KAJIAN TEKNO EKONOMI UNIT ALAT PENCACAH PLASTIK UNTUK MENINGKATKAN NILAI JUAL SAMPAH PLASTIK: STUDI KASUS-UD. SARI PLASTIK LOMBOK TIMUR, NTB

I Made Suartika, Made Wijana, Muhamad Sudrajadinata

Abstract


Processing plastic waste in East Lombok mostly just collect plastic waste processing and then sent to the city in its original form. If the plastic waste is processed by applying plastic shredded units or chopper machine technology, the sale value of the plastic waste will be increased. This study describes to determine of feasibility technical and economic aspects to apply the plastic shredder units. The method used in this study is quantitative method in which the author will be a number of data collection is needed in relation to the issues to be examined, so that the research results can be trusted and relied upon the truth.

The results of the study found that the engine performance in terms of the efficiency of each stage of the production process of shredded plastic. To purchase process stages, sorting, drying, packaging, and selling obtained an efficiency of 0.938, while the efficiency of the shredding process is 0.906. Furthermore, to obtain a production capacity of 1230.01 kg/day processing owners must buy raw materials 1588.34 kg/day by the number of machines required 2 units of 3 units of existing plastic shredder. So based on the feasibility analysis in terms of the value of BEP, obtained at 29092.03 kilogram production capacity, with a total cost of Rp 176,424,168.75, NPV Rp 113,545,038.34 (>0) and Net B/C ratio of 1.79 (>0) otherwise feasible. By optimizing the engine to 3 units obtained BEP value equal to the NPV Rp 385.139.485,25 (>0) and Net B/C ratio of 4.01 (>0). From the analysis of the value of shredded plastic BEP selling price is higher than the selling price of plastic intact from Rp 3,531/kg into Rp 6.064,35/kg.

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References


Marshall, R.E., Farahbakhsh, K., 2013, Systems Approaches to Integrated Solid Waste management in Developing Countries,. Journal Waste Management. Elsevier 33 (2013) 988-1003. (www.elsivier.com/locate/wasman Januari 2015).

Sudjana, I.M.P., 2011, Pengolahan Sampah, GaneC Swara, Vol 5, No 1, p. 58.

Kantor Kebersihan dan Tata Kota Lombok Timur. 2014. Laporan Hasil Survey Tinjuan Lapangan Lombok Timur. NTB.

Zurbrugg C., Gfrerer M., Ashadi H., Brenner W., Kuper D., 2012,. Determinants of Sustainability in Solid Waste Management-The Gianyar Waste Recovery Project in Indonesia,. Journal Waste Management. Elsevier. 32: 2126-2133. (www.elsevier.com/locate/wasman- Januari 2015).

Hartono, S., 1986, Sampah dan Penanggulangannya, Buletin Kesehatan. Direktoral Jendral PUM, Depkes RI Jakarta.

Zheng,Y., dan Yanful, E.K., 2005,. A Review of Plastic Waste Biodegradation. Critical Reviews in Biotechnology, 25:243–250. (http://id.wikipedia.org/wiki/plastik).

Anonim, 2009, Pengolahan Limbah Plastik Dengan Metode Daur Ulang (Recycle), http://onlinebuku.com/2009/01/20/pengolahan-limbah-plastik dengan-metode-daur-ulang-recycle/ (Rabu, 16 Oktober 2013).

Ahvenainen, R., 2003, Modern Plastics Handbook (edisi ke-1). Woodhead Publishing Limited.

Wignjosoebroto, S., 2000, Tata Letak Pabrik dan Pemindahan Barang, Edisi 3, Guna Widya Surabaya.

Pujawan,I.N., 1995, Ekonomi Teknik, Guna Widya, Surabaya.

Gittinger., 1986, Analisa Ekonomi Proyek– Proyek Pertanian, Edisi Kedua, UIPress, Jakarta.


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