Cavitation Technologies Business Summary

Cavitation Technologies, Inc. (CVAT) operates a high-margin industrial technology model centered on the licensing, royalty-based distribution, and direct sale of its proprietary Nano-Reactor® and Cavitation Non-Thermal Plasma™ (CNTP™) systems. The company generates revenue by integrating these hydrodynamic cavitation solutions into large-scale industrial processing lines, primarily through a long-standing global strategic partnership with the Desmet Ballestra Group. As of early 2026, CVAT has diversified its business segments beyond its mature edible oil refining base into high-growth sectors including industrial water remediation (specifically PFAS "forever chemical" removal), renewable fuels, and high-performance computing. This expansion is spearheaded by its subsidiary, XYRA Corp, which focuses on immersion cooling for data centers and AI-driven fintech infrastructure. CVAT competes with diversified engineering giants such as Alfa Laval, GEA Group, and Crown Iron Works, as well as niche players like Hydro Dynamics, Inc., positioning itself as a specialized, ESG-centric provider of chemical-free, low-OPEX yield enhancement technology. The company’s leadership is anchored by Co-founder and CTO Roman Gordon, a prolific inventor with numerous patents in fluid processing, and CEO/CFO Neil Voloshin, who brings over two decades of experience in investment banking and corporate scaling. The technical team is led by Director of R&D Maxim Promtov, PhD, an expert in chemical engineering with extensive academic and industrial pedigree. CVAT’s strategic direction is supported by a high-profile board and advisory team, including Dr. Gerald Bailey, former President of Exxon-Arabian Gulf, and Duane Germenis, a 30-year veteran of the produced water sector appointed in 2025 to lead the water division’s commercialization. Notable institutional focus remains on the 2026 expansion of XYRA Corp, which is currently pursuing significant capital raises to scale its quantum-secure remittance and immersion cooling technologies.