Job Description

A senior Scientist with a strong chemistry background and at least 5-10 years of related research experience is required to lead the chemistry aspects of the mineralization scale-up. This role is critical to ensure deep understanding of reaction mechanisms, accurate optimisation of CO₂ mineralisation, and reliable translation of laboratory results to pilot scale. The position will also ensure robust analytical validation and compliance with NEA standards, reducing technical risks during scale-up.

Key Roles and Responsibilities

• Lead optimisation of CO₂ mineralisation reaction chemistry and kinetics
• Design and oversee advanced laboratory and testbed studies
• Conduct and interpret detailed material characterisation (e.g., XRD, ICP-MS, TGA)
• Provide expert support for pilot plant troubleshooting and process refinement
• Ensure product safety and compliance with regulatory requirements
• Collaborate with engineering teams to integrate chemistry insights into scale-up design

Job Requirements

• Degree: PhD in chemistry or related fields with experience in applied research or industry collaboration preferred
• Proven experience in project management and leading research teams
• Good understanding of chemical processes and their design and optimization.
• Good understanding of chemistry and chemical engineering concepts, particularly in (but not limited to) inorganic chemical synthesis and multiphase reactions.
• Experience in designing, setting up and operating reactors and other equipment at the kg-scale.

Remarks:

This role is essential for bridging laboratory research and pilot-scale implementation, ensuring successful translation of the CCUSand technology towards commercial deployment.