Cyclonic degassing system for carbon dioxide and metabolic gases in aquaculture.

Abstract

The invention provides an online cyclonic separation system, optimizing gas mass transfer regardless of the directional flow of the water. The system comprises a confinement reactor body. An inlet induces a helical hydrodynamic vortex that exerts continuous sweeping, preventing organic sedimentation. Simultaneously, an injection system introduces carrier gas; the resulting bubbles, due to the density difference, migrate toward the central core of the vortex, establishing a crossflow regime. The gas concentrated in the core is evacuated through a converging section and an evacuation mechanism, either passively or with assistance, while the degassed fluid is extracted through a discharge port located at a level geometrically separate from the inlet.