Our product TnB Naturals Co2  is made from all natural , 100% organic ingredients which when activated create a blast of CO₂ that can reach 1200 ppm in a 12x12x12 area.

Activate the Enhancer by simply adding 1 litre warm water, placing the lid back on, removing the sticker on the lid, covering the small hole with your thumb and giving the bottle a quick shake. Its as simple as that! The Enhancer works of the natural phenom know as photosynthesis and will begin to disperse CO₂ within the hour. Giving the Enhancer a quick shake every day or two is all that this miraculous product requires. Finally, at the end of the two week life span, simply add an additional canister to your garden. Keep the first canister in your garden for an additional 2 weeks, as it is still producing CO2, just not at the high levels the Enhancer has become known for. You wont believe you eyes as you watch your plants health and overall yield increase dramatically.

So how does more carbon dioxide lead to more plant growth anyway?

Higher concentrations of carbon dioxide make plants more productive because photosynthesis relies on using the sun’s energy to synthesise sugar out of carbon dioxide and water. Plants and ecosystems use the sugar both as an energy source and as the basic building block for growth.

When the concentration of carbon dioxide in the air outside a plant leaf goes up, it can be taken up faster, super-charging the rate of photosynthesis.

More carbon dioxide also means water savings for plants. More carbon dioxide available means pores on the surface of plant leaves regulating evaporation (called the stomata) can close slightly. They still absorb the same amount or more of carbon dioxide, but lose less water.

The resulting water savings can benefit vegetation in semi-arid landscapes that dominate much of Australia.

We saw this happen in a 2013 study, which analyzed satellite data measuring changes in the overall greenness of Australia. It showed more leaf area in places where the amount of rain hadn’t changed over time. This suggests water efficiency of plants increases in a carbon dioxide-richer world.