12 Ecological Smart and Sustainable Waste Management: A Conceptual …
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Fig. 12.6 ICT based waste bank in Indonesia
Fig. 12.7 SMASH online waste banks activities
The following Fig. 12.6 presents some Android application based waste bank in
Indonesia.
Figure 12.7 illustrates one online waste banks called SMASH which is developed and managed by millennial generation, with national coverage area (GEnerasi
Informatika Kreatif 2019).
The combined waste bank offers effective community participation in conserving
the environment, providing better public health sectors, improving economic values
of waste, and generating better income to the society.
12.5 Implications of Revised Framework
The revised framework of waste management system has been focused on the potential of animal edible material production and the participation of waste community
including scavengers and waste banks. The implications of the revised framework
are presented in Table 12.1 as follows.
Animal edible material as part of smart circular waste management or as standalone process is expected to be adopted in Indonesia as part of mature local approach.
In general, this approach needs lower investment cost than other treatment technology. In addition, this approach will reduce the waste amount and process time
and residual waste from at the beginning stage of waste management cycle. It is
187
Fig. 12.6 ICT based waste bank in Indonesia
Fig. 12.7 SMASH online waste banks activities
The following Fig. 12.6 presents some Android application based waste bank in
Indonesia.
Figure 12.7 illustrates one online waste banks called SMASH which is developed and managed by millennial generation, with national coverage area (GEnerasi
Informatika Kreatif 2019).
The combined waste bank offers effective community participation in conserving
the environment, providing better public health sectors, improving economic values
of waste, and generating better income to the society.
12.5 Implications of Revised Framework
The revised framework of waste management system has been focused on the potential of animal edible material production and the participation of waste community
including scavengers and waste banks. The implications of the revised framework
are presented in Table 12.1 as follows.
Animal edible material as part of smart circular waste management or as standalone process is expected to be adopted in Indonesia as part of mature local approach.
In general, this approach needs lower investment cost than other treatment technology. In addition, this approach will reduce the waste amount and process time
and residual waste from at the beginning stage of waste management cycle. It is