Decarbonization Resource Utilization Project / Promotion of Circular Economy / TBM Inc.

basic information

■Issue: In order to realize a sustainable society, the promotion of "decarbonization" and "circular economy" is an urgent challenge across all industries, and decarbonization environmental technologies are evolving daily. As the only company engaged in the "decarbonization resource utilization" business of "unused food waste" such as wastewater fats and food loss, the company aimed for new breakthroughs through technological collaboration with other environmental technology companies to further innovate its unique and cutting-edge decarbonization resource utilization technology. ■Reason for choosing FILSTAR: The fundamental philosophy of the company's technology development is "Simple is the best." FILSTAR, which performs high-precision filtration solely through the flow of water, perfectly aligns with this philosophy. Simplicity means "there are infinite possibilities." Therefore, it has the potential to be utilized in various processes of decarbonization resource utilization, such as fat recovery, fuel production, and power generation. Additionally, human trust is also important in technological collaboration. "The simplicity of FILSTAR and the high technical and human capabilities of the industria members were decisive factors for the introduction," said President Sahara of the company.

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Applications/Examples of results

■Painting Factory 　　　Collection of paint sludge and paint residue 　　　Reduction of cleaning burden inside tanks 　　　Suppression of odors caused by the accumulation of paint sludge ■Machinery Industry 　　　Removal of cutting powder and sludge inside tanks 　　　Collection of abrasive grains from grinding machines ■Automotive Industry 　　　Removal of foreign substances during cleaning on the painting line ■Water Treatment Industry 　　　Removal of foreign substances such as sand and debris from groundwater, industrial water, well water, and storage tanks 　　　Removal of foreign substances from cooling tower circulating water ■Chemical and Pharmaceutical Industry 　　　Removal of foreign substances and recovery of products during the manufacturing line 　　　Replacement of sedimentation tanks in the chemical material manufacturing process ■Semiconductor Industry 　　　Separation and recovery of diamond polishing agents 　　　Separation, recovery, and classification of glass powder during LCD panel cleaning 　　　Recovery of plating materials in the liquid during the precious metal plating peeling process on substrates 　　　Removal of foreign substances from copper plating bath water in IC packaging 　　　Removal of foreign substances from circulating water in scrubbers during factory exhaust gas treatment ■Food Industry 　　　Removal of foreign substances mixed in the manufacturing line 　　　Collection of skins from vanilla beans and removal of seeds 　　　Separation and recovery of burnt residues from cooking oil 　　　Removal of activated carbon from sake ■Jewelry Industry 　　　Recovery of precious metals from washing water