This startup develops and produces nanostructured photonic semiconductors and thin-film electronic printing technology for photocatalytic catalysis. This technology enables depollution and hydrogen production, specifically for water, air, and surface treatment and disinfection.
Funding
Funding not disclosed
Founders
Product
Problem
Current methods for depollution and hydrogen production are often inefficient and costly. Traditional photocatalytic catalysis methods lack scalability and effectiveness for widespread water, air, and surface treatment and disinfection.
Solution
This startup develops nanostructured photonic semiconductors and thin-film electronic printing technology to enhance photocatalytic catalysis. Their technology aims to improve the efficiency and scalability of depollution and hydrogen production processes. By utilizing advanced materials and printing techniques, they offer solutions for water, air, and surface treatment, as well as disinfection applications. The core innovation lies in the application of nanostructured materials to optimize light absorption and catalytic activity, leading to more effective environmental remediation and clean energy generation.
Target Audience
The primary target audience includes environmental agencies, industrial facilities, and organizations focused on clean energy and sustainable technologies.
Features
- Nanostructured photonic semiconductors for enhanced light absorption
- Thin-film electronic printing technology for scalable manufacturing
- Photocatalytic catalysis for depollution and hydrogen production
- Applications in water treatment, air purification, and surface disinfection