PERANCANGAN PENGEMBANGAN TEMPAT PENGOLAHAN SAMPAH TERPADU DI TPS KELURAHAN RANCABOLANG, KECAMATAN GEDEBAGE, KOTA BANDUNG.
The city of Bandung has a very high population density, reaching 15,051 ????????????????????????/????????????. Along with population growth and increased public consumption in the city of Bandung, this will have an impact on the high emergence and variety of types of waste produced by the communit...
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| Format: | Final Project |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/87493 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | The city of Bandung has a very high population density, reaching 15,051 ????????????????????????/????????????. Along
with population growth and increased public consumption in the city of Bandung, this will have
an impact on the high emergence and variety of types of waste produced by the community.
This causes the city of Bandung to face increasingly complex waste management problems.
The city of Bandung produces waste generation of 1,594.18 tons/day or 581,876.52 tons per
year, so it requires a waste processing facility that is able to reduce the waste generation
produced every day. And TPST (Integrated Waste Processing Site) is one of the means that can
be used to overcome this problem. So, the Gedebage District scale TPST (Integrated Waste
Processing Site) was designed to process domestic waste and garden waste. The design was
carried out by sampling the waste generation in Gedebage District to obtain the amount of
waste generation, the percentage composition of the waste and the density of the waste. This
data is used as a basis for initial considerations in determining the processing technology to
be applied. The selection of processing technology was carried out using the SAW (Simple
Additive Weighting) method. The configuration of the selected processing technology is semimanual
sorting, chopping, BSF (Black Soldier Fly), Windrow Composting, plastic pellets, and
paper and metal compaction. And from the calculation results, this facility can process 48.03
tonnes/day of waste by producing 1.63 tonnes/day of dry larvae and 0.76 tonnes/day of
compost. This TPST facility requires a minimum land area of 4,174.65 ????2. |
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