X-nano
X-nano engineers nanomaterials at the atomic scale to address critical bottlenecks in the energy transition, producing high-purity synthetic graphite for lithium-ion battery anodes and developing materials for advanced nuclear and clean hydrogen applications. The company positions itself as a technology enabler for electric storage, clean hydrogen, and future nuclear energy sectors.
- New Materials
- Clean Technology
- Battery Technology
- Energy
- Chemical Technology
Funding
Founders
Founder details are not available yet.
Product
Problem
Current energy storage and clean energy technologies rely on materials that limit performance, durability, and scalability. Lithium-ion batteries depend on graphite anodes with inconsistent quality, while advanced nuclear and hydrogen systems require materials that can withstand extreme conditions, slowing the deployment of these low-carbon solutions.
Solution
X-nano creates engineered nanomaterials at the atomic scale to unlock new performance levels in energy applications. The company produces high-purity synthetic graphite for lithium-ion battery anodes, improving consistency and electrochemical performance compared to conventional materials. For the nuclear sector, X-nano develops nanostructured materials designed to endure the extreme radiation and thermal environments of fourth-generation fission and fusion reactors. In clean hydrogen, the company's nanomaterials enable more efficient production and storage pathways. By controlling matter at the nanoscale, X-nano provides industrial partners with materials that address critical bottlenecks in the energy transition. The company positions itself as a technology enabler for the key steps in electric storage, clean hydrogen, and future nuclear energy sectors.
Target Audience
Primary customers are industrial players in the battery manufacturing, clean hydrogen, and nuclear energy sectors, as well as research institutions and technology companies seeking advanced nanomaterials for energy applications.
Features
- Atomic-scale material engineering for tailored nanostructures in energy applications
- High-purity synthetic graphite production for lithium-ion battery anodes
- Nanomaterials designed for extreme radiation and thermal tolerance in advanced nuclear reactors
- Material solutions for clean hydrogen production and storage
- R&D capabilities spanning from laboratory synthesis to industrial-scale material development
- Collaboration model with industrial partners to co-develop application-specific nanomaterials