About the Project
- Emission control
- Solvent management
- Dynamics and control
- Cost reduction
- CO2 shipping
- Batch-wise injection
- CO2 specifications
- Planning for flexible networks
- Standardizing storage readiness
- North sea storage appraisals
- Re-use of existing assets
- CCU demonstrator construction
- Engine adaption
- Operation and testing
- CCU integration and scale-up
- Teeside and Grangemouth (UK)
- Rotterdam (NL)
- North Rhine-Westphalia (DE)
- Grenland (NO)
- Oltenia region (RO)
- Commercial models for CCUS clusters
Project briefing (Download)
The multi-partner ALIGN-CCUS project unites science and industry in a shared goal of transforming six European industrial regions into economically robust, low-carbon centres by 2025.
Our international partnership of 34 research institutes and industrial companies has secured European and national funding for six specific but interlinking areas of research into carbon capture, utilisation and storage (CCUS).
Research results will be used to draw up blueprints to deliver CCUS in the industrial regions of Teesside and Grangemouth in the UK; Rotterdam in the Netherlands; North Rhine-Westphalia in Germany; Grenland in Norway; and Oltenia in Romania.
By helping to address specific issues faced by industry, we aim to support the quick and cost-effective deployment of CCUS, enabling Europe’s industrial and power sectors to be part of a low-carbon future while remaining economically viable.
Our three-year project will focus on:
The project’s technical research will make use of existing pilot and demonstration projects, which are in various phases of development. It will also focus on real-life industrial clusters, where companies have already identified CCUS as a key technology for reducing the environmental footprint of their operations. Find out more about these clusters here.
The ALIGN-CCUS project has six distinct work packages.