| 英文摘要 |
There are approximately 320 tons of daily garbage produced in Yunlin County (hereinafter referred to as Yunlin). To enhance the autonomous waste treatment capability in Yunlin, the method of proper scheduling and managing the domestic waste which has considered the decreasing capacity of landfills, the gradual implementation of deferred improvement plans for incinerators in other cities, and the emergency waste storage facilities for disaster response will be taken.
As mentioned above, an equipment including screening, compressing, and packaging with the processing capacity of over 200 tons per day will be installed. It will be used to separate the household waste through the process from bag opening to screening (including magnetic selection, drum screening, wind selection, and bounce screening), then removing non-combustible materials (undersized materials, heavy materials, and recyclables) to screening out light combustible materials (oversized materials).
After that, these oversized materials will be compressed, packaged, then transported to stack in the authority-designating location to achieve the flexibility of scheduling garbage space and effective solution of hoarding and storage.
Dounan Township’s garbage sanitary landfill site, where a total of 20,000 tons of general waste will be processed and sorted within, will be chosen as the scope during this project. According to the contract, the purity above 90% of combustible materials and the bulk density higher or equal to 700 kg/m3 are essential in the packages under government random sampling.
During January 13, 2022 to September 12, 2023, a total amount of 14,407.52 tons of garbage, including 6,187.71 tons of bales, 1,726.86 tons of flake material by fine shredder, 6,218.00 tons of undersized materials, 273.46 tons of heavy materials separated by pneumatic separator, and 1.49 tons of recyclables had been processed. The average bulk density of bales is approximately 904.14 kg/m3 and the purity of bales is around 92.22%~97.02%. And we had restored the original condition of the site.
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