I certainly agree that there will be some CO2 released, but nowhere near enough to make any difference.
I ran the same strain, in the same room, with the same environmental conditions. In one run I had nothing else going on, in the second I ran the method you're referring to, except I ran tubing from the bottles right up the plants. It doesn't get any better than that for the opportunity for absorption. The CO2 was literally coming out onto the plants themselves.
No change in yield.
Plus, CO2 being heavier than air, releasing CO2 at random into the grow room doesn't make it to the plants. It sits on the floor, next to the pots, nowhere near the stomata. That's why in proper CO2 applications, you'll see tubing run across the roof of the grow, or the generator mounted up high. This allows the CO2 to reach the plants in a way that will have the maximum effect.
Like I said, I have no issue with you bringing an idea to the table, and discussing the why's and wherefor's about it, but just be careful with how you present it
I ran the same strain, in the same room, with the same environmental conditions. In one run I had nothing else going on, in the second I ran the method you're referring to, except I ran tubing from the bottles right up the plants. It doesn't get any better than that for the opportunity for absorption. The CO2 was literally coming out onto the plants themselves.
No change in yield.
Plus, CO2 being heavier than air, releasing CO2 at random into the grow room doesn't make it to the plants. It sits on the floor, next to the pots, nowhere near the stomata. That's why in proper CO2 applications, you'll see tubing run across the roof of the grow, or the generator mounted up high. This allows the CO2 to reach the plants in a way that will have the maximum effect.
Like I said, I have no issue with you bringing an idea to the table, and discussing the why's and wherefor's about it, but just be careful with how you present it