Rice Husk to
Nano-Silicon
Rice husk is an abundant agricultural byproduct and a natural source of amorphous silica. We process rice husk into high-purity silica and convert it into nano-silicon used in lithium-ion batteries — avoiding expensive synthetic precursors and reducing overall material cost.
How Biomass Is Converted into Battery Materials
Our thermochemical process is designed to preserve material structure while enabling consistent and scalable output.
- Conversion of rice husk into usable process energy
- Recovery of high-purity rice husk silica
- Production of nano-structured silicon for battery anodes
Distributed Biomass Processing System
This distributed model reduces logistics costs and enables rapid scaling across rice-producing regions.
- Modular production units installed at rice mills
- No transportation of low-density rice husk biomass
- Local processing with centralized material applications
Rice Husk Silica & Nano-Silicon Output
Silica and nano-silicon are the primary value drivers, with energy supporting process efficiency.
Applications of Nano-Silicon in Lithium-Ion Batteries
Our nano-silicon material is engineered for integration into existing battery manufacturing processes.
Battery Materials Buyers and Partners
We work with companies across the battery and materials supply chain. Our nano-silicon is designed for integration into existing battery manufacturing processes.
- Lithium-ion battery manufacturers
- Silicon anode material companies
- Chemical and advanced materials firms
- Energy storage system developers
Request Nano-Silicon Samples
We are preparing nano-silicon samples derived from rice husk silica for research and validation purposes.
- Suitable for coin cell and lab-scale battery testing
- Early-stage evaluation material
- Limited initial batches available
Research on Rice Husk Silica and Nano-Silicon
We are developing a research platform to advance the science of biomass-derived silicon battery materials.
- Structure and morphology of rice husk silica
- Impurity control and purification methods
- Nano-silicon performance in lithium-ion batteries
- Process–property relationships
Silicon Anode Materials Platform
We are building a scalable platform for biomass-derived silicon anodes targeting the rapidly growing EV battery market.
- Low-cost rice husk feedstock
- Modular and distributed production model
- Target nano-silicon cost: $15–25/kg
- Large and growing EV battery market
Materials Characterization and Quality Control
Our in-house analytical capabilities ensure consistent, battery-grade material output across all production units.
- Silica and nano-silicon characterization
- Quality control across production units
- Process optimization and validation
Get in Touch
For partnerships, research collaboration, or investment inquiries.
