Noram Electrolysis Systems (NESI) provides electrochemical technology that electrifies chemical processes, streamlining supply chains while cutting waste and operating costs. Their platform is being expanded to support cleaner lithium refining and more resilient battery supply chains, with recent government‑funded development of a next‑generation electrochemical system.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional chemical manufacturing relies on high-temperature, fossil‑fuel‑based processes that generate significant waste, require complex supply chains, and incur high operating costs. These inefficiencies hinder the transition to greener production, especially for emerging battery materials like lithium.
Solution
Noram Electrolysis Systems (NESI) provides an industrial‑scale electrochemical platform that replaces conventional thermal reactions with electrically driven electrolysis. By delivering electrons directly to the reaction medium, the system enables more precise control of chemical pathways, reducing by‑product formation and energy consumption. NESI’s multi‑compartment electrolysis design separates reaction zones, allowing simultaneous processing of multiple steps and improving overall conversion efficiency. The platform is validated at industrial scale and is being adapted for cleaner lithium refining, helping manufacturers simplify supply chains, lower waste, and cut operating expenses while supporting sustainable battery production.
Target Audience
Primary customers are large‑scale chemical manufacturers and battery material producers seeking to modernize their processes, reduce waste, and improve cost competitiveness.
Features
- Multi‑compartment electrolysis architecture that isolates reaction stages for higher selectivity and efficiency
- Scalable industrial‑grade hardware capable of continuous operation at high throughput
- Integrated power management to optimize electricity usage and enable operation with renewable energy sources
- Real‑time monitoring and control software for precise process parameters and rapid troubleshooting
- Modular design allowing retrofitting into existing chemical plants and adaptation to various chemistries, including lithium extraction