The energy and industrial sectors are undergoing a profound transformation. From the integration of multiple energy sources in a single site, to the urgent need to repurpose aging infrastructure for new applications like hydrogen transport, the demands on critical infrastructure have never been higher.
Complex hybrid systems — wind, solar, hydrogen (H2), batteries — are becoming the norm. With them, new technical challenges emerge: parasitic interactions from stray currents, accelerated material degradation and increasingly demanding regulatory compliance.
Energy systems are no longer simple or linear — and infrastructure integrity now requires smarter, integrated engineering strategies for safe and reliable coexistence.
At Integrity 850, we don’t just follow trends — we engineer ahead of them. Our innovation strategy is focused on two key vectors:
To meet these challenges, we’re developing proprietary tools that push the boundaries of conventional infrastructure analysis:
Whether it’s the safe injection of hydrogen into legacy gas pipelines for the ceramics or cement industry, or the integrity planning of hybrid solar/H₂/wind sites with battery storage, our solutions help clients extend asset life, adapt to transition and make decisions faster.
