Modifikasi Alat Pemadat Baglog dengan Sistem Pneumatic pada Jamur Tiram Putih (Pleurotus Ostreatus)

Abstract

The study was conducted with the aims: (1) Knowing the length of baglog compaction; (2) Knowing the baglog hardness level (3) Knowing the growth of baglog mycellium; (4) Knowing the result of osyter mushroom production. The research method used a population of 1500 baglog. Samples were randomly assigned to 1500 baglogs. Baglog compactor research data obtained from Pneumatic system research compared to previous  studies, namely system with Hydraulic and Conventional Method. Futhermore, the research data is implemented using a graph model. The best result on the use of baglog compaction of white osyter mushroom are (1) Baglog compaction time is the fastest using Pneumatic system tool 40.89 second/baglog, (2) The densest level of baglog hardness uses Pneumatic System tool which is 48.89 (mililiters devision); (3) The fastest mycellium growth using Pneumatic system tool which is 5.27 cm / week and (4) The highest production of osyter mushroom is using of Pneumatic systemtool which is 542,10 gram/baglog, The research is expected the modification of comparing baglog Pneumatic system tobe more effective and effective for the activities of student practices,  research and community service.