Quick update, I have been wanting to change my Sump as it's too small for the whole system, also, it's a little unpractical because of the speed of the flow within it (Way to fast for the actual design) and I'm having lots of microbubbles in the tank.
Other problem I'm running here is when turning off the main pump, it leaves me with less than half inch of water from the edge of the sump until I have a major flood. The actual sump can handle up to 100 gallons, it usually keeps maybe 70 gallons of water.
Finally today I began my new sump, I'm using my former 275 gallon tank (72" x 34" x 26"), It fits swiftly under the main tank, tomorrow the Glass company will cut the glass sheets.
Great thing about it is that it can actually hold 275 gallons of water but it will run somewhat 175 gallons, so I got lots of margin for water overflow, and also it will run at very high speed
With this, my actual tank volume will go from 600 to 775 gallons
Renders:
Measures:
Detailed:
Perspective view of the Sump:
In the first chamber, water will fall freely without any socks, all water from fuge, reactors and DT will fall in here.
As water will raise, microbubbles will dissipate on top and will overflow to the 4, 7" socks which will catch any detritus on the water column:
Also, in case the socks are clogged, there is a small glass (2 inches high) than can allow overflow to the main sump area in case it's needed.
Underneath the socks area, there is a 2" clearance so water can go underneath to the main sump area.
The main sump area has 31 x 33" space, my SRO XP-5000 External skimmer will be in there now, so instead of running external I will go internal, this will save me space in the fishroom.
After water is treated, a set of 4 baffles with 2" separation from each will remove microbubbles and into the return chamber where water goes back to the DT: