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co2 for cannabis growing

Fortunately, trees, plants and other green life need CO2 for their health just as much as we humans and other mammals need oxygen. Plants convert carbon dioxide into energy via photosynthesis. Those CO2-loving plants include marijuana. If you are wondering how to grow cannabis bigger and better, carbon dioxide can play an important part in your strategy.

Growing Cannabis Using CO2

CO2 generators provide one effective means of boosting carbon dioxide for your plants. Burning propane gas or natural gas, these products look like outdoor heaters and produce plentiful CO2. They produce heat too, so they are most suitable for larger spaces and climate-controlled enclosures.

CO2 Generators

CO2, also known as carbon dioxide, has developed a bad rap in recent years because of its role in global warming. But warming is really not this simple compound’s fault. It’s just that humanity tends to produce too much of it. Carbon dioxide happens to be a very important part of the natural cycle of life here on Earth, but as with anything beneficial, it is possible to have too much of a good thing.

Co2 for cannabis growing

The first, and the most basic method to grow cannabis, is outdoors. This way, the cannabis grows outside, utilizing the sunlight, but leaving the crops unprotected from weather or pests.

There are three main methods to growing cannabis these days – outdoor, in greenhouses, and in indoor grow rooms. While all are viable, they have different limitations and different levels of control over the grow. One big difference is the carbon footprint of the cannabis cultivation.

Most dehumidifiers small-scale growers use can’t manage the massive amounts of transpiration in commercial growing facilities. DryGair’s expertise is in large-scale, horticulture humidity control.

Greenhouse Cannabis Has a Smaller Carbon Footprint than Indoor

Traditionally, humidity forces growers to open the greenhouse in order to release humidity. But ventilating doesn’t only remove water vapor, it also extracts heat and CO2, which are benefitial to the growing facility.