There's three things in the bottle. Water. Acetic acid. All the flavenoids that make the distinctive taste and aroma.
All of these things have different boiling points when they evaporate. With water-jacket condensers and excellent temperature control, we can "boil" off the components and collect whatever we want. Like distilling whiskeys and rums.
Then you can do the fun part = putting it back together with adjustments to the proportions, such as the liqueurs, gins and so on.
If you can smell it in the room, you should realize that some evaporating goodies in the flavor are being lost to the air, you can't get them back.
You are going to have to research the boiling points of all kids of bio-chemicals, to capture what you want. For example, to distill a grappa you need to run barely hotter than 72C, maybe about 75C, to get the ethanol. Run at 102C to boil the water and the alcohol, the ethanol, will be long gone!
All of these things have different boiling points when they evaporate. With water-jacket condensers and excellent temperature control, we can "boil" off the components and collect whatever we want. Like distilling whiskeys and rums.
Then you can do the fun part = putting it back together with adjustments to the proportions, such as the liqueurs, gins and so on.
If you can smell it in the room, you should realize that some evaporating goodies in the flavor are being lost to the air, you can't get them back.
You are going to have to research the boiling points of all kids of bio-chemicals, to capture what you want. For example, to distill a grappa you need to run barely hotter than 72C, maybe about 75C, to get the ethanol. Run at 102C to boil the water and the alcohol, the ethanol, will be long gone!