What is the exact impact of various degrees of temperature (heat) on chlorine storage?
Hey Folks,
I'm looking for a more detailed technical answer for the above question other than the generic "store in a cool, dark, well ventilated place". I would like to know what the exact impact that heat has on chlorine within normal environmental ranges, say a range of 100 degrees (shaded & vented cool box) to a max of 200-220 degrees as an extreme (rubbermaid container accidentally left in sun). I live in the Phoenix, AZ area and quite frankly, the "store in a cool, dark, well ventilated place" doesn't really exist here so I would like to know the fundamental chemistry impact on chlorine (liquid 10%-12%, tri-chlor, di-chlor, cal-hypo) so I can keep that in mind for various options/solutions for storage (indoor & outdoor) and automated dispenser designs/solutions.
Since searching for this gets significantly diluted by discussion on "how much chlorine to use when it gets warm out", I've found it difficult to research this on my own Google-Fu skills. I did go through the following thread but much of it was just personal testimony of "seemed OK to me". Storing Liquid Chlorine
I'm hoping in this section someone can provide a more detailed and technical explanation.
I am well versed in the impact of sunlight (ultraviolet) on Chlorine (this is Arizona after all) but details on "why a cool location for storage" seems to be lacking (other than "well, that's what the manufacturer says to do").
I'm also fairly familiar with the chemical impact on the surrounding environment (like that chlorine fumes can corrode metal nearby).
If in a shaded (dark) and well ventilated area, does ambient environmental heat make any actual impact under 220'F? 140'F?
Thanks everyone!
Hey Folks,
I'm looking for a more detailed technical answer for the above question other than the generic "store in a cool, dark, well ventilated place". I would like to know what the exact impact that heat has on chlorine within normal environmental ranges, say a range of 100 degrees (shaded & vented cool box) to a max of 200-220 degrees as an extreme (rubbermaid container accidentally left in sun). I live in the Phoenix, AZ area and quite frankly, the "store in a cool, dark, well ventilated place" doesn't really exist here so I would like to know the fundamental chemistry impact on chlorine (liquid 10%-12%, tri-chlor, di-chlor, cal-hypo) so I can keep that in mind for various options/solutions for storage (indoor & outdoor) and automated dispenser designs/solutions.
Since searching for this gets significantly diluted by discussion on "how much chlorine to use when it gets warm out", I've found it difficult to research this on my own Google-Fu skills. I did go through the following thread but much of it was just personal testimony of "seemed OK to me". Storing Liquid Chlorine
I'm hoping in this section someone can provide a more detailed and technical explanation.
I am well versed in the impact of sunlight (ultraviolet) on Chlorine (this is Arizona after all) but details on "why a cool location for storage" seems to be lacking (other than "well, that's what the manufacturer says to do").
I'm also fairly familiar with the chemical impact on the surrounding environment (like that chlorine fumes can corrode metal nearby).
If in a shaded (dark) and well ventilated area, does ambient environmental heat make any actual impact under 220'F? 140'F?
Thanks everyone!