Aha! Insider trading! I
knew it!
Sorry, I don't understand this bit.
The reactor is already fluidized. What is it you propose changing?
Thx,
Dave.M
You have no idea what kind of inside information I get through PMs. That's where the book material is coming from :thumbsup:
Yes, the fluidized media reactor (GAC, GFO etc.) is fluidized, but I was talking about making the calcium reactor fluidized. It may already be set up for that, but it doesn't state it anywhere that I read. It has a drilled plate plenum and perhaps a cone at the bottom for this purpose. I won't know if it is doable until I see it in person.
The reason for a fluidized calcium reactor are as follows...
The most common problems with properly set-up ca reactors is...
- small media has greater surface area and thus dissolves faster
- constant grinding will aid in dissolving the calcium media
- no channeling
- no clogging
- no caking/melting
- no biofilms (bacteria)
- no Co2 bubble accumulation/trapping
- compact design
- less Co2 required
The problem with conventional large media calcium reactors is...
- they can become mechanical filters
- they can solidify and cake, thus clogging the device
- channeling bypasses some or most of the media
- large media has less surface area, slower dissolution rate
- Co2 bubbles get trapped in the media
If you want to dissolve a solid in a liquid the first thing you so is start of with fine granules. The next thing you do is start stirring it. Why should a calcium reactor be any different than a cup of coffee
