Mushlich, Imam (2018) Pengembangan teknik produksi masal Biomas sampah perkotaan dirumah Kompos Jambangan Surabaya. Other thesis, Wijaya Kusuma Surabaya University.
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Abstract
Tujuan dari penelitian ini adalah mengetahui pengaruh konsentrasi starter dan perbandingan antara sampah daun dengan sampah pasar secara massal juga untuk mengetahui perbandingan sampah pasar dan stater yang paling optimal pada pengomposan masal . Dalam penelitian ini menggunakan Rancangan Acak Lengkap dengan dua faktor. Faktor 1: Jenis starter Proses Pengomposan, G1 : Diberi EM4 sebanyak 3 liter larutan dengan konsentrasi 0,2/unit percobaan ditambah urea 1 kg/unit percobaan ; G2: Diberi EM4 sebanyak 3 liter larutan dengan konsentrasi 0,1/unit percobaan ditambah urea 2 kg/unit percobaan. Faktor II : perbandingan antara sampah pasar dengan sampah daun, K1 : 0 persen sampah pasar, 100 persen sampah daun.; K2 : 20 persen sampah pasar, 80 persen sampah daun ; K3 : 40 persen sampah pasar, 60 persen sampah daun ; K4 : 60 persen sampah pasar, 40 persen sampah daun. Hasil Penelitian dapat disimpulkan:(1)Terdapat interaksi antara konsentrasi starter dan komposisi sampah daun dengan sampah pasar pada perlakuan G2K3 (Diberi EM4 sebanyak 3 liter larutan dengan konsentrasi 0,1/unit percobaan ditambah urea 2 kg/unit percobaan) + (40 persen sampah pasar, 60 persen sampah daun kering) pada parameter pengamatan penurunan volume, dan C/N Rasio;(2)Pada akhir pengamatan, terdapat interaksi antara K3G2 ,K4G2 penurunan volume mencapai 61-63% yang berbeda nyata dengan yang lain.;(3)Setelah 9 minggu dari perlakuan kombinasi antara K1G1, K4G1, K3G2 ,kompos yang dihasilkan mempunyai C/N Rasio 19,12-19,03 yang sudah memenuhi syarat. Kata kunci: produksi massal, sampah perkotaan, kompos, starter, EM4, Urea ========================================================== The purpose of this research is to determine the effect of starter concentration and the comparison of leaf litter with market waste in bulk as well to find out the comparison of market waste and stater the most optimal on composting bulk. In this research using Completely Randomized Design with two factors. Factor 1: Type of starter Composting process, G1: Given EM4 3 liters of solution with concentration of 0.2 / unit experiment plus urea 1 kg / unit experiment; G2: Given EM4 3 liters of solution with concentration of 0.1 / unit experiment plus urea 2 kg / unit experiment. Factor II: comparison between market waste and leaf waste, K1: 0 percent market waste, 100 percent leaf waste; K2: 20 percent of market waste, 80 percent leaf waste; K3: 40 percent market waste, 60 percent leaf waste; K4: 60 percent of market waste, 40 percent leaf waste. The results can be concluded: (1) There is an interaction between starter concentration and leaf garbage composition with market waste at G2K3 treatment (Given EM4 3 liters solution with concentration 0.1 / unit experiment plus urea 2 kg / unit experiment) + (40% market waste, 60 percent dry waste litter) on observed parameter of decrease in volume, and C / N Ratio; ; (2) At the last of the observation, there is an interaction between K3G2, K4G2 the volume decrease reaches 61-63% which is significantly different from the others; (3) After 9 weeks of combined treatment of K1G1, K4G1, K3G2, the compost produced has a C / N ratio of 19.12-19.03 which is already eligible. Keywords: production bulk, municipal waste, compost, starter, EM4, Urea
| Item Type: | Thesis (Other) |
|---|---|
| Uncontrolled Keywords: | The purpose of this research is to determine the effect of starter concentration and the comparison of leaf litter with market waste in bulk as well to find out the comparison of market waste and stater the most optimal on composting bulk. In this research using Completely Randomized Design with two factors. Factor 1: Type of starter Composting process, G1: Given EM4 3 liters of solution with concentration of 0.2 / unit experiment plus urea 1 kg / unit experiment; G2: Given EM4 3 liters of solution with concentration of 0.1 / unit experiment plus urea 2 kg / unit experiment. Factor II: comparison between market waste and leaf waste, K1: 0 percent market waste, 100 percent leaf waste; K2: 20 percent of market waste, 80 percent leaf waste; K3: 40 percent market waste, 60 percent leaf waste; K4: 60 percent of market waste, 40 percent leaf waste. The results can be concluded: (1) There is an interaction between starter concentration and leaf garbage composition with market waste at G2K3 treatment (Given EM4 3 liters solution with concentration 0.1 / unit experiment plus urea 2 kg / unit experiment) + (40% market waste, 60 percent dry waste litter) on observed parameter of decrease in volume, and C / N Ratio; ; (2) At the last of the observation, there is an interaction between K3G2, K4G2 the volume decrease reaches 61-63% which is significantly different from the others; (3) After 9 weeks of combined treatment of K1G1, K4G1, K3G2, the compost produced has a C / N ratio of 19.12-19.03 which is already eligible. Keywords: production bulk, municipal waste, compost, starter, EM4, Urea production bulk, municipal waste, compost, starter, EM4, Urea |
| Subjects: | S Agriculture > S Agriculture (General) |
| Divisions: | Faculty of Agriculture > Agrotechnology Study Program |
| Depositing User: | - |
| Date Deposited: | 27 Feb 2018 06:26 |
| Last Modified: | 27 Feb 2018 06:26 |
| URI: | http://erepository.uwks.ac.id/id/eprint/183 |
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