1. Hydrogen-Resistant Alloys:
In H2 service environments, selecting the right alloys is critical. We offer a range of hydrogen-resistant alloys meticulously chosen for their exceptional resistance to hydrogen embrittlement and stress corrosion cracking.

2. Material Compatibility Assessments:
Navigating the challenges of hydrogen exposure requires in-depth material compatibility assessments. Our experts evaluate materials for their suitability in H2 service conditions, ensuring your components withstand the unique challenges posed by hydrogen.

3. HIC and SSCC Testing:
We conduct rigorous testing for hydrogen-induced cracking (HIC) and sulfide stress cracking (SSCC). Our comprehensive testing protocols guarantee that steel components destined for H2 service meet or exceed industry standards for resistance to these specific types of corrosion.

4. Welding Procedures for Hydrogen Environments:
Welding in H2 service environments demands precision and adherence to stringent procedures. Benefit from our specialized welding processes designed to maintain the structural integrity of welded joints in the presence of hydrogen.

5. Hydrogen Mitigation Strategies:
We develop and implement effective hydrogen mitigation strategies to minimize the effects of hydrogen-induced degradation. Our tailored solutions address the unique challenges of hydrogen exposure, ensuring the long-term reliability of your steel assets.