Carbon Capture – Design & Integration

About the Course

This training provides engineers, operators, and decision-makers with a solid understanding of carbon capture system design, integration principles, and industrial applications.

The program explains the fundamentals of CO₂ separation technologies, system architecture, safety considerations, and operational constraints—while giving participants practical skills to evaluate, design, and optimize capture systems across multiple industries.

Objectives

Participants will learn to:

• Understand key CO₂ capture technologies (amine, adsorption, cryogenic, membrane, direct air capture).

• Evaluate capture technology selection based on process conditions and economics.

• Design the main process blocks of a carbon capture system (pre-treatment, capture, regeneration, compression, storage/use).

• Interpret PFDs, material/energy balances, and integration concepts.

• Analyze system interfaces with existing industrial plants (power plants, hydrogen units, biogas, cement, steel).

• Assess safety, material compatibility, corrosion risks, and process hazards.

• Understand integration with CO₂ transport, liquefaction, and utilization (e-fuels, enhanced production, mineralization).

• Learn performance indicators: capture efficiency, parasitic load, CAPEX/OPEX drivers.

• Apply optimization methods to reduce energy consumption and improve operational reliability.

Benefits

By completing this training, participants will:

• Gain a strong technical foundation in CO₂ capture systems.

• Improve their ability to evaluate and select the right capture technology for their facility.

• Acquire practical tools for designing and integrating capture systems into existing operations.

• Understand cost–benefit analysis, energy penalty, and environmental impact.

• Strengthen cross-disciplinary communication with engineering, operations, and sustainability teams.

Who Should Attend

This course is ideal for:

• Process engineers

• Mechanical/chemical engineers

• Project managers

• Sustainability and decarbonization experts

• Plant engineers and operators

• Investors evaluating CCUS projects

• Corporate decarbonization teams

No prior carbon capture experience is required, but basic engineering knowledge is recommended.

Related Courses

To support your learning path, you may also consider:

• Carbon – “Net Zero” Foundations

• Hydrogen Economy – Fundamentals & Value Chain

• Alternative Fuels – SAF, e-Methanol, e-Ammonia

• Hydrogen Systems – Safety & Operations

• Renewable Energy — Systems & Opportunities

For inquiries: teosacademy@teosteam.com