Co2 Grow Room Calculator

For more help on calculating recommended btus based on specific grow room factors please call 1 877 9 ideal 1.

Co2 grow room calculator. Because grow rooms are sealed differently and have different plant numbers you should use this calculator as a guide not an exact calculator. Ventilation is often over looked but it s vital to healthy plants. You can jump right into the ventilation calculator by plugging in the volume of your grow op lxwxh or you can keep reading to learn about cfm and how fast you should be replacing. Keep in mind that air naturally contains around 300 ppm of co 2 and that the target for maximizing plant growth is within 1200 ppm to 1500 ppm.

There is no way to calculate how much the plants will use or how much leaks out. Co2 to add ppm. This form will calculate how much co2 will be needed to fill a grow room to the required level. Width x length x height x desired co2 level in.

Therefore we need to increase the co2 levels by 1200 ppm or 0012. It will not calculate how often you will need to refill the room with co2. Co 2 generator time calculator. Co2 levels in the atmosphere are normally around 300 ppm and our goal is to bring the grow room up to 1500 ppm.

Plants consume co2 and only an automatic program is able to correct the dynamic changes which are a result of the plants metabolism. There is not an exact calculation to be made to show the time duration of optimal co2 emission in the grow room. You can also reach out to our expert growers at 888 815 9763 and we can answer whatever questions you have and help you come up with a game plan. Our grow room ventilation calculator is just what you need to grow kick ass marijuana plants.

Increase your plant growth rates and flowering by 20 100 by using co 2 from seedling right through. For example if you have a 8x8x7 foot grow room you would need to cover 448 cubic feet 8x8x7 448. This co2 flow rate calculator will help you optimize the level of co2 in your grow room environment. Calculate the time that your co 2 generator must run to reach the optimal level of carbon dioxide in your culture room.

To compute the amount of co2 required to raise the level to 1 000ppm use this equation. It will also determine how long it will take to fill at the given rate. To calculate the amount of co2 you need you ll need to calculate the size of the grow room. Co2 is naturally present in the air at around 360 395 ppm.

Carbon dioxide co2 is the most important element your plants need. The calculator will show in the last field the seconds of supply of co2. Plants absorb co2 from the air via small pores in their leaves called stomata and use it as a building block to grow and bloom. This calculator is meant to be used only as a general guide several factors may drastically change cooling btu needs including but not limited to high ceilings poor insulation ambient outdoor temperature and lamp type shape.