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Mediterranean Action Plan

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548<br />

ENERGY AND SUSTAINABLE DEVELOPMENT IN THE MEDITERRANEAN<br />

Two biogas plants (20m 3 and 100 m 3 ) 13 owned by the Ministry of Agriculture for cow<br />

waste at Gotta, near Damascus;<br />

Two biogas plants (12 m 3 and 35 m 3 ) in Ezraa village, Daraa. The daily output of the<br />

larger unit is 8 m 3 ;<br />

Two biogas plants of 12 m 3 in Der Alfradese, Hama;<br />

Two family biogas plants of 12 m 3 and 14 m 3 are planned to provide gas to 13 families;<br />

Four biogas digesters were transferred from India and tested in Damascus. There are<br />

plans to construct four plants in the south of Syria under the supervision of the Ministry of<br />

Agriculture.<br />

Under the <strong>Mediterranean</strong> Environment Technical Assistance Programme (METAP), the City<br />

of Aleppo commissioned a feasibility study with grant assistance from the European<br />

Investment Bank (EIB) for a solid waste management project. The study 14 had three<br />

elements:<br />

Assessment of the current municipal waste handling and disposal arrangements, and the<br />

institutional framework;<br />

Preparation of a solid waste management plan with a 15 year horizon plus separate<br />

provision for inert and construction waste;<br />

Definition of similar surveys and waste management plans in locations with industrial and<br />

hazardous waste.<br />

The study completed in 2001, is expected to result in Syria's first urban waste-to-energy<br />

power plant.<br />

Some of the lessons that are relevant to Syria from the global developments in bio-energy<br />

technologies are:<br />

Biomass could be an important source for providing heat and power to the Syrian energy<br />

sector and potential of this sector needs to be explored further. More demonstration and<br />

pilot projects need to be promoted using biomass technologies;<br />

Although there has been some experience with biological conversion of biomass to<br />

energy through the biogas route in Syria. The thermo-chemical route has not been<br />

pursued so far in Syria. There is scope for more incineration and pyrolysis projects in<br />

Syria;<br />

Syria may proceed and set up a urban waste based power plant in one of the major cities<br />

and could start with Aleppo where the process has already begun.<br />

NERC is now responsible to widespread using biomass energy through special directory<br />

specialized in Biomass energy developments needs, tools, projects, and researches. The<br />

aim now is to find a financing organization to support R&D and executive projects regarding<br />

CDM in rural areas.<br />

5) Urban Waste Resources<br />

Over 50 % of the Syrian populations live in urban areas and approximately 47 % of the<br />

populations live in Aleppo and Damascus. Since there is a concentration of a large<br />

percentage of population in the major cities, there appears to be opportunity to use the<br />

municipal waste for energy purposes.<br />

The solid waste generated in the cities at Damascus and Aleppo are over 1000 tones per<br />

day 15 . Currently the urban waste in Damascus is collected and transported to a treatment<br />

plan at Najha where it is converted to fertilizer. The next table shows the production of<br />

domestic waste from the main cities of Syria. 7797 tones of waste are produced per day.<br />

13 Digester volume<br />

14 undertaken by Cowiconsult<br />

15 Present status and policy on the development of renewable energy sources in the Syrian Arab Republic, draft, Abed-el-hadi<br />

Zein.

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