VNZTVINJAMURI NET ZERO TECHNOLOGYFuture Depends on Innovation

VINJAMURI NET ZERO TECHNOLOGY

01 / 05 · ENGINEERED TO ADVANCE

Future Depends on Innovation

The Future of Gas Storage Takes Shape

Advanced Type 3 composite pressure vessel concepts. Inventor-led innovation. Engineered for the next generation of industrial gas storage.

Discover our technology Connect with usIllustrative product rendering · Development-stage technology

SCROLL TO EXPLORECOMPOSITE PRESSURE VESSELS · RESEARCH & DEVELOPMENT

Future Depends on Innovation

Advancing the possibilities of gas storage and transportation through inventive engineering.

COPV Technology: The Core of Our Business

Composite Overwrapped Pressure Vessels (COPVs) are the foundation of VNZT’s business model. Our patented pressure-vessel technology guides our engineering development, prototype manufacturing, and path toward commercialization—with helium, hydrogen, and other compressed gases representing applications of one core technology platform.

Explore Our COPV Technology →

Type 3Composite pressure vessel architecture

2 U.S. PATENTSGranted intellectual property

1967 → TODAYA heritage of filament-winding innovation

R&D STAGEPrototype development & qualification ahead

THE ENGINEERING

Technology Built Around
Strength, Efficiency, and Ingenuity

Explore the three foundational elements of the composite vessel concept, supported by actual VNZT design schematics.

Premium illustrative rendering of a carbon-fiber-wrapped Type 3 composite pressure vessel

AI-assisted illustration

01 / COMPOSITE VESSELS

Type 3 Composite Cylinders

Metallic liners with filament-wound carbon-fiber reinforcement.

Explore →Illustrative concept rendering

VNZT assembly process illustration

02 / MANUFACTURING

From Liner to Overwrap

Five-step concept schematic for the cylinder assembly.

Patent schematic for vessel technology

03 / INTELLECTUAL PROPERTY

End-cap Innovation

Patented approaches informing pressure vessel design.

ENGINEERING LEGACY · TECHNOLOGY TODAY

Decades of Invention, a New Era of Advanced Gas Storage and Transportation

Mr. Vinjamuri developing a filament-wound pressure vessel in 1967 — A pioneering startFilament-wound pressure vessel development · 1967

Illustrative carbon-fiber composite cylinder product rendering — Engineering conceptDesign innovation and intellectual property

Portrait of founder — Inventor-led visionGopala Krishna Vinjamuri · Founder

Explore our story ↗

EXPLORE OUR COMPANY

Engineering Innovation, from Concept to Commercialization

Our Story

Discover the inventor's long journey from patented ideas to a renewed U.S. venture.

Pressure Vessel Technology

Learn how metallic liners and carbon-fiber overwraps work together.

Our technology →

Development Journey

See our current engineering priorities and path toward validation.

Our roadmap →

JOIN OUR JOURNEY

Future Depends on Innovation

We are always interested in connecting with curious minds and skilled professionals who want to help shape the future of advanced gas storage.

Explore careers ↗