Helium has been a leading factor in the evolution of mankind, playing an important role in many different activities. For years, helium has been used to fill balloons and the tanks of blimps, helping create an iconic view of the skies for the world to enjoy.
Recently, the evolution of helium technology has seen advances that have helped further the application of this unique element. By increasing the purity of helium being used, as well as reducing the overall cost of production, helium is becoming an increasingly popular choice as a resource in many different industries.
Helium is becoming a more useful substance in a variety of therapeutic treatments, such as MRI scans, which take full advantage of the elements non-flammable and non-toxic properties. Numerous commercial applications also benefit from the use of the helium, such as how it has been used to help extend the life of a car battery. A compromise between carbon dioxide and hydrogen, helium can be stored in the form of a liquid and still remain in its gaseous state and thus providing more control over its applications.
The mass production of helium is expected to increase as more use cases become discovered and the technology continues to develop. Companies have invested significantly in research and development, with the goal of making helium an even more profitable, safe and efficient resource.
On a global scale, helium has been seen to reduce the environmental impact of activities such as balloon launches. Little to no helium is actually wasted with this activity, coming down to Earth as water vapor and finding its way back to the atmosphere.
With the evolution of helium technology, the possibilities are emerging of what could be achieved in the future. With its non-flammable, non-toxic and unique properties, the potential for creative and sustainable uses of helium are only just beginning to be explored.
