Air root bubbler in co2 closed room?

S

stinkydinky

Member

• Sep 3, 2020

• #1

Hi guys!

I have been wondering what the situation with air injection by bubbler in a sealed room with 1500ppm co2 would be?
(each pot individual bubble stone in the clay at bottom)

Obviously it is far from just air that would bubble at the roots then if using the air from within the room,
is this actually a problem?

As far as i understood roots just care for air its the rest of the plan that can use the co2, so i wonder if i would actually do more damage than good doing that?

Thanks!

 

I

Iamnumber

Active member

• Sep 3, 2020

• #2

Plenty of oxygen in tent air so I do not see risks in the plan.

 

S

stinkydinky

Member

• Sep 3, 2020

• #3

Iamnumber said:

Plenty of oxygen in tent air so I do not see risks in the plan.

Click to expand...

there is no tent it is a closed room with no air exchange and 1500ppm co2...

 

O

overbudjet

Active member

Veteran

• Sep 3, 2020

• #4

Seal room, RDWC air pump from the inside room at 1500ppm Co2
girls look happy under de sun.

 

S

stinkydinky

Member

• Sep 3, 2020

• #5

overbudjet said:

Seal room, RDWC air pump from the inside room at 1500ppm Co2
girls look happy under de sun.

[URL=https://www.icmag.com/ic/picture.php?albumid=52497&pictureid=1228041&thumb=1]View Image[/url] [URL=https://www.icmag.com/ic/picture.php?albumid=32617&pictureid=800955&thumb=1]View Image[/url]

Click to expand...

great! thanks!

 

J

John LOQUE

Member

• Sep 3, 2020

• #6

just a thing... If too much CO2 goes into the water, the PH will drop. It's carbonic acid. So if your PH drops without a reason, check where the co2 arrives not too close to the air pump...

 

O

overbudjet

Active member

Veteran

• Sep 3, 2020

• #7

Put the air pump as high as it can be,Co2 is heavier than air .:yay:

 

S

stinkydinky

Member

• Sep 4, 2020

• #8

John LOQUE said:

just a thing... If too much CO2 goes into the water, the PH will drop. It's carbonic acid. So if your PH drops without a reason, check where the co2 arrives not too close to the air pump...

Click to expand...

oooh tight info thank you!