Wet-type specific gravity separator TACUBJIG, infinite track small hydropower generator
TACUBJIG
■High-precision, high-capacity wet density separator. Modern technology integrated into coal sorting machines. No competitors can keep up. ■High-efficiency compact hydroelectric generator.
■Recovery of crystals from discarded solar panels. Recovery of aluminum, zinc, and copper from end-of-life vehicles (ASR). High-efficiency recovery of copper from waste electronics. High-yield recovery of H-grade materials from recycled aggregates. Currently developing a deep-sea mobile system → selective recovery of manganese modules and cobalt-rich crusts from the seabed within the EEZ. ■Crawler-type small hydropower generator. Generates electricity in urban sewer pipes and agricultural water channels in rural areas. No large-scale civil engineering required. Of course, it can also generate power in large rivers and ocean currents. Power generation confirmation tests completed in a small stream in Sapporo. ■Production, recovery, and storage of hydrogen gas without emitting carbon dioxide using a continuous pyrolysis furnace. Demonstration tests completed. ■By combining these technologies, it is possible to supply electricity from renewable energy sources that are not affected by natural conditions. Operation of a base power source for microgrids.
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basic information
■ Offline chamber-type wet density separator TACUBJIG. Proven track record. Waste solar panels. Waste automobile ASR. Waste home appliances. Recycled fine aggregates. Multiple patents obtained. ■ Continuous operation oxygen-free carbonization furnace. Hydrogen gas recovery from industrial waste has been demonstrated. (NEDO project) By combining these, hydrogen gas can be safely and inexpensively produced and recovered from industrial waste. Is the current method of producing hydrogen gas from fossil fuels truly a solution for combating global warming? Producing hydrogen gas from industrial waste is the form that is truly needed. ■ Tracked small hydropower generator. Small cross-sectional area. When generating large power, it is a type that extends in length. Installed in urban sewer pipes and agricultural water channels in rural areas, it is an optimal hydropower generator for decentralized power supply base.
Price information
Custom-made based on the selection target materials, processing volume, and sorting accuracy. We conduct basic sorting tests and create a basic design based on that data. A simple testing machine costs 97,000 yen. A large-scale sorting machine costs 53,200,000 yen. Please consult with us first.
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Applications/Examples of results
■Wet-type specific gravity separation machine High-precision and high-yield recovery of valuable metals and low-chlorine plastics from end-of-life vehicles ASR. Sorting and recovery of H-grade products from recycled aggregates and fine aggregates. High-yield recovery of valuable metals from waste electrical appliances. High-quality recovery of copper nuggets from waste copper wire. Separation of carbide and cermet from cutting processing vices. Sorting and recovery of crystal glass from waste solar panel shredders. Sorting and recovery of mineral resources from sand in Southeast Asian rivers. Recovery of EVA resin pellets from polyethylene pellets. Sorting and recovery of PP and PE. Sorting and recovery of aluminum and copper. Sorting and recovery of cobalt-rich crust into bedrock and ore.
Detailed information
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Copper nuggets recovered from sorted scrap copper wire.
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Valuable metals such as copper and brass collected from discarded appliance shredders.
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Aluminum and other valuable metals recovered from end-of-life vehicles (ELVs) through selective collection.
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H-grade aggregate recovered from recycled aggregates.
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Crystal glass collected from a shredder for discarded solar panels.
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Company information
Jig Engineering Co., Ltd. is a company that conducts basic design, manufacturing design, installation, and operational support for the mesh-type wet gravity separation TACUBJIG. Additionally, it is also developing a small hydropower generator with a continuous track system. We are promoting two different types of Carbon Free Generators: 1. Small hydropower generator → Utilizing renewable energy that is unaffected by time or weather conditions (in sewer pipes or agricultural waterways). 2. Hydrogen gas production from waste using a continuous carbonization furnace → Storing hydrogen gas for time-shifted fuel cell power generation. We will develop and promote power sources that are essential for a self-sufficient and decentralized regional energy system, focusing on local production and consumption of "electricity" and on-demand power supply.
