Innovation and Patents(Innovation and Patents)

Published Books

       

Patents

① Apparatus for recovering electric power from waste batteries and its recovery method

② Method for producing copper-core structures by firing recovered materials from waste lithium batteries

③ Method for recovering glaze raw materials from waste batteries

④ Method for recovering copper oxide group recyclates from anode copper foil recovered from waste lithium batteries

⑤ Method and production system for manufacturing aluminum oxide from aluminum recovered from waste abrasive sand of waterjet cutting consumables

⑥ Method and production system for producing sodium aluminate and aluminum hydroxide from sludge of waterjet cutting consumables

⑦ Method and production system for manufacturing iron oxide from iron material recovered from waste abrasive sand of waterjet cutting consumables

⑧ Method and production system for producing silicon dioxide and β-quartz from siliceous materials recovered from waste abrasive sand of waterjet cutting consumables

⑨ Method and production system for producing ceramic iron-core structures by firing recovered materials from waste abrasive sand of waterjet cutting consumables

⑩ Method and production system for manufacturing graphite-copper electrical wire from anode material recovered from discarded lithium-series batteries

⑪ Method and production system for manufacturing graphite-aluminum electrical wire from anode material recovered from discarded lithium-series batteries

⑫ Method and production system for converting anode material recovered from discarded lithium-series batteries into liquid and dried graphene

⑬ Method and production system for converting anode material recovered from discarded lithium-series batteries into activated carbon

⑭ Method and production system for converting anode material recovered from discarded lithium-series batteries into primary carbon black particles

⑮ Method and production system for converting anode material recovered from discarded lithium-series batteries into carbon black

⑯ Method and production system for converting anode material recovered from discarded lithium-series batteries into graphite ceramics

⑰ Method for manufacturing graphene slurry paper from anode material recovered from discarded lithium-series batteries

⑱ Method for producing graphene slurry from anode material recovered from discarded lithium-series batteries

⑲ Method for producing functional graphene masterbatch by converting anode material recovered from discarded lithium-series batteries with added copper oxide

⑳ Method for manufacturing graphene wire from anode material recovered from discarded lithium-series batteries and its application methods

㉑ Method for producing graphene masterbatch from anode material recovered from discarded lithium-series batteries

㉒ Method for producing graphene ink from anode material recovered from discarded lithium-series batteries and its applications

㉓ Method for producing liquid graphene ink from anode material recovered from discarded lithium-series batteries

㉔ Production system for producing graphite concrete from anode material recovered from discarded lithium-series batteries

㉕ Production system for producing graphite ceramics from anode material recovered from discarded lithium-series batteries

More to be added.............