TECO Carbon Capture and Storage

  • High CO2 capture rate.
  • Low power demand.
  • Tested for a broad variety of fuels and CO2 concentrations.
  • Scalable & modular design.

The effect of global warming in our environment is significant. The largest greenhouse gas (GHG) contributor is Carbon Dioxide (CO2). Maritime transport emits around 940 million tonnes of carbon dioxide (CO2) annually and is responsible for about 2.5% of global greenhouse gas (GHG) emissions (IMO, 2014).

Due to the threat of climate change also the demand for maritime CO2 emission reduction has strongly increased. This is backed by the International Maritime Organisation (IMO) who came up with the ambitious goal to reduce CO2 from shipping by 40% by 2030 and 70% by 2050 per transport work (IMO, 2018).

Carbon Capture and Storage has been gaining recognition as an important technology towards decarbonizing shipping (DNV 2050 Maritime forecast).

TECO Carbon Capture and Storage development steps


Feasibility Study


  • Concept / Business Case Study

  • Approval in Principle / Pilot Unit Design

2023 / 2024

Installation / Validation and Type Approval

Why TECO Carbon Capture and Storage

  • Proven for several land-based applications.
  • Tolerate impurities into the exhaust.
  • Applicable both for retrofit and newbuilds.
  • Optimal heat recovery.
  • Does not require hazardous chemicals.

Pilot Unit

Photo credit: Chart Industries Inc.