As heavy industrial facilities, power plants, and chemical manufacturing hubs scale direct air capture (DAC) and point-source emissions reduction technology, global demand for specialized CCUS engineering talent has surged. Consequently, corporate recruitment for Carbon Capture Project Engineer Jobs has expanded rapidly across clean technology developers, EPC firms, energy majors, and environmental consultancies.
Engineers working in Carbon Capture Project Engineer Jobs lead the design, scaling, procurement, and execution of complex carbon capture, utilization, and storage (CCUS) projects. These technical project leaders manage chemical absorption systems, solvent recovery loops, high-pressure CO2 compression trains, and pipeline transport logistics. For chemical engineers, mechanical project managers, and process design specialists, pursuing Carbon Capture Project Engineer Jobs offers top-tier executive compensation, direct alignment with global net-zero goals, and excellent long-term career growth.
Job Overview & Quick Facts of Carbon Capture Project Engineer Jobs
-
Position: Carbon Capture Project Engineer / CCUS Process Engineer / Direct Air Capture (DAC) Project Lead
-
Industry: Carbon Capture & Sequestration (CCUS), Industrial Decarbonization, Clean Tech Engineering
-
Average Yearly Salary: $105,000 – $175,000+ per year (plus performance bonuses)
-
Job Type: Full-time (Hybrid / Office engineering design & site commissioning)
-
Key Qualifications: Bachelor’s or Master’s in Chemical, Mechanical, or Environmental Engineering; PE license preferred; expertise in Aspen Plus/HYSYS process simulation, solvent systems (amine scrubbing), and ASME B31.8 CO2 piping standards.
Carbon Capture Project Engineer Salary Breakdown (2026)
Earnings for professionals securing Carbon Capture Project Engineer Jobs reflect the deep process engineering and capital project management expertise required:
-
Entry / Associate Carbon Capture Engineer: $85,000 – $102,000 / year
-
Experienced Carbon Capture Project Engineer: $115,000 – $155,000 / year
-
Senior CCUS Project Manager / Principal Engineer: $165,000 – $200,000+ / year
Top Perks & Employee Benefits:
-
Executive health, dental, vision, and preventive wellness benefits
-
401(k) retirement plans with generous employer matching (up to 6%–8%)
-
Milestone-based project bonuses tied to EPC commissioning deadlines
-
Financial sponsorship for PE license maintenance and specialized technical training
-
Flexible hybrid working model during the initial engineering modeling and design phases
Core Responsibilities & Technical Workflow
What does a typical work schedule look like for project leaders in Carbon Capture Project Engineer Jobs?
-
Process Engineering & Modeling: Simulating gas-liquid absorption columns, thermal regeneration loops, and solvent mass balance using Aspen HYSYS.
-
Capital Project Execution: Managing Front-End Engineering Design (FEED) studies, equipment procurement, and vendor technical evaluations for CO2 capture skids.
-
CO2 Compression & Transport Design: Overseeing the selection of multi-stage centrifugal compressors, dehydration units, and supercritical CO2 pipeline connections.
-
Regulatory & Environmental Permitting: Coordinating Class VI injection well permit documentation and EPA compliance for permanent geological CO2 sequestration.
-
Cross-Functional Commissioning Support: Supervising site construction crews and chemical process engineers during facility startup and performance testing.
Requirements & Essential Credentials
To stand out when applying for Carbon Capture Project Engineer Jobs, top hiring teams prioritize:
-
Academic Background: A Bachelor’s or Master’s degree in Chemical Engineering, Mechanical Engineering, or Environmental Process Engineering.
-
Professional Licensing: Holding an active PE (Professional Engineer) license or Engineer-in-Training (EIT) credential.
-
Simulation Software Mastery: Proficiency in process modeling platforms such as Aspen Tech HYSYS or PRO/II.
-
Code & Safety Standards: Strong familiarity with ASME B31.8 (gas transmission piping) and EPA Class VI Injection regulatory guidelines.
Top Employers Hiring Carbon Capture Project Engineers
-
Climeworks: Pioneer in direct air capture (DAC) technology, scaling commercial carbon removal facilities. Explore Climeworks Careers.
-
Occidental (Oxy Low Carbon Ventures): Major energy company leading large-scale DAC and geological CO2 storage projects. View roles on Oxy Careers.
-
Carbon Engineering: Innovative clean tech provider developing large-scale atmospheric carbon capture systems. Apply to Carbon Engineering Careers.
-
Bechtel: Global engineering, procurement, and construction (EPC) firm delivering major industrial CCUS infrastructure. Check open roles on Bechtel Careers.
Frequently Asked Questions (FAQs)
Q1: What chemical process is most commonly used in carbon capture projects?
Amine-based solvent absorption (such as Monoethanolamine or MEA) is currently the most widely deployed chemical process for post-combustion carbon capture.
Q2: Is prior oil & gas experience useful for Carbon Capture Project Engineer Jobs?
Yes! Experience with gas processing, high-pressure compression, pipeline transport, and chemical distillation in oil & gas translates directly to CCUS project engineering.
Q3: What is the primary difference between point-source capture and direct air capture (DAC)?
Point-source capture intercepts high-concentration CO2 directly at industrial chimneys (flue gas), whereas DAC extracts low-concentration CO2 directly from ambient atmospheric air.
Explore More Opportunities
Looking to explore wind manufacturing roles? Check out our complete guide on Wind Turbine Assembly Technician Jobs or visit greenenergyjobsusa.com to browse top-paying clean energy roles updated daily.