Carbon Capture

At TeOsTeam, we design and engineer advanced carbon capture systems tailored to the specific needs of energy, industrial, and climate-technology projects. Our multidisciplinary approach integrates cryogenics, process engineering, system architecture, supplier supervision, and commissioning oversight, ensuring every project meets the highest standards of quality and safety. With over 250+ years of engineering and production experience and a track record contributing to 7,500+ engineered systems in general, our team delivers technically robust, scalable, and standards-compliant CO₂ capture solutions across Europe, Turkey, and global markets.

Direct Air Capture (DAC)

We support projects that remove atmospheric CO₂ using advanced air-contacting and separation technologies. Our engineering scope includes:

• Concept and process design

• Sorbent/solvent system evaluation

• Equipment specification & vendor assessment

• Energy and mass balance modeling

• Commissioning and performance verification

Carbon Capture at Power & Industrial Plants

We design systems that capture CO₂ before it enters the atmosphere, enabling emissions reduction at:

• Thermal power plants

• Refineries

• Cement & steel plants

• Chemical-processing facilities

  
  

Carbon Capture & Conversion (CCC)

TeOsTeam engineers systems that convert captured CO₂ into:

• e-fuels

• Industrial chemicals

• Polymers

• Carbon-neutral process streams

Bioenergy with Carbon Capture & Storage (BECCS)

We provide engineering support for BECCS systems that capture CO₂ produced from biomass energy. Our services include:

• Process modeling

• Capture technology selection

• Storage integration engineering

• Risk & safety evaluation

• Vendor qualification and procurement oversight

Cryogenic Carbon Capture (CCCryo)

Leveraging TeOsTeam’s deep cryogenic expertise, we design low-temperature capture systems that remove CO₂ through controlled cooling and phase separation. Advantages include:

• High capture efficiency

• Faster processing compared to chemical systems

• Strong compatibility with industrial exhaust streams

• Reduced solvent usage

• Cryogenic capture is especially promising for hard-to-abate industries.

System Integration & Lifecycle Services

Every carbon capture project is delivered with:

• Standards compliance: EN, ASME, ISO

• Supplier supervision & fabrication oversight

• Quality assurance & FAT/SAT support

• Commissioning & start-up assistance

• Operational performance validation

TeOsTeam acts as your engineering owner’s representative, ensuring all deliverables meet technical, regulatory, and performance requirements. Our commitment is simple: Robust engineering, transparent execution, and long-term reliability.

From early-stage concept development to system commissioning, we help organizations deploy carbon-capture technologies with confidence and clarity.

Contact our engineering team: info@teosteam.com