The dominance of forests as the world's sole "lungs" is now facing a serious challenger from the ocean. Recent biotechnology studies reveal a surprising fact: microalgae work far more efficiently in absorbing carbon emissions compared to terrestrial trees.

Data shows that the carbon dioxide (CO2) sequestration capacity of 1 hectare of algae culture is equivalent to 30 hectares of forest.

Why does this high-level efficiency occur? The answer lies in an absolute biological mechanism:

• No Structural Burden: Unlike trees that must allocate their energy over decades to build sturdy roots, trunks, and branches.

• 100% Photosynthesis: Microalgae dedicate their entire cellular structure solely to photosynthesis and rapid biomass growth.

This finding positions algae cultivation technology as the most logical and scalable Carbon Sequestration solution today. For the global industrial sector currently racing to meet Net Zero Emission targets, the integration of microalgae technology is no longer just an alternative, but an absolute key to future sustainability strategies.