BASED ON USE

Brand Owner Address Description
IOGEN Iogen Corporation 310 Hunt Club Road East Ottawa, Ontario K1V1C Canada (Based on 1(a) Use in Commerce and 44(d) Foreign Application) Production, treatment and refinement of biomethane, cellulosic ethanol, and biofuels for others;(Based on 1(b) Intent to Use and 44(d) Foreign Application) Production, treatment and refinement of hydrogen gas, renewable hydrogen gas;(Based on 1(a) Use in Commerce and 44(d) Foreign Application) Distribution of renewable natural gas; renewable natural gas supplying; distribution of biomethane fuel; distribution of biofuels; (Based on 1(b) Intent to Use and 44(d) Foreign Application) Physical storage of renewable natural gas for others; physical storage of biomethane fuel for others; distribution of hydrogen gas; distribution of cellulosic ethanol;Renewable fuels; Renewable natural gas; Natural gas; Liquefied natural gas; Compressed natural gas; Biofuels;Brokerage of carbon credits; Trading of carbon dioxide and greenhouse gas emission credits, allowances or offsets of others; Financial consultation in the field of fuels and biofuels;Hydrogen; renewable hydrogen;Licensing of intellectual property; licensing of intellectual property in the field of renewable hydrogen gas, hydrogen gas generation, biomethane generation, cellulosic ethanol production, and biofuels productio;Scientific research consultation in the field of renewable hydrogen gas production and distribution, hydrogen gas generation and distribution, biomethane generation and distribution, cellulosic ethanol production and distribution, and biofuels production and distribution;
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. A method of producing Nb3Sn superconducting wire, including the steps of: preparing a plurality of Sn modules obtained by burying Sn-based metal cores in a Cu-based metal matrix and a plurality of Nb modules obtained by burying Nb-based metal filaments in a Cu-based metal matrix; bundling the Nb modules and the Sn modules such that the Nb modules surround the Sn modules and obtaining an assembly; inserting the assembly in a tubular member of Cu-based metal which internally comprises tube-like shaped Ta-based metal or Nb-based metal which serves as a diffusion barrier and obtaining a composite; drawing the composite; and heat-treating the composite.