Industrial gases, also known as specialty gases or inactive, inert gases, are elements or mixtures that become vaporous whenever they are used under pressure or in room temperatures. Frequently used industrial gases include carbon dioxide, hydrogen, nitrogen and oxygen. Other industrial gases include helium, argon, krypton, neon, acetylene and xenon.
Some examples of industrial gases applications include neon in signs and helium in balloons. Industrial gas producers manufacture argon, oxygen and nitrogen for steel production, while other gases, such as hydrogen, can be used for rockets. Additionally, industrial gas manufacturers use nitrogen to recycle tires, brew beer and apply metallic finishes to products. Argon adds to fluorescent lighting, while liquid forms of carbon dioxide and nitrogen add to plastic moldings and oil wells. Acetylene industrial gas applies to cutting and welding applications, and cutting devices such as lasers rely on carbon dioxide for laser surgery applications. Consider industrial gases basics before working with the elements:
1. Identify the industrial gases and chemicals used for industrial applications.
2. Decide how you want to incorporate industrial gases into your business. Research markets that rely on industrial gas companies to help manufacture their products.
3. Find supplies for industrial gases and equipment.
Learn about the different industrial gasesIdentify the industrial gases used for different applications, such as hydrogen, oxygen, neon and krypton.
Research which markets use industrial gases for their projectsFind out which markets industrial gas manufacturers serve. Industrial gases are commonly used in manufacturing and laser applications.
Buy related industrial gas supplies and equipmentWorking with industrial gases requires accessibility to storage tanks, distribution systems, pneumatic devices, pressure vessels, vaporizers and more.
- Most industrial gases require special handling and storage to ensure that they're used safely. For instance, hydrogen is flammable whenever it is housed in industrial gas processing equipment. Acetylene becomes explosive whenever it is mixed with air. It is commonly used in high-temperature welding applications.