
Hydrogen is used in metals & materials processing to reduce metal oxides and to prevent oxidation during heat-treating processes and metal powder production. Hydrogen is used in high-velocity oxy-fuel (HVOF) processes for generating high heat, low oxidation and high particle velocities. It can also be used as a process gas in atmosphere plasma spray applications. Our applications engineers can help you select a supply system to meet your pressure and volume requirements.
Air Products offer liquid hydrogen and compressed hydrogen gas in a variety of purities and various modes of supply around the world thanks to our network of storage and transfill facilities.
Alkalmazásmérnök, Észak-Amerika
What are the advantages of using hydrogen as the fuel gas versus traditional hydrocarbons for HVOF operations?
There are only a few types of fuels used for combustion in traditional HVOF (High Velocity Oxy-Fuel) systems, i.e., hydrogen, kerosene, methane (natural gas), propane and propylene. While each fuel has some distinct advantages, hydrogen offers some unique advantages:
Air Products can help you determine the most economical supply option for your particular application and geographic location. Industrial gases are typically provided in gaseous and liquid form through a variety of supply systems
Teherautóval szállítjuk, és az Ön telephelyén folyadékként tároljuk kriogén tartályokban vagy gázként nagynyomású csövekben az Ön térfogata, kívánt nyomása, tisztasági szintje, áramlási sebessége és működési mintája alapján.
Opció a kisebb felhasználók számára, ahol a gázellátást a palackok és a dewar edények helyett a helyszíni tartályok feltöltésével biztosítják.
On-site gas generation helps sustainability-minded customers lower their carbon footprint, boost energy efficiency, increase throughput, enhance end product quality, and improve environmental performance.
Located in major industrial locations around the world, pipelines offer customers with large product demands a range of benefits, including reliable, safe and flexible supply in a cost-effective way.
Convert weight and volume measures for nitrogen, oxygen, argon, hydrogen, helium, and carbon dioxide as well as liquefied natural gas (LNG).