A VORTA hydrodynamic cavitation unit has been field-trialled on a UK lake closed by a blue-green algae bloom. It destroyed cyanobacterial cells and broke down their toxins using nothing but water. The work was featured on BBC News.
Scaling VORTA takes more than making a larger device. We combine machine learning with engineering experience and testing to understand how performance changes as capacity grows.
VORTA has been recognized as one of the Top 10 Wastewater Treatment Startups of 2025 by Industry Outlook, acknowledging its commitment to innovation and circular economy solutions.
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.