Carbon Capture Engineer

What Does a Carbon Capture Engineer Do?

Carbon capture engineers develop and optimise the technologies that trap carbon dioxide before it reaches the atmosphere - or remove it directly from ambient air. They work with post-combustion capture, pre-combustion capture, oxy-fuel combustion, and direct air capture (DAC) systems, ensuring these processes operate efficiently, safely, and economically at industrial scale.

The field is expanding rapidly as governments and industries recognise that emissions reductions alone will not achieve Paris Agreement targets. The International Energy Agency projects that CCUS must capture over 1 Gt of CO2 per year by 2030 to stay on track for net-zero by 2050. The EU Innovation Fund, US 45Q tax credits, and corporate net-zero pledges are pouring billions into CCUS infrastructure, creating sustained demand for qualified engineers.

Carbon capture engineers typically work for energy companies, heavy industry (cement, steel, chemicals), specialised CCUS technology firms, or engineering consultancies. They are responsible for process design, pilot plant operation, scale-up studies, environmental permitting, and long-term monitoring of geological storage sites. Salaries in Europe range from EUR 38,000 for graduate engineers to EUR 96,000+ for senior professionals leading large-scale CCUS projects. Roles are concentrated in Norway, the Netherlands, the UK, and Germany, where major CCUS hubs are being developed.

Key Responsibilities

• Design carbon capture processes using amine scrubbing, membrane separation, or solid sorbent technologies
• Simulate and optimise capture systems using Aspen Plus, HYSYS, or equivalent tools
• Oversee pilot plant commissioning, operation, and performance testing
• Conduct techno-economic analysis and lifecycle assessment of CCUS projects
• Manage environmental impact assessments and regulatory permitting for CO2 storage
• Monitor CO2 transport pipelines and geological storage site integrity

Required Education

• Bachelor’s or Master’s in Chemical, Mechanical, or Environmental Engineering
• Strong foundations in thermodynamics, mass transfer, and process simulation
• Knowledge of geological storage, CO2 transport, and health-and-safety regulations
• Chartered Engineer status or PE licence advantageous for senior roles

Career Development

1. Graduate Process Engineer - lab work, simulation support, and pilot plant assistance (0-2 yr.)
2. Carbon Capture Engineer - independent process design and project delivery (2-5 yr.)
3. Senior CCUS Engineer / Project Manager - large-scale project leadership and technology selection (5-8 yr.)
4. Principal Engineer / Head of CCUS - technology strategy, government advisory, and portfolio direction (8+ yr.)