Supercooling Drinks: How to Get That Gel-Liquid Mix

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SUMMARY

This discussion focuses on the process of supercooling beverages, specifically lemonade and cola, to achieve a gel-liquid texture. Participants highlight that supercooling involves cooling liquids below their freezing point without solidifying, which can be influenced by factors such as pressure and dissolved substances. Techniques mentioned include using specialized freezer cups filled with alcohol and freezing cola to create slush. The conversation emphasizes the narrow temperature range required for successful supercooling and the impact of carbonation and sugar on freezing behavior.

PREREQUISITES
  • Understanding of supercooling principles
  • Knowledge of the effects of pressure on freezing points
  • Familiarity with the role of dissolved substances in freezing behavior
  • Experience with freezing techniques for beverages
NEXT STEPS
  • Research the physics of supercooling liquids
  • Explore the design and functionality of freezer cups filled with alcohol
  • Investigate methods for creating slushy beverages using frozen cola
  • Learn about the effects of carbonation on freezing and slush formation
USEFUL FOR

Anyone interested in beverage preparation techniques, including home bartenders, culinary enthusiasts, and individuals looking to enhance their drink experience through innovative cooling methods.

Mk
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As I am drinking some supercooled lemonade, I've noticed that my favorite drinks are drinks that have been supercooled. When there is water or lemonade or any other drink left in the freezer for a while but it remains a liquid, and I open the drink for the first time— as it instantly freezes and turns to a gel-liquid mix— I love the texture and the coolness of it.

How could I build something that would supercool my drink every time? Has it been done before, and is it possible?

Thanks, didn't know what forum would be best for this post, but I thought General Discussion might expose the topic to a wide-range of people.
 
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I don't know if supercooling is the right term here. If these are packaged drinks, the pressure is what inhibits freezing. Getting the effect you see is simply a matter of cooling them to the right temperature (simple in theory - in practice, it is a pretty narrow temp range).
 
If it is only pressure that inhibits freezing, why when I put a bottle of water in the freezer, isn't it always liquid, and turns to slush when I open or pour it? 99% of the time, it'll be rock hard. Is it because of the built in expanding mechanisms in a water bottle?
 
Unless you live in a very,very deep cave I doubt your water bottles are at the same pressure as the packaged drinks.
 
actually you can get the slushyness you want by getting one of those cups that you put in the freezer. I think the insides of the cups are full of alcohol and once it gets cold and you pour a drink into it it slushes right up.
 
Note also that the sugar and other dissolved stuff in a drink other than water will lower the freezing temperature and carbonation will in inhibit crystal formation, making them freeze as a thick slush instead of a block.
 
russ_watters said:
I don't know if supercooling is the right term here. If these are packaged drinks, the pressure is what inhibits freezing. Getting the effect you see is simply a matter of cooling them to the right temperature (simple in theory - in practice, it is a pretty narrow temp range).

I get a similar effect by freezing cola and running it through an ice shaver. Because as noted the ice isn't hard even at the fairly low temps in the freezer it tends to crumble and shave pretty readily and results in a soft liquid slush as opposed to a mound of hard ice for drizzling flavoring over.

Another option is to freeze a tray of cola cubes to use in cooling a cola drink. This prevents the watering down from plain ice.
 

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