CD Tesis
Optimalisasi Trichokompos Dari Ampas Tebu Dengan Jamur Trichoderma sp (LBKURCC1 Dan LBKURCC 2) Serta Bakteri Selulolitik Pseudomonas Stutzeri (LBKURCC 54 Dan LBKURCC59)
Bagasse is organic solid waste left over from industrial sugar and cane juice drinks that have not been utilized properly. High cellulose content in bagasse can be used as raw material for composting. Making compost can be accelerated by adding bioactivators. This study aimed to analyze the ability of Trichoderma (LBKURCC1 and LBKURCC2) and Pseudomonas (LBKURCC54 and LBKURCC59) as bioactivators in composting. The composting process is carried out by mixing bagasse and chicken manure with a ratio of 2: 1 and the addition of 2 isolates of Trichoderma sp (J1_J2) and Pseudomonas stutzeri (B1 _B2). The starter is then made from a combination of isolates and fermented for 3 days in the starter culture medium. Compost treatment includes P0 (control) and 5 combinations of isolates P1 (J1_J2_B1), P2 (J1_J2_B2), P3 (J1_B1_B2), P4 (J2_B1_B2) and P5 (J1_J2_B1), P3 (J1_J2_B1_B2). The process of composting bagasse is done in a black bag (polybag). Analysis of Trichocompost quality was determined based on temperature parameters observed every day, pH and water content were observed every 3 days and the levels of N, P, K, were observed once every 6 days for 18 days. In this study, the use of Trichoderma (LBKURCC1 and LBKURCC2) and Pseudomonas (LBKURCC54 and LBKURCC59) as bioactivators in a mixture of compost material gave a significant difference to the control (P0) at the C/N ratio with a value of P>0,05. The best quality of Trichocompost was produced on day 12 by P2 treatment with some characters in accordance with SNI compost standards, such as levels of N (0,026%), P (0,356%), K (0,635%), and C/N ratio (10,30%).
Keywords: Bagasse, bioactivator, compost, Pseudomonas, Trichoderma
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