[Airphotog]

I have searched but can't find plans here for an inline co2 reactor. The ones I found the links did not work.

 

[yesclassic]

have you seen this http://www.plantedtank.net/forums/diy/22296-rex-reactor.html

 

[Jeff5614]

http://www.rexgrigg.com/diy-reactor.htm

http://www.google.com/search?q=diy+...s=org.mozilla:en-US:official&client=firefox-a

http://www.gwapa.org/articles/inline_co2_reactor/

http://www.barrreport.com/showthread.php?t=3444

http://www.fantasyreef.com/showthread.php?t=657

http://www.myaquaria.com/justdiy/reactor10/default.htm

http://www.pricenetwork.ca/deal/DIY_Co2_Reactor_and_In_line_Heater-166935.html


And last but not least a pic of one I made for a fellow TPT member. No description of the parts but the pic pretty much tells it all.

 

[goalieman59]

http://www.aquaticscape.com/articles/co2reactor.htm

I did one like this except I did a brass nipple on the area where the coupler and pipe come together. For the brass nipple I had to tap the hole to be able to screw it in no big deal with a drill and a tap bit.

 

[Airphotog]

Thank you everyone. I can see that with bio balls the co2 hits it and desolves. How does it desolve in the open chamber?

 

[Jeff5614]

They're good without bioballs. As far as I'm concerned they'll just slow down flow and offer the possibility of getting clogged.

 

[Airphotog]

I guess my question is how does it desolve in an open chamber?

 

[cheaman]

The bubbles go up and the water flow goes down. The bubbles will break up on their own from the turbulence of going against the current. No bio-balls necessary.

 

[Jeff5614]

The bubbles go up and the water flow goes down. The bubbles will break up on their own from the turbulence of going against the current. No bio-balls necessary.

What Cheaman said