Engineer, Corrosion

Role Summary: The Corrosion Engineer will be responsible for developing corrosion-resistant pipe products for applications in the oil and gas (OCTG and line pipe), geothermal energy, hydrogen transportation, and carbon capture sectors. This role involves evaluating materials, designing innovative anti-corrosion solutions, optimizing product performance, and collaborating with interdisciplinary teams to enhance efficiency and sustainability. The ideal candidate will possess expertise in corrosion, familiarity with these industries, and a strong focus on technological advancements. Job Duties & Responsibilities: • Develop and optimize corrosion-resistant solutions for OCTG and line pipe applications. • Collaborate with Metallurgy engineers to design and develop steel alloys tailored to the needs of industries like oil and gas, geothermal energy, hydrogen transportation, carbon capture, and other relevant applications. • Evaluate material performance under corrosive conditions and conduct laboratory tests to ensure compliance with industrial standards in accordance with Natro 175 or ISO16165. • Oversee testing protocols to verify that products meet industry standards and regulatory requirements. • Monitor production processes, including clean steel production for sour and corrosion applications, to align with design specifications and quality standards. • Partner with industry experts to integrate advancements in technology into steel alloy design strategies. • Lead initiatives incorporating cutting-edge technologies to stay ahead of emerging corrosion trends. • Collaborate with technology, quality, and operations teams to optimize product performance and ensure design objectives are met. • Ensure compliance with environmental, health, and safety regulations, maintaining familiarity with international standards. • Provide technical support to engineering teams, ensuring corrosion control measures are effectively integrated into design. • Prepare detailed reports, analyses, and recommendations based on corrosion assessments and testing results. • Offer training on corrosion techniques and best practices to relevant stakeholders. Education & Experience: • Bachelors degree in Corrosion Engineering, Metallurgical Engineering, Materials Science, or a related field. • 10+ years of experience in corrosion engineering, materials selection, or failure analysis, preferably in industrial settings such as oil & gas, energy, or manufacturing Skills: • In-depth knowledge of corrosion mechanisms, prevention methods, and material behavior in varied environments. • Proficiency with corrosion monitoring tools and techniques (e.g., electrochemical impedance spectroscopy, ultrasonic thickness gauges). • Familiarity with industry standards, including NACE, ASTM, ISO, and corrosion-related codes. • Expertise in corrosion modeling software and general engineering tools. • Strong analytical and problem-solving abilities. Show more Show less

Bachelor's degree in Corrosion Engineering, Metallurgical Engineering, Materials Science, or a related field; 10+ years of experience in corrosion engineering, materials selection, or failure analysis, preferably in industrial settings such as oil & gas, energy, or manufacturing.

Develop and optimize corrosion-resistant solutions for OCTG and line pipe applications. Collaborate with Metallurgy engineers to design and develop steel alloys for oil & gas, geothermal energy, hydrogen transportation, carbon capture, and related applications. Evaluate material performance under corrosive conditions and conduct laboratory tests to ensure compliance with industrial standards (Natro 175 or ISO16165). Oversee testing protocols to verify products meet industry standards and regulatory requirements. Monitor production processes, including clean steel production for sour and corrosion applications, to align with design specifications and quality standards. Partner with industry experts to integrate advancements in technology into steel alloy design strategies. Lead initiatives incorporating cutting-edge technologies to stay ahead of emerging corrosion trends. Collaborate with technology, quality, and operations teams to optimize product performance and ensure design objectives are met. Ensure compliance with environmental, health, and safety regulations, maintaining familiarity with international standards. Provide technical support to engineering teams, ensuring corrosion control measures are effectively integrated into design. Prepare detailed reports, analyses, and recommendations based on corrosion assessments and testing results. Offer training on corrosion techniques and best practices to relevant stakeholders.