Bulk Bag Unloader with 4-stage, Integrated Material Conditioning Prepares Rock-like, Agglomerated Bulk Material for Downstream Liquification Process
Holland, Michigan, USA (June 24, 2013) – National Bulk Equipment, Inc. (NBE). This automated bulk bag unloader system uses a fully integrated, 4-stage material conditioning sequence to prepare an extremely agglomerated, rock-like material for supply to a downstream liquification process. The dual, opposing bag hoist design enables high-volume input of material to the first conditioning stage where two, hydraulic de-blocking rams each deliver 28,000 pounds of direct material force. Next, dual hydraulic massage paddles, each with 2,200 pounds of paddle pressure, further reduce material to chunk sizes. A bag spout valve, with 1,000 pounds of material break-up force, and capable of breaking up a static column of material, then reduces the material for supply to the final stage where a high-capacity, size reduction crumbler breaks material into -inch pieces for conveying downstream.
NBE integrated automation engineering centralized communication with legacy downstream blending operations to signal upstream material input sequences when supply requirements dictated. The heavy-duty, NBE performance proven construction eliminated the previous, potentially dangerous manual material conditioning measures, improving operator safety and increasing total process throughput.
New Bulk Bag Unloader
Bulk Bag Unloader with 4-stage, Integrated Material Conditioning Prepares Rock-like, Agglomerated Bulk Material for Downstream Liquification Process
Holland, Michigan, USA (June 24, 2013) – National Bulk Equipment, Inc. (NBE). This automated bulk bag unloader system uses a fully integrated, 4-stage material conditioning sequence to prepare an extremely agglomerated, rock-like material for supply to a downstream liquification process. The dual, opposing bag hoist design enables high-volume input of material to the first conditioning stage where two, hydraulic de-blocking rams each deliver 28,000 pounds of direct material force. Next, dual hydraulic massage paddles, each with 2,200 pounds of paddle pressure, further reduce material to chunk sizes. A bag spout valve, with 1,000 pounds of material break-up force, and capable of breaking up a static column of material, then reduces the material for supply to the final stage where a high-capacity, size reduction crumbler breaks material into -inch pieces for conveying downstream.
NBE integrated automation engineering centralized communication with legacy downstream blending operations to signal upstream material input sequences when supply requirements dictated. The heavy-duty, NBE performance proven construction eliminated the previous, potentially dangerous manual material conditioning measures, improving operator safety and increasing total process throughput.
(click on picture to enlarge)
Automated bulk bag unloader system by NBE
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