(best examples and good practices) on household organic waste ...

(best examples and good practices) on household organic waste ... (best examples and good practices) on household organic waste ...

11.11.2014 Views

209 The project was constructed in an area covering 235 dectares near the dump of "Kouroupito", where untreated waste of the Prefecture used to be disposed of. The plant is designed to operate six (6) hours per day, 5 days a week (260 days per year). It will have approximately eighty (80) employees when fully developed. Its total installed power is 2.3MW. The plant's total operational costs, when it has been fully developed, are estimated to approach 40€/ton. Revenues expected from the sales of soil improvement ong>andong> recyclable material are expected to reach approximately 15€/ton. The net operational cost is estimated to be 25-30€/ton. The facilities combine modern, innovative ong>andong> environment ong>andong> human friendly technologies ong>andong> comprise an integrated ong>andong> effective solution for the management of household waste which is produced in the broader area of Chania. With respect to the construction of the Project, the first cell of the SSBSW was completed ong>andong> set into operation within the first six (6) months from the signature of the contract, when the sanitary burial of mixed waste began in February of 2003. (P.A.C., 2009) The statistical data of the plant can be seen in (Table 12.). (Table 12.): Chania waste management plant statistical data(P.A.C., 2009) Incoming Tons/year Municipal solid waste 70000 Branches ong>andong> grass 10500 Production Tons/year Compost 20000 paper 9000 plastic 5200 Iron metals 1800 aluminum 600

210 Picture 60.: Chania MBT plant (P.A.C., 2009) ENTRY OF WASTE - Scale Urban waste is brought to the plant in closed sanitary collectors which take the waste to the scales where it is weighed to determine the nature of the load. The waste is then led through an internal road to the waste collection building or to the SSBSW (if waste is suitable for immediate disposal). Picture 61.: sanitary collectors (P.A.C., 2009) Waste is unloaded into collector tanks in an area where the emission of odors ong>andong> dust is fully under control (Picture 62.). From the collection ong>andong> through the bridge crane ong>andong> the claw, the waste is transported on a moving floor so

210<br />

Picture 60.: Chania MBT plant<br />

(P.A.C., 2009)<br />

ENTRY OF WASTE - Scale Urban <strong>waste</strong> is brought to the plant in closed<br />

sanitary collectors which take the <strong>waste</strong> to the scales where it is weighed to<br />

determine the nature of the load. The <strong>waste</strong> is then led through an internal<br />

road to the <strong>waste</strong> collecti<strong>on</strong> building or to the SSBSW (if <strong>waste</strong> is suitable for<br />

immediate disposal).<br />

Picture 61.: sanitary collectors<br />

(P.A.C., 2009)<br />

Waste is unloaded into collector tanks in an area where the emissi<strong>on</strong> of odors<br />

<str<strong>on</strong>g>and</str<strong>on</strong>g> dust is fully under c<strong>on</strong>trol (Picture 62.). From the collecti<strong>on</strong> <str<strong>on</strong>g>and</str<strong>on</strong>g> through<br />

the bridge crane <str<strong>on</strong>g>and</str<strong>on</strong>g> the claw, the <strong>waste</strong> is transported <strong>on</strong> a moving floor so

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