A Case Study in Material Integrity
The Challenge
Hydrogen storage tanks face a critical challenge: hydrogen ingress leading to embrittlement. This necessitates designing tanks with excessive safety margins to compensate for potential material weakness, increasing costs and weight
Our Solution
We engineered a breakthrough solution—a coated storage tank. This innovative coating acts as a barrier, preventing hydrogen uptake and preserving the material’s integrity. By inhibiting embrittlement, our technology enables tanks to maintain their strength and reliability.
Outcome
The results are transformative. Our coated storage tanks are significantly lighter, more cost-effective, and boast extended lifespans. With reduced maintenance requirements, industries can now embrace hydrogen storage solutions with confidence, unlocking the full potential of clean energy technologies. Furthermore, the lighter tanks enable both long-distance flights and road transport, overcoming previous limitations in lightweight construction.
Note
This case study is based on ongoing commercial discussions.