterfactual scenario, therefore, subsidies increase from $3.15 million in
1988 to $4.4 million in 1996 (in 1996 US$). This assumption means that subsidies are
slightly lower in the counterfactual scenario than in the actual scenario through 1992.82
After 1992, subsidies stabilize at about $4.4 million in the counterfactual scenario, whereas
they drop to zero in the actual scenario8.3
7.2 Welfare Impact
Table 1 presents results from the welfare analysis. Under the scenario described
above, the total welfare gain was over $33 million (in 1996 dollars). Most of this accrued
to domestic parties. Even ignoring the presumably large gains due to improvements in
service and water quality, private consumers benefited considerably from reform.
Although the large price increase might have reduced the utility of connected customers,
especially those disconnected for non-payment, this appears to have been more than offset
by gains accruing to new consumers.
The government benefited considerably in fiscal terms, although the increased price
of water meant that the government lost consumer surplus. The reason that the government
lost consumer surplus, while private consumers gained is that private consumption
increased considerably between 1989 and 1996, while government consumption dropped.
That is, since government consumption was not rationed before reform, government
consumers did not benefit from expanded coverage. It is important to note that the loss in
consumer surplus to the government is calculated based upon the assumption that the
government pays its water bill (in time and in full). Since this has not been the case, the
‘true’ price of water to government is likely to be considerably less than the assumed price
8 In the actual scenario, the governnent subsidized sector operations in two ways. First, it paid a
declining share of debt service for the first five years following reform. In addition, the World Bank
provided a loan that was used to subsidize a declining share of the tariff (i.e. to subsidize SEEG’s operating
expenses). Since this money was provided through a loan guaranteed by the government, we treat this as a
government subsidy to SEEG in our analysis.
83 It appears that the level of subsidies that are envisioned under the counterfactual scenario would be
feasible for the government in the medium term. In 1987, the subsidy was equivalent to about 1% of
government consumption. Under the counterfactual scenario, this subsidy increases to only 1.6% of
governrnent consumption by 1996.
in this study. Foreign buyers benefited modestly fromi reformn, although their gain was
small compared to the gain that accrued to consumers and to the government.
In Clarke, M6nard and Zuluaga (2000), we present additional results making other
assumptions in the actual and counterfactual scenarios (e.g., about elasticities and excess
demand). In practice, the results were not highly sensitive to the different assumptions and
were similar to the results here (at least) qualitatively.
Table 1: Winners and Losers from Reform in First Ten Years of Reform
Total gain Gain
(millions 1996 Per capita gain (as % of]1988
US$) (1996 US$) output)
Total $33.2 $6.12 126.6%
Total Domestic $29.3 $5.41 111.9%
Government – ~~~~~~$9.8$18 37.4%
.FiScal Effect $17.6 $3.25 67.2%
Government Consumer Surplus -$7.8 -$1.44 -29.8%
Consumers $19.5 $~~~~ ~ ~7~4~.~5~%3.6
. ir..;.e.ign B-uyers — $3.9 $0.71 14.7%
8. Conclusion
Our cost-benefit analysis suggests that overall both consumers and the government
gained from reformn. The most notable achievement is that government subsidies have
been sharply reduced, with revenues now covering the operational expenditures of both
SEEG and SONEG and, for the most part, debt service. However, consumers have also
benefited. Although the increase in the number of connections has been slower than
anticipated and, therefore, coverage remains low, it has increased faster than it would have
under continued public ownership. Further, the quality of both water and service have
improved considerably – safe drinking water is now available 24-hours a day, seven days a
week. In summary, there is little doubt that the situation is better than it would have been
under any reasonable counterfactual with continued public ownership.
However, there have been some problems, e.g., water has become very expensive, the
numnber of connections has increased very slowly, and conflicts have developed between
SEEG and SONEG. Our analysis strongly suggests that the fundamnentacl ause of these
problems is the lack of strong and stable institutions, the effect of which is amplified by a set
of contracts without adequate mechanisms for solving disputes among the parties involved.
Although progress has been made towards strengthening parliament and the judiciary, there
are few effective checks and balances on the executive. In particular, the judiciary lacks
expertise and constitutional support, particularly in implementing contracts and protecting
property rights. Consequently, there is no independent authority to monitor the lease
contract effectively or to make sure that the partners meet their goals and obligations.
Because of this, the private operator does not have adequate incentives, disputes have not
been resolved, and regulation has been weak. In what follows, we summarize the main
problems and we indicate directions for improving the contractual arrangement.
High prices. As noted in Menard and Shirley (1999), prices in Guinea are far higher
than in any of the other case studies in this project as well as in neighboring countries,
notwithstanding abundant water resources. There are several possible reasons for this. First,
as noted by several experts during field interviews, the system is smaller than the other
systems, meaning that it might not benefit from economies of scale. Moreover, because
connections are spread over a large area, the network is not very dense, increasing the capital
cost of providing service. However, this is not the only reason for high prices – operating
costs are also higher than in the other case studies8.4 This is somewhat surprising since the
system is gravity-fed and raw water is readily available.
Another factor that has led to high prices is that, although SEEG has improved
collection and billing, the improvements have been smaller than originally hoped. Collection
rates for both the administration and the private sector are low and the high rate of UFW
suggests that theft and illegal connections are still significant problems. In 1996, less than
33% of the water that was produced was actually paid for, making higher prices necessary for
those consumers who do pay. The most important action that the government could take
would be to pay its own water bill. However, the Government could also encourage
Parliament to pass the measure allowing SEEG to collect from non-payers – the earlier
rejection of this bill has almost certainly contributed to the low collection rate. The final
cause is weak regulation. World Bank (1998a) reports that audits revealed that
misapplication of the formulas that adjust prices in response to cost changes resulted in
overvalued tariffs. Because of this, and the informal price negotiations between SEEG and
the Government, the private operator receives far greater compensation than originally
anticipated8.5 Although this is due, in part, to a lack of administrativec apacity at SONEG,
SEEG has failed to provide the information to SONEG that is required under the contract.
This suggests that steps should be taken to strengthen SONEG and to increase SEEG’s
compliance with reporting requirements. However, as discussed below, other steps to reduce
information asymmetries may also be helpful.
S4 Operatingc osts per connectiona nd per cubicm etero f waterp roduceda re both highert han in the other
case studies.
85 In Guinea,t he leasec ontractorra te- the part of thet ariff paid to SEEG- wass upposedt o be 214 GF/m3
(inc urrentG F)i n 1993. In practicei,t turnedo utt o be 448G F/r3n.
Low connection rate. The second problem, the slow expansion of the system, is the
result of both the high price and institutional problems. World Bank (1 997a, p. 13) reports
that although 75% of households expressed a strong interest in individual connections, only
10% of these households were willing to pay the full cost of being connected. Further, most
were not willing to pay the average consumer rate of GF 880/m3 . However, if the connection
fee was subsidized, so that the price was GF 40,000 (about $37 in 1997) and they paid the
social tariff (GF 680/m3 ), most households indicated that they would be willing to connect.
This suggests that a more vigorous ‘social connection’ program, similar to the program in
Cote d’Ivoire, could successfully increase the connection rate. Consistent with this, support
for ‘social connections’ by bilateral donors appears to have successfully increased the number
of connections in 1997 and 1998. Between 1989 and 1996, only about 10,000 connections
were added nationally. In comparison, nearly 8000 connections were added in 1997 alone.
However, this is not the only reason for the slow system expansion. In addition,
disagreements between SEEG and SONEG have made it difficult for the two parties to
coordinate their investment plans, slowing expansion. In the absence of a credible dispute
resolution mechanism, these disagreements have seriously damaged the relationship between
the two entities and have taken a significant amount of time and effort to resolve. Although
several apparently useful clauses intended to reduce this were included in the contract, in the
absence of a credible body to interpret and enforce them, the clauses have been almost
impossible to implement.
Coordination and disputes. Several steps could be taken to reduce coordination
problems, and resulting disagreements, between SONEG and SEEG. Many local officials
believe that imposing strict deadlines on SONEG regarding investment could increase
expansion without giving too much discretionary power to SEEG. However, given the weak
adrninistrative capacity and institutions in Guinea, it is unclear whether these rules could be
enforced. In fact, because transaction costs are lower for the private operator, in many
cases, it may often be economically and socially reasonable to give greater discretion to
SEEG regarding investments. This would also improve SEEG’s incentives regarding
system expansion. However, it could also increase the capacity for SEEG to capture rent.
Increasing expertise at SONEG would help reducing this risk.86
The private operator could be motivated to take greater initiative if its
responsibilities were increased. For example, it should be responsible for day-to-day
investment decisions for both the primary and secondary networks. Simultaneously, its
autonomy should be increased by allowing it to borrow more easily. Expected results
should be specified in the contract, for example, by fixing precise goals for connections.
By taking daily investment decision away from it, SONEG would be able to focus on long
86 Abidjan provides an example with that regard (see Menard and Clarke, 2000).
term planning and on monitoring SEEG. For such a solution to work efficiently, SONEG
would need to acquire greater autonomy and expertise. Taking into consideration the
institutional endowment of Guinea, this likely involves greater commitment from
international donors. Although a concession may not be possible in Guinea, moving
towards a system similar to the one in Cote d’Ivoire (see Menard and Clarke, 2000), where
most investment decisions are made by the private operator, would probably improve
sector performance.
More immediate steps could also be taken. In particular, one cause of the problems
noted above is that different ministries with diverging views interfere with both SEEG and
SONEG, creating confusion and resulting in arbitrary decision-making. At the very least,
SEEG and SONEG should have boards that are independent from short-term government
policy and from each other. Further, SONEG, which is a public agency, should depend on
only one Ministry or regulating agency.
Steps could also be taken to reduce information asymmetries. The traditional way of
doing this is through using bidding procedures to allocate contracts or introducing yardstick
competition. However, in Guinea, these devices are likely to be only partially effective.
Although bidding was used in 1989, only two consortia actually submitted bids. Given the
lack of an independent judiciary able to enforce contracts and the dearth of information on the
actual situation – about all that was known was that the system was collapsing – this was not
surprising. This lack of interest severely limits the government’s capacity to pressure the
winner with subsequent rounds of bidding. Further, two of the three international
companies with a significant presence in Africa – SAUR and Vivendi (Generale des Eaux)
– are already partners in SEEG. Finally, although information regarding the system has
improved, SEEG clearly has a significant information advantage over any potential
competitors in the next round of bidding. However, this asymmetry can be reduced by
contractually obliging SEEG to reveal more information and by building up expertise at
Another problem with bidding is that the weak institutional environment in Guinea
makes informal re-negotiation of contract provisions possible. This severely reduces the
information that bidding provides (i.e., the enterprises participating in the bidding have no
reason to submit bids based upon estimates of the cost of producing water since they know
they can re-negotiate the price afterwards). This has been a constant problem in water
sector and particularly in cases (e.g., Guinea and Argentina) in which bidding was
conducted over prices.
Yardstick competition is almost impossible, since Conakry is far larger than any other
city in Guinea, making comparisons difficult. Unbundling the system geographically (i.e.,
dividing Conakry into several areas managed by different companies) could allow a regulator
to compare some aspects of the performance of different companies. This solution was
adopted in Mexico, with unconvincing results so far (see Brook Cowen and Haggarty, 1999)
and, more successfully, in cities like Paris. Although, this deserves serious consideration in
Guinea, the small system and the relatively low number of international companies likely to
bid on these contracts would make it difficult to implement efficiently.
In conclusion, although the lease has been successful in some ways, the actual
improvements have not been as large as it was hoped they would. The main problems have
been weak administrative capacity and the lack of an independent agency capable of
restraining arbitrary government action, regulating the private operator and enforcing the
contractual arrangement. Although these problems ultimately require long-term solutions,
we have outlined several steps that could be taken more immediately. Among these, building
expertise at the micro institutional level, (e.g., within SONEG) is likely the key to rapid
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