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GEO Haiti 2010

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<strong>GEO</strong> HAITI • <strong>2010</strong><br />

72<br />

Table 9: Estimated firewood consumption, 1993<br />

Consumption Sectors<br />

Quantity (in<br />

millions)<br />

% Source<br />

Tons m 3<br />

Firewood 2655.0 3865.0 65.5<br />

Households 2250.0 3275.0<br />

Rural 68.0 100.0<br />

Urban 103.0 150.0 Dead trees and shrubs<br />

Bakeries, dry cleaners , limekilns 233.0 340.0 Green wood, felled trees<br />

Rural industry (mills, distilleries,<br />

essential oils)<br />

Pruning, large unwanted trees,<br />

trees found along urban ravines<br />

Lumber and fruit trees<br />

Charcoal 1400.0 2038.0 34.5 Green wood from cleaning<br />

• urban households 1150.0 1674.0<br />

activities, fallowed and fragile<br />

• informal sector and others 250.0 364.0<br />

ecosystems ( mainly mangroves)<br />

TOTAL 4055.0 5903.0 100.0<br />

Source: BME, 2009<br />

Existing lignite deposits, because of their weak<br />

heating and quality capacity, lower than that of<br />

wood (10 to 12 against 15 to 16 MJ MJ / kg) are<br />

not, in the current context, a resource that can be<br />

effectively enhanced (ESMAP, 2007).<br />

Renewable energies, in percentage, represent a<br />

very small proportion of the national energy needs.<br />

Solar energy is used primarily for crop-drying and<br />

in the domestic sector, for clothes-drying. Some<br />

studies have been done on this type of energy,<br />

such as the use of 20 kilowatts of photovoltaic cells<br />

and modules imported from the United States in<br />

Table 10: Hydroelectric potential<br />

1993. Certain rural areas have benefitted from this<br />

form of energy through the help of international<br />

organizations, mostly in the area of health services<br />

for disadvantaged populations. Photovoltaic<br />

energy remains a luxury product used only by the<br />

wealthy.<br />

The country has significant hydro-electric power<br />

capacity. The artificial lake Peligre leads the way<br />

with an output of 47.1 MW, followed by Drouet in<br />

the Artibonite region and Saut Mathurine in the<br />

South, respectively capable of power outputs of<br />

2.8 MW and 2.4 MW (Table 10).<br />

Rivers or sources Developed site<br />

Height of the Power generated Turbine type<br />

waterfall<br />

(in MW)<br />

and date<br />

Artibonite Péligre 12.0 47.10 Francis (1971)<br />

Artibonite Drouet 9.0 2.80<br />

Cavaillon Saut Mathurine 110.0 2.40 Ossberger (1978)<br />

Cayes-Jacmel Gaillard 210.0 0.50 Pelton (1983)<br />

Onde Verde Belladère 16.5 0.30 Pelton (1985)<br />

Caracol Caracol 160.0 0.85 Ossberger (1983)<br />

Délugé Délugé-Lanzac 298.0 0.80 Pelton (1985)<br />

Petite-Rivière Milot 111.0 0.13 Pelton (1991)<br />

TOTAL 55.00<br />

Source: BME, 2009

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