Enrichment without CO2 losses, base nutrient of plants: CO2 reactor for freshwater aquarium from 40 to 400 L, from 20 cm in height
easy installation: reactor connection to CO2 fertilization system (not supplied) using a special CO2 hose, positioning in the aquarium with suction cups.
Visible and efficient Diffusion of CO2, operation without additional pump, no separate bubble accounts required, easy cleaning, fully removable. Suitable for all current, expandable CO2 systems.
Recovery plug against CO2 losses, solid polycarbonate, up to 400 L at 4 ° KH, up to 200 L at 10 ° KH
Content: High diffusion CO2 reactor, with 10 modules + base module with pipe fitting + recovery cap at the top, 4 pliers with suction cups, special CO2 pipe of 2 m, height 19 cm.

Optimal nutrition of plants
for aquarium plants, it is very important to have the right CO2 rate in water. Carbon dioxide serves as a basic nutrient for plants and therefore promotes their full development. Plants use CO2 for photosynthesis and thus provide water with the essential oxygen. They prevent the growth of algae, eliminate harmful substances, offer animals possibilities of hiding places and reduce pathogenic germs.

Effective enrichment of CO2 aquarium water
The CO2 gas crosses the CO2 transport hose in the middle of the reactor and arrives in the lower module. He enters in the form of bubbles (visible and therefore accounting) in the spirals of the CO2 reactor and rises up as on a circular parking ramp. On this long journey, the bubble CO2 dissolves in the water of the aquarium. The system thus provides aquarium plants CO2 which is their main nutrient.

Why don't the bubbles dissolve 100 %?
Going up, the bubbles release CO2 in the water from the aquarium, but at the same time absorb other gases in the presence in water, because these gases are more concentrated in the water of the aquarium than in a CO2 bubble. Consequently, the CO2 content in the bubble decreases and, for example, the oxygen and diazote gas content increases. At the end of her career in the CO2 reactor, she became significantly smaller, but still contains as many CO2 as the surrounding water and all the gases also contained in the water of the aquarium.

Extension
If the desired CO2 rate cannot be obtained while the number of bubbles has been increased, the reactor may be equipped with additional modules. This extension will extend the route of CO2 bubbles and increase CO2 intake. An extension will only be limited by the height of the aquarium.