ChernobylCool
New Member
- Joined
- Feb 23, 2017
- Location
- Florida USA
New poster here, i did my best to see if there were any previous threads that were along the same idea as this. So I wanted to get your input on what you think of this. So With Ryzen coming out next month I was going to do a new build in a primarily tempered glass case, with kindof a biohazard/radioactive theme to it, but since I know the 95W (made by AMD the heat masters of the computer world) part plus the two GPU cards I will have in it (I have to see if the next gen ATI stuff is better than 2 GTX 1080 in SLI). The thing is going to throw off a lot of heat.
Okay so here is what I was thinking, I want next to no noise level, and no ambient heat coming from the computer itself which is going to sit next to me which and I don't want the side of me facing my computer to start sweating as if I am becoming a slow roasted turkey. So for the silence factor and overclockability I want to water cool, furthermore there is a window directly next to where the CPU will sit so to further reduce the noise (or atleast make it further away) I was going to do an external radiator and place it outside. However I noticed a few bottlenecks in this plan. As I live in Florida it rarely gets below 70°F (21°C) and usually is somewhere between 80° - 90°F depending upon the time of the year, so those ambient temperatures are waaay to hot to support any type of efficient cooling. Wrench in my plan... I think not... so my next idea was to use the radiator in a bucket of circulated water but i quickly realized this water will quickly be bottlenecked by the fact that it will hit the ambient outdoor temperature and further be heated by the radiator losing any cooling benefit.
My current idea is to run the radiator into a deep chest freezer in a bath of isopropyl alcohol that will have a current maintained by a fish tank pump, and I could use the top of the chest freezer as extra counter space in my outdoor cooking area. I could throw a secondary radiator into the alcohol loop but that might be overkill as I think the sub zero temperatures of the freezer will chill the alcohol to an adequate level.
So some issues I can foresee happening with this build is
A.) water will be being ran into the freezer if the computer (and pump) is turned off will the section of the first stage coolant in the freezer freeze?
i.)i could rig a separate power system for the pump and leave it going all the time so it will decrease the amount of time the coolant is exposed, kind of like leaving a faucet on in the winter. However will this lead to the first stage coolant being chilled to sub ambient temperatures and condensation
B.) I could also add a small percentage of alcohol to the water in the first stage loop to the point where it will have an antifreeze like effect, but how will this affect the cooling performance of the cooling loop.
It is an ambitious project, and feel free to shoot holes in my idea, offer suggestions, or ask questions.
Okay so here is what I was thinking, I want next to no noise level, and no ambient heat coming from the computer itself which is going to sit next to me which and I don't want the side of me facing my computer to start sweating as if I am becoming a slow roasted turkey. So for the silence factor and overclockability I want to water cool, furthermore there is a window directly next to where the CPU will sit so to further reduce the noise (or atleast make it further away) I was going to do an external radiator and place it outside. However I noticed a few bottlenecks in this plan. As I live in Florida it rarely gets below 70°F (21°C) and usually is somewhere between 80° - 90°F depending upon the time of the year, so those ambient temperatures are waaay to hot to support any type of efficient cooling. Wrench in my plan... I think not... so my next idea was to use the radiator in a bucket of circulated water but i quickly realized this water will quickly be bottlenecked by the fact that it will hit the ambient outdoor temperature and further be heated by the radiator losing any cooling benefit.
My current idea is to run the radiator into a deep chest freezer in a bath of isopropyl alcohol that will have a current maintained by a fish tank pump, and I could use the top of the chest freezer as extra counter space in my outdoor cooking area. I could throw a secondary radiator into the alcohol loop but that might be overkill as I think the sub zero temperatures of the freezer will chill the alcohol to an adequate level.
So some issues I can foresee happening with this build is
A.) water will be being ran into the freezer if the computer (and pump) is turned off will the section of the first stage coolant in the freezer freeze?
i.)i could rig a separate power system for the pump and leave it going all the time so it will decrease the amount of time the coolant is exposed, kind of like leaving a faucet on in the winter. However will this lead to the first stage coolant being chilled to sub ambient temperatures and condensation
B.) I could also add a small percentage of alcohol to the water in the first stage loop to the point where it will have an antifreeze like effect, but how will this affect the cooling performance of the cooling loop.
It is an ambitious project, and feel free to shoot holes in my idea, offer suggestions, or ask questions.