| Oxygen | Oxygenation of fish-breeding tanks | |||||
| Nitrogen | Quick-freezing to preserve and protect foods (used pure or mixed with CO2) | |||||
| Hydrogen | Production of food oils | |||||
| Carbon dioxide | Carbonation of carbonated beverages, draft beer and quick-freezing | |||||
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| Oxygen | Environment-friendly paper pulp bleaching | |||||
| Other gases | Ozone: Clean paper pulp bleaching | |||||
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| Oxygen | Used in combination with a fuel gas (such as acetylene) for cutting and welding | |||||
| Nitrogen | Heat treatment of various metals | |||||
| Argon | Protection of welds against oxidation, reduction of welding emissions | |||||
| Hydrogen | Heat treatment of various metals | |||||
| Carbon dioxide | Shielding of welds against oxidation | |||||
| Acetylene | Cutting and welding (with oxygen) | |||||
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| Oxygen | Combustive agent for cryogenic motor rockets | |||||
| Hydrogen | Cryogenic rocket motor fuel | |||||
| Other gases | Helium: pressurization of cryogenic tanks | |||||
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| Oxygen | Stimulation of certain plants and upgrading of residues (for chemicals or electric power production) | |||||
| Nitrogen | Quality protection of products and facilities | |||||
| Hydrogen | Desulfurizing of fuel-oil and gasoline | |||||
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| Nitrogen | Used pure and in mixtures for various industrial and hospital analyses and quality control | |||||
| Argon | Used pure and in mixtures for industrial and hospital analyses and quality control | |||||
| Hydrogen | Used pure and in mixtures for industrial and hospital analyses and quality control | |||||
| Other gases | Pure gases (helium, etc.) and mixtures: industrial and hospital analyses and quality control | |||||
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| Oxygen | Environment-friendly glass melting | |||||
| Nitrogen | Protection of continuously cast glass against oxidation | |||||
| Hydrogen | Polishing | |||||
| Acetylene | Lubrication of bottle production molds | |||||
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| Oxygen | Decarburization of cast iron to produce steel, and to enrich blast furnace air | |||||
| Nitrogen | Pneumatic transportation of powdered charcoal | |||||
| Argon | Mixing and protection of continuously cast steel against oxidation | |||||
| Hydrogen | Direct reduction of ore | |||||
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| Oxygen | Treatment of respiratory insufficiencies and resuscitation | |||||
| Nitrogen | Low-temperature preservation of living tissues and cells | |||||
| Carbon dioxide | Surgical dilation by intra-abdominal insufflation | |||||
| Other gases | Nitrous oxide: used as an anesthetic or an analgesic Helium: cooling of medical imaging devices |
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| Oxygen | Used ultra pure to oxidize certain materials | |||||
| Nitrogen | Used ultra-pure for overall protection against impurities and oxidation | |||||
| Argon | Used ultra-pure to protect against impurities | |||||
| Hydrogen | Used ultra pure to reducing certain materials | |||||
| Other gases | Specialty gases: such as ultra-pure silane used for silicon deposition | |||||
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| Oxygen | Biological water purification, clean waste incineration,.... | |||||
| Nitrogen | Tire inflation | |||||
| Argon | Inflation of car airbags | |||||
| Carbon dioxide | Carbon dioxide snow for fire extinguishers; pH control and regulation of waste waters, swimming pools, etc. | |||||
| Other gases | Helium: balloon inflation; leak detection; supra-conductivity | |||||
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| Oxygen | Combined with other molecules to produce plastics | |||||
| Nitrogen | Quality protection of products and facilities | |||||
| Hydrogen | Combined with other molecules to produce plastics | |||||
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