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Zachattack disagrees. If you use a dip tube, the gaseous CO2 would push the liquid up.

Why would it be complicated? I'm envisioning: O < co2 | < regulator/valve >---O (mixing container) | < regulator/valve O < liquid

Just treat it as if I was creating a slushy maker. It's almost exactly the same. :) I was going to use a dip tube to have the pressurized liquid co2 come out.

Liquid CO2 is the key ingredient ;P

It is for a culinary application - very similar (almost exactly) to a slushy maker, but with a variation of application. Can one not just buy piping online and connect them into one "mixing" container, and use regulators to control the flow of co2 and the liquid? What would need to be machined...

Not exactly a slushy machine..... but similar. What dangers would this process run? Because I have no problem with buying a tank with a dip tube to keep it safe. Other than inverting the tank, what about this would be dangerous? You're correct, there are many holes in my knowledge of...

How does a dip tube work? I need to spray liquid co2 and another liquid together in a system to create a (frozen) mixture. Obviously the co2 will almost instantly turn to gas, and that's not a problem. And what do you mean by inverting it?

It's actually not for homebrewing beer -- I just saw this forum and you folks seemed to be quite knowledgeable. :) It's another food-related project I'm doing with a friend. Keeping the idea secret for now. I just needed to know how to dispense liquid CO2 into a system. :o

:( That's... what I need.

So I was reading this thread earlier: https://www.homebrewtalk.com/f35/co2-tank-pressure-psi-265611/ And I was wondering, how does one get the liquid CO2 in the first place? I'm buying a tank but have no idea how to get liquid co2. Any help would be appreciated.