Unit ZeoGraf™ – From Design to Prototype: A Milestone in Next-Generation Energy Storage

Redefining Energy Architecture

At Nanozeolite Energy LLC, we are proud to announce a key milestone in the development of our Unit ZeoGraf™, a next-generation energy storage architecture based on Scroll Graphene embedded in a tridimensional porous matrix.

After extensive research and design work, the project has now advanced into prototype manufacturing, marking a strategic leap forward in transforming theoretical design into practical application.

From Design to Prototype – The Strategic Breakthrough

The transition from simulation to prototype represents a turning point for Nanozeolite. Initial attempts to manufacture using Exentis provided only micrometric-scale structures, limiting performance and scalability.

With our new collaborations, we are now able to achieve nanometric dimensions, which unlocks the true potential of the ZeoGraf architecture. This step not only validates the design but also positions ZeoGraf as a unique contender in the race for advanced energy storage solutions.

A Global Collaborative Effort

The ZeoGraf™ project has moved beyond the limits of a single-lab initiative and has become a coordinated global effort. Its current development stage is being carried out simultaneously with leading research and validation centers across three key regions:

• Carbon Design Innovation (USA): Providing advanced engineering and process design capabilities for the fabrication of the ZeoGraf prototype.

• Intertek (UK): Responsible for technical validation and compliance under international standards, ensuring the prototypes meet safety and performance benchmarks required for industrial adoption.

• Superlab Suisse (Switzerland): Offering state-of-the-art facilities for electrode integration, cell assembly, and performance testing under real application conditions.

This tri-continental collaboration ensures that manufacturing, validation, and integration progress in parallel instead of sequentially, drastically reducing development timelines. By working in synergy, each institution contributes unique expertise that strengthens the entire innovation pipeline.

The outcome is a globally coordinated prototype, capable of transitioning faster from concept to scalable technology. This collaboration not only represents a technical milestone but also underscores the strategic nature of ZeoGraf™ as a multinational platform, designed to meet the expectations of diverse industries across the globe.

Technical Properties of Unit ZeoGraf™

Simulations have already provided a robust technical profile for the Unit ZeoGraf prototype:

• Energy Density: 1248 Wh/kg (significantly higher than conventional lithium-ion systems).

• Cycle Life: 8000 cycles without critical degradation.

• Architecture: Multilayer scroll graphene fixed within a porous separation matrix, combining conductivity, ionic regulation, and mechanical stability.

These results confirm the scalability and durability of the design, placing ZeoGraf at the forefront of energy innovation.

Comparison with Existing Technologies

Technology	Energy Density (Wh/kg)	Cycle Life	Key Limitations
Lithium-Ion (Conventional)	250–300	1500–2000	Thermal instability, limited lifespan
Solid-State Batteries	400–600	2000–3000	Manufacturing cost, scalability issues
Lithium-Sulfur	600–800	500–1000	Shuttle effect, short lifespan
Unit ZeoGraf™	1248	8000	Currently in prototype phase

This comparison highlights how Unit ZeoGraf™ surpasses the limitations of existing storage systems, combining high density with long-term durability.

Cross-Sector Applications

The disruptive architecture of ZeoGraf makes it a platform technology with applications across multiple industries:

• Electric Mobility (EVs): Extended range, reduced charging frequency, and safer operation.

• Stationary Storage: Reliable integration into renewable grids, balancing intermittent solar and wind power.

• Aerospace & Defense: Lightweight, high-density storage for satellites, drones, and advanced defense systems.

• High-Performance Electronics: Powering next-generation devices that demand high efficiency and minimal form factor.

• Renewable Energy Integration: Scalable storage for solar and wind installations, enabling greater energy independence.

Each of these sectors represents not only a technological opportunity but also a path to transform global markets.

Next Steps in the ZeoGraf Journey

Nanozeolite’s development roadmap for Unit ZeoGraf™ is structured in clear phases:

• Phase I – Prototype Fabrication (Current): Manufacturing of the first functional units.

• Phase II – Validation & Testing: Comprehensive testing with Intertek UK and Superlab Suisse to confirm performance and reliability.

• Phase III – Industrial Scaling: Preparing for mass production and integration into sector-specific solutions.

This roadmap ensures that ZeoGraf progresses seamlessly from laboratory achievement to global deployment.

A Patented Platform Open to Collaboration

The advance of Unit ZeoGraf™ into prototype production consolidates Nanozeolite Energy’s position as a pioneer in nanomaterial-based energy storage.This technology is already patented in the United States and Europe, establishing a foundation of protection and exclusivity.

At this stage, Nanozeolite is open to proposals, offering partners the opportunity to participate in the deployment of a disruptive energy technology that has the potential to reshape industries worldwide.