生活垃圾发酵.docxVIP

生活垃圾发酵　Figure 1 Sketch Plan/Profile (Harada 1995) and Picture of a Composting Shed.Figure 2 Organic Materials Are Statically Piled in a Unit Block Volume.Figure 3 Piling Materials Are Turned Regularly with a Bucket Loader.　　　Figure 4 Piled Materials in a Unit Block Volume Surrounded by Partition Walls.　Figure 5 Forced Aeration Pipe System Is Placed under the Piling Materials.　Figure 6 Composting Box Chambers Are Joined in One Line.Figure 7 Composting Box Chambers Filled with Organic Materials by Using a Screw Conveyer (Harada 1995).　Figure 8 Composting Strip Furrow Filled with Organic Material.　Figure 9 At the Bottom of Composting Strip Furrow, There Is a Pipe System Aerated with Blowers.Figure 10 Sketch (Harada 1995) and Picture of Scoop Type Turner on Strip Furrows.Figure 11 Sketch (Harada 1995) and Picture of Rotary Type Turner on Strip Furrows.Figure 12 Crane Type Turner Hung on a Steel Beam.Figure 13 Sketch (Harada 1995) and Picture of Elliptical Composting Furrow Equipped with Turners.Figure 14 Sketch (Harada 1995) and Picture of Circular Column Furrows Equipped with Turners.Figure 15 Sketch (Harada 1995) and Picture of Scoop Type Stirrer Equipped Vertically on Circular Column Composting.　Figure 16 Enclosed Vertical Column Composting.　Figure 17 Aeration System of Enclosed Vertical Column Composting (Harada 1995).Two views of the bunkers, showing the blower and manifold from the rear, and the rear of the bunkers under the new MTDF wharf roof.This image shows a commercial aerated floor bunker for Phase I substrate processing. SMS Processing A project funded by the Pennsylvania Department of Agriculture, investigated use of aeration for reducing odors from the processing of spent mushroom substrate (SMS). The project objectives looked at odor reduction, value of SMS processed as a growing media, and management strategies to best process SMS using aerated floor bunkers. A portable research bunker was developed and used for this purpose. Faculty from Penn State (Ag