Teller Rosette Ring’s filament-shaped design, together with the large void space, contributes to lower pressure drop, resulting in reduced energy consumption and consequent cost savings. Large void ratio grants greater flow capacity and minimizes restrictions or blockage. In addition, the many interstitial hold-up points allow continuous regeneration of liquid surface area, facilitating high mass transfer. Excellent liquid distribution can also be obtained due to the numerous branching. Teller Rosette Ring allows efficient pollutant removal where its filamentous helix structure enhances particulate collection.