REFERENCE
[Our Algae Cultivation Equipment is a "CO2 Reduction Device"]
(CCU's ultimate weapon)
Microalgae are tiny plants that are invisible to the naked eye, measuring about 1/100 mm.
Because they are plants, CO2 is essential for their growth, and they perform photosynthesis using CO2 and light (LEDs) and repeat cell division.
General plants perform photosynthesis in the leaves and use the nutrients in all parts of their body, such as roots, stems, flowers, and fruits, but microalgae, which exist only as cells, store all the nutrients created by photosynthesis inside their cells, so the nutrients they contain are more abundant and more varied than other plants or crops.
And because they do not waste nutrients on unnecessary parts and simply repeat cell division, their growth speed is orders of magnitude faster than that of general plants.
In a way, the algae cells in the culture device are the same as those collected from photosynthetic cells of ordinary plants. They do not produce fragrant young leaves, beautiful flowers, or tasty fruits, but instead the nutritious algae cells multiply by repeatedly doubling.
Since microalgae can be said to be such concentrated plants, if the culture device can maintain high-concentration culture for a long period of time, it is both an algae culture device and a "CO2 reduction device."
Furthermore, our device uses a special structure to further increase CO2 absorption.
It can be installed in any location without choosing a base area, and it is a high-concentration, continuous culture that increases the amount of CO2 absorption. Furthermore, since it is a completely sealed device, the amount of CO2 converted to oxygen in the culture device can be digitally quantified and visualized.
CO2 is absorbed by plants and converted into oxygen, and the biomass obtained from it creates industry, employment, and people's health.
There is no doubt that this is the most ideal way to reduce CO2 emissions.
Only when all of the above conditions are met can we become the decisive leader in CCU on a global scale.