Sangeethsivan Sivakumar
Founder & CEO
Ardhann
This company engineers next-generation fibre reinforced composites utilizing graphene 2D materials for hydrogen storage and transfer infrastructure. They integrate AI-enabled monitoring to provide real-time insights and predictive analytics for enhanced safety and operational lifespan. The solutions offer significant maintenance cost reductions and extended service life compared to traditional materials.
- Clean Technology
- Manufacturing / Industry 4.0
- New Materials
Updated 7 months ago
Funding
Funding rounds are not available yet.
Founders
Sanjay Sivan
Co-Founder
Product
Problem
Traditional metallic materials used in energy infrastructure, particularly for hydrogen storage and transfer, are susceptible to corrosion and unpredictable failures. This leads to increased maintenance costs, reduced operational lifespan, and safety concerns.
Solution
Ardhann develops advanced composite materials engineered with integrated graphene 2D materials and AI-enabled monitoring systems for hydrogen infrastructure. These next-generation composites offer enhanced safety, a 40% reduction in maintenance costs, and a threefold increase in lifespan compared to conventional metallic alternatives. By embedding sensing capabilities and leveraging AI for predictive monitoring, Ardhann's solutions create intelligent infrastructure designed for a safer and more sustainable energy future.
Target Audience
Ardhann targets companies within the energy sector, specifically those involved in hydrogen storage and transfer, seeking to upgrade their infrastructure with advanced, safer, and more cost-effective materials.
Features
- Carbon fiber reinforced polymer composites incorporating graphene for improved barrier properties and integrated sensing.
- AI and machine learning algorithms for real-time monitoring and predictive maintenance of infrastructure integrity.
- Proprietary automated manufacturing processes ensuring consistent quality and efficient production of composite components.
- Retrofitting capabilities through precision engineering and metal integration.
- Enhanced safety features and extended operational lifespan compared to traditional materials.