The trademark application A WORLD DESIGNED TO LAST was filed by Technip Energies France, a corporation established under the laws of the French Republic (the "Applicant"). Application under examination.
The application was filed in English (French was selected as the second language).
The Refusal with reference B 019059081 was Rejected according to Article 7(1)(b) EUTMR with decision issued on December 2, 2024 by the EUIPO.
Goods And Services
The mark was filed in class 1 with following description of goods:
Chemicals for industrial purposes
Hydrogen
Ethylene
Chemicals for use as ingredients in the course of manufacture
Industrial chemicals
Fertilizers
Chemicals for use in the petrochemicals industry
Polymerization plastics.
The mark was filed in class 37 with following description of goods:
Construction
Heavy engineering construction
Building and construction services
Construction advisory services
Construction of chemical plants
Construction of factories
Construction of structures for the transportation of liquified natural gas
Construction of wind power plants
Offshore construction
Erecting manufacturing plants
Construction of industrial furnaces
Installation of industrial plants
Construction of green energy power plants utilizing gas generated by electrolysis
Construction of hydrogen production plants
Building of structures for the production and conversion of hydrogen
Construction of low-carbon hydrogen production plants.
The mark was filed in class 39 with following description of goods:
Transport of liquefied natural gas by sea
Storage of liquefied natural gas on ships
Marine transport of liquefied natural gas
Storage of captured carbon dioxide for others
Transport of captured carbon dioxide for others
Collection of PET bottles and other products containing polyethylene terephthalate (PET) for recycling
Storage and transportation of hydrogen.
The mark was filed in class 40 with following description of goods:
Carbon capture
Treatment of industrial waste to sequester carbon
Recycling
Recycling of clothing to obtain materials for making synthetic fibers
Recycling of PET bottles
Recycling of plastics
Recycling services
Recycling of chemicals
Processing of chemicals and petrochemicals
Catalytic conversion of chemical compounds
Polymerization
Recycling through polymerization
Treatment of materials by PET repolymerization processes
Production of hydrogen fuel for others
Advisory services relating to processing carbon dioxide
Treatment of plastic waste by pyrolysis
Producing renewable energy
Hydrogen production
Producing hydrogen by electrolysis
Producing hydrogen produced by renewable energy sources.