2D Nano produces high‑quality graphene via continuous‑flow synthesis with real‑time monitoring and integrates it into cement composites to create structural supercapacitors. The resulting graphene‑cement materials offer ultra‑fast charging, temperature resilience, and low‑carbon manufacturing for construction material makers and large‑scale energy storage integrators.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial and energy sectors require high-performance conductive materials and reliable energy storage solutions, but existing graphene production methods are often limited in scale, quality consistency, and environmental sustainability. This hampers the adoption of advanced 2D materials in large‑scale applications such as construction‑integrated supercapacitors.
Solution
2D Nano addresses these gaps by developing high‑quality graphene using proprietary production processes that incorporate real‑time monitoring and rigorous quality‑control protocols. The company integrates graphene with cement to create composite supercapacitors that combine rapid charge‑discharge capability with the structural strength of cement. Their approach emphasizes environmentally responsible manufacturing, ensuring that the material supply chain aligns with sustainability goals. By focusing on scalable technology pathways, 2D Nano aims to deliver ready‑to‑use graphene and graphene‑cement components for industrial manufacturers and energy‑storage system designers.
Target Audience
Primary customers are manufacturers of construction materials, large‑scale energy storage system integrators, and industrial firms seeking high‑performance conductive additives for electronics or composite applications.
Features
- Continuous‑flow graphene synthesis with in‑line Raman spectroscopy and optical monitoring to maintain uniform layer quality
- Proprietary graphene‑cement composite formulation delivering ultra‑fast charging, wide temperature tolerance, and long operational lifespan
- Safety‑first material design that meets industry standards for structural integrity and chemical stability
- Production processes optimized for low carbon footprint, using recycled feedstocks and waste‑heat recovery
- Modular supply format (powders, sheets, bulk composites) compatible with existing manufacturing lines and construction workflows
- Scalable pilot plant architecture enabling transition from laboratory to commercial‑scale volumes