A recent study demonstrates how VORTA's vortex-based hydrodynamic cavitation offers a net energy gain and enhanced biomethane potential for biomass like sugarcane bagasse.
Discover how vortex-based cavitation serves as a game-changer for anaerobic digester operations in distilleries, significantly enhancing biogas yields and energy recovery from spent wash.
Discover how VORTA's vortex-based hydrodynamic cavitation pretreatment significantly enhances the biomethane potential of dairy processing sludge, offering a sustainable leap forward in dairy waste management.
Enhanced anaerobic digestion of dairy processing FOG waste achieveing 756 mL/gVS methane yield via vortex-based hydrodynamic cavitation.
Achieved a 22% increase in biogas yield and reduced retention time by 5 days using hydrodynamic cavitation on corn stover.