Let’s see. Distillation is widely used to separate these components, but it is energy-intensive. Fractionation can provide high purity products, but it still requires significant energy consumption. Solvent extraction is simpler but involves the use of solvents, which can be hazardous and expensive to handle. Adsorption requires relatively simple equipment but can be slower than distillation and may necessitate frequent replacement of the adsorbent, which can be costly. Cryogenic separation can achieve very high purity levels but requires more energy compared to distillation and fractionation. Another method is molecular sieving, which is less effective and may require replacement of the molecular sieve. Without knowing your method, I can’t compare it. What are the pros and cons compared to other methods? And I think the most important aspect is the cost.

Actually, I had a solution and I wanted to separate its components with petroleum ether, which includes hexane, pentane and paraffin, but something else happened and the paraffin was separated.

If scaling up this process is possible, and economically is feasible, it is likely that applications could be found for it.