How to use CDS or CDH4000 at work without a fridge

1) How can I use CDS or a ClO2 solution of CDH4000 at work without loosing ClO2 potency when I have no fridge?
2) What if I pour cold CDS or ClO2 solution of CDH4000 into black plastic bottles of 100 ml and fill them up completely, can I then drink one bottle every hour even though the room temperature at my work is above 20 degrees celsius?

Thank you for your response!
 

Have you thought about a thermos? I have a stainless steel one, which doesn't react with CDS (in my experience), and I thought that putting a few ounces of water in it (or CDS solution?) and freezing it overnight might work. Then just add cold CDS solution to it just before you leave for work. I would think it would last more than half a day before the temperature rises too high and the ClO2 starts to off-gas. CDH4000 still includes the initial ingredients, so I don't know if that will work with stainless steel.

Thank you! That will solve the problem.
I have been unable to find an old thermos with glass inside, but I do have several thermoses in stainless steel with plastic inside top that does have som rubber to it. So if CDS does not react with steel due to the fact that it is fully activated, then I guess the same will be the case with the rubber part inside and everything will be fine?

wrote:

Have you thought about a thermos? I have a stainless steel one, which doesn't react with CDS (in my experience), and I thought that putting a few ounces of water in it (or CDS solution?) and freezing it overnight might work. Then just add cold CDS solution to it just before you leave for work. I would think it would last more than half a day before the temperature rises too high and the ClO2 starts to off-gas. CDH4000 still includes the initial ingredients, so I don't know if that will work with stainless steel.
 

Andreas Kalcker says in his book The Essentials that you must not use stainless steel as it reacts with the chlorine dioxide.
See the quote below:

"Precaution 4
Never use metal containers! Metal containers react to chlorine dioxide and rust. These include stainless steel - an alloy made up of several metals, including nickel and chrome."