GEO Haiti 2010
GEO Haiti 2010
GEO Haiti 2010
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<strong>GEO</strong> HAITI • <strong>2010</strong><br />
132<br />
A research team was created on the issue of<br />
“waste” at the Water Quality and Environment<br />
Laboratory (LAQUE) of Quisqueya University (UniQ).<br />
As key stakeholders in this project and leaders<br />
of various investigations, the team has rapidly<br />
acquired the necessary experience, particularly<br />
in the field of composting, to intervene in other<br />
current projects, as the one of OXFAM, within the<br />
Eau-Cap project, in Jacmel and Saint-Marc.<br />
The UNDP has also established a composting<br />
project at Carrefour-Feuilles where interns have<br />
been trained. The Quisqueya University was<br />
responsible of its scientific follow-up, which would<br />
allow the intervention to be renewed in order to<br />
make it sustainable.<br />
8.3.2 The Issue of Potable Water<br />
Two systems have been put in place regarding the<br />
supply of potable water in the country:<br />
• CAMEP – Metropolitan Autonomous Potable<br />
Water Plant, created in 1989 under the authority<br />
of the Ministry of Public Works, is responsible for<br />
supplying the areas of Port-au-Prince, Piéton-<br />
Ville, Delmas and Carrefour. Its management<br />
system still is inadequate and characterized<br />
by institutional instability, a lack of investment<br />
capacity, low output and insufficient revenue<br />
collection. In Port-au-Prince, CAMEP’s network<br />
serves all official neighbourhoods, but not the<br />
squatter settlements.<br />
• SNEP, National Potable-Water Service, created<br />
in 1977, was originally intended to supply the<br />
smaller towns of all regions throughout the<br />
country. However, since 1989, it only serves the<br />
regions not covered by CAMEP.<br />
According to GRET, in 2000, of Port-au-Prince’s<br />
2.5 million inhabitants, only 27,500, or 1.4% of<br />
the population were officially connected to<br />
CAMEP’s potable-water supply network, although<br />
the water-table on the periphery of the city was<br />
capable of supplying the entire population.<br />
Water, as healthcare and education, has long<br />
been considered a basic service. The price of<br />
water billed to the public is generally substantially<br />
lower than its true cost and revenue collection is<br />
not systematic. Additionally, only the middle and<br />
upper classes, mainly in the urban areas, are usually<br />
supplied with potable water. The chronic deficit in<br />
State revenues hinders the expansion of the water<br />
supply network and ensures only a minimum level<br />
of maintenance and quality control.<br />
Vast segments of the population are forced to<br />
obtain fresh water by other means. Some take<br />
the risk of drinking from contaminated rivers or<br />
decrepit wells and their health often suffers the<br />
consequences. Others connect illegally to the<br />
public water network. But sooner or later, most<br />
end up buying water from private suppliers, legal<br />
or illegal, who make attractive profits by carting<br />
or trucking water to the poor neighbourhoods.<br />
Several studies show that the prices charged by<br />
these suppliers can be up to 30 times higher than<br />
those paid by households connected to the public<br />
network (Constance, 1999).<br />
8.3.3 Sewage Disposal<br />
Compared to industrialised nations, in developing<br />
countries the load of wastewater pollution<br />
contained in the effluents of the urban sanitation<br />
systems is discharged practically unchanged into<br />
the ecosystems. The inherent danger of these<br />
effluents to the ecosystems is apparent in the two<br />
management methods explained below. However,<br />
it is generally more acute in developing countries<br />
because of insufficient or non-existent dilution.<br />
a) Disposal of Excreta in Urban Areas<br />
Most people in the metropolitan areas do not<br />
have a septic tank and are not connected to<br />
the sewage system. Excreta directly pollute the<br />
natural environment (mangrove forests, riverbeds,<br />
underground through cesspools) which of course<br />
has repercussions on the quality of water (Les<br />
Amis de la Terre, 2005).<br />
The following graph shows the evolution in<br />
excreta disposal conditions across the country<br />
from 1980 to 1997.