Helium is a valuable gas used in a variety of applications, including medical imaging, welding, and aerospace. However, the production of helium is a complex process that involves several steps, one of which is the removal of hydrogen.

Traditionally, the process of helium production involves drilling for natural gas, which often contains a significant amount of helium. Once the gas is extracted from the ground, it is transported to a processing facility where it undergoes a series of purification steps. One of these steps involves removing the hydrogen, which can be a challenge.

Hydrogen is a very light gas that is difficult to separate from helium using traditional methods. The most common approach is to use a process called liquefaction, which involves cooling the gas to extremely low temperatures to separate the helium from the hydrogen. However, this process can be energy-intensive and expensive.

Another pain point in helium production is the fact that helium is a non-renewable resource. Once it is extracted from the ground, it cannot be replaced, and the world's helium supply is finite. This makes it important to use helium as efficiently as possible and to explore alternative methods of production.

Overall, the process of removing hydrogen from natural gas to produce helium is a crucial step in the production process, but it can be challenging and expensive. As the world's helium supply continues to dwindle, it is important to find new and innovative ways to produce and use this valuable gas.

There is a company that has developed a new and innovative method for purifying helium and removing hydrogen during the production process. This method is both more efficient and more environmentally friendly than traditional methods, and has the potential to revolutionize the helium production industry.

The company uses a proprietary technology that involves the use of a special membrane to separate hydrogen from helium. The membrane is designed to allow helium to pass through while blocking hydrogen, resulting in a highly purified stream of helium. This method requires only a fraction of the energy required by traditional methods, making it both more cost-effective and more sustainable.

In addition to being more efficient, this method also has the added benefit of capturing the hydrogen that is removed during the production process. Hydrogen is a valuable commodity that can be used in a variety of industrial applications, and capturing it instead of burning it off as waste can help reduce overall energy consumption and environmental impact.

Another advantage of this new technology is that it can be easily integrated into existing pipelines and production facilities, making it a practical and accessible solution for companies that already have helium production infrastructure in place.

Overall, this company's innovative method for purifying helium and removing hydrogen has the potential to transform the helium production industry by providing a more efficient and sustainable solution that saves energy, captures valuable hydrogen, and can be easily integrated into existing production facilities.