Concept

The CFCPILOT4CCS project is designed to test an innovative capture technology for industrial CO₂ emissions. The ultimate goal of the technology is to upscale industrial emissions reduction by capturing carbon dioxide (CO₂) while generating low-carbon power, heat, and hydrogen as additional benefits. The Carbonate Fuel Cell (CFC) innovative solution will enhance the efficiency of the capture process and provide additional value streams that effectively lower the cost associated with carbon capture and storage.

The Carbonate Fuel Cells in a nutshell

What is the project’s objective?

Within the CFCPILOT4CCS project framework, the CFC technology will undergo piloting to assess its suitability for large-scale CO₂ capture in an industrial environment. Esso Nederland BV plans to build a pilot plant at its Rotterdam Manufacturing Complex to test the breakthrough technology, that could significantly reduce CO₂ emissions from key industries.

The pilot plant’s objectives include obtaining performance and operability data to refine the CFC technology. Furthermore, the pilot seeks to address potential technical challenges that may occur in an operational environment and gain insights into the installation and operating costs associated with deploying a CFC plant for carbon capture.

Wish to learn more about the Rotterdam Manufacturing Complex?

The Rotterdam Manufacturing Complex is an integrated refining and petrochemical site. The refinery is one of the most energy-efficient refineries in Europe. It supplies the market with low-sulfur petroleum products, high quality basestocks for lubricants and feedstock for the chemical industry. The Rotterdam Manufacturing Complex is also integrated with an ultra-modern hydrogen plant of Air Products, located at the same site.