Technologies related to metal processing

Industry

  • CPC
  • Y02P10/00
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Sub Industries

Y02P10/10Reduction of greenhouse gas [GHG] emissions Y02P10/12CO2 Y02P10/122by capturing CO2 Y02P10/124Recycling of CO2-rich gas Y02P10/126Recycling of CO2-lean gas Y02P10/128Oxycombustion Y02P10/13Post-combustion Y02P10/132CO2 storage Y02P10/134by CO2 avoidance Y02P10/136using hydrogen Y02P10/138Electrolysis Y02P10/14Greenhouse gases [GHG] other than CO2 Y02P10/143Methane [CH4] Y02P10/146Perfluorocarbons [PFC] Hydrofluorocarbons [HFC] Sulfur hexafluoride [SF6] Y02P10/20Process efficiency Y02P10/21by recovering materials Y02P10/212Recovering metals from waste Y02P10/214by pyro metallurgy Y02P10/216of Fe Y02P10/218of Al Y02P10/22of Cu Y02P10/224of Co or Ni Y02P10/226of Mg Y02P10/228of Sn Y02P10/23of refractory metals Y02P10/232of Zn or ZnO Y02P10/234by hydro metallurgy Y02P10/236of Cu Y02P10/238by means other than pyro metallurgy or hydro metallurgy Y02P10/24powder metallurgy Y02P10/242Slag reuse in metallurgical processes Y02P10/25by increasing the energy efficiency of the process Y02P10/253using induction furnaces Y02P10/256Design or operational measures for increasing the efficiency of electric conversion Y02P10/259in electric arc furnaces Y02P10/262in electrolytic cells Y02P10/265by heat recovery Y02P10/268with by-product gas in energy cycle Y02P10/271low temperature heat recovery Y02P10/274medium temperature heat recovery Y02P10/277high temperature heat recovery Y02P10/28using by-product gases Y02P10/283using water Y02P10/286by process control or by modelling Y02P10/29Additive manufacturing Y02P10/292of casting moulds Y02P10/295of metals Y02P10/30characterised by the energy source Y02P10/32the energy source being renewable Y02P10/34Cogeneration with other industries