Since long ago there has always been tobacco products. Whether they have been from the far reaches of Cuba to the local tobacco farms of old. There have been cigarettes, cigars, and now vapes. Vaping is a rather new thing nowadays, so we are still unsure as to what the long term affects care but right now, they seem to be a lot less than anything tobacco. A 2020 study showed a less than 1% of cancerous emissions come from vape smoke relative to tobacco smoke.1 Which leads into the problem at hand. In Feb 25, 2020, Madison Highschool had 9 students and 2 teachers transported to the hospital. The story is that they were near or entering a closed-door cafeteria of over 400 students and most of them were likely vaping. The local hospital KDH had ruled the symptoms to be as follows: fluctuated breathing pattern, elevated heart rate, and the least frequent loss of consciousness. On this day the Indiana State police Toxicity Lab showed no sign of controlled substances involved in the confiscated vapes. The reason Vapes were suspected is because the youth rate in Indiana to become vapers is 21.1% versus the country consensus of 16.1%. There are two things to considering how or why these people became sick. Was the vapes open or closed systems? Open system vapes are the big bulky boxes that you’ll see people carrying around occasionally with a collector, coil, and the unit that can control how much nicotine, wattage, and flavor ratio is being used. The more wattage used the higher the nicotine was burned off. The closed systems however are those Juul pods and interactions like it. The concentration in those are very great but it is better than the open. The problem that I am presented is this: What other methods or methods in general are a more effective way to find these carcinogenic compounds? If this is solved maybe the police station could have found exactly what made those people collapse in a timely fashion.