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

10.4.2.Susteren sewage treatment <strong>and</strong> drying plant .........................................................................................................191
10.4.3. The Zeeasterweg Lelystad plant in Netherl<strong>and</strong>s......................................................................................................193
10.4.4. The Moerdijk incineration plant in Netherl<strong>and</strong>s .....................................................................................................195
11.Greece ............................................................................................................................................. 197
11.1.Greek framework directive ................................................................................................................... 197
11.2.Greece policy objectives ....................................................................................................................... 198
11.3.Waste quantities .................................................................................................................................. 199
11.4.Best <strong>practices</strong> ....................................................................................................................................... 200
11.4.1. The Ano-Liosia plant in Greece ...............................................................................................................................200
11.4.2.The MBT plant in Chania .........................................................................................................................................209
11.4.3.Project LIFE03 ENV/GR/205 (Comwaste) .................................................................................................................214
11.4.4.Psitallia Sludge Drying Facility .................................................................................................................................216
12.International <strong>best</strong> <strong>practices</strong> ............................................................................................................. 218
12.1. The SUMTER plant in South Carolina, USA ............................................................................................ 218
12.2.The ARTI Compact Biogas System used in Tanzania <strong>and</strong> Ug<strong>and</strong>a . ........................................................... 219
12.3. Chinas household anaerobic digesters ................................................................................................. 221
12.4.The Tel Aviv plant in Israel .................................................................................................................... 224
12.5. The Rapid City, South Dakota plant in USA............................................................................................ 229
Figures:
Figure 1.: The Waste Hierarchy (ACM Waste Management. 2010) ........................................................... 3
Figure 2.: Typical temperature curve observed during the various compost phases. ................................. 8
Figure 3.: Typical Composting systems ................................................................................................... 10
Figure 4.: Aerated piles diagram ............................................................................................................ 12
Figure 5.: Static aerated compost pile .................................................................................................... 13
Figure 6.: Typical system schematic of in-vessel systems (Odour Stop.,2009) .......................................... 14
Figure 7.: Principal emissions from composting ...................................................................................... 18
Figure 8.: Schematic diagram showing the main theoretical stages of the anaerobic digestion process.
(University of Strathclyde., 2009). .......................................................................................................... 22
Figure 9.: Anaerobic digestion biochemical conversion pathways ........................................................... 23
Figure 10.: AD basic process description ................................................................................................. 25
Figure 11.: Two stage process ................................................................................................................ 28
Figure 12.: The (3) types of batch reactors systems................................................................................. 29