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Leilac-2

Location:

Hanover, Germany

Commencement date:

2020

Targeted CO2 capture capacity:

100,000 tpa

Current status:

Approved financial investment decision. Currently progressing through detailed engineering.  Construction commencing in 2023.

Project features

  • Scalable and modular design will be retrofitted into the Heidelberg Materials (formerly HeidelbergCement) plant with low-impact integration into the host plant’s operations.
  • Aims to investigate the use of alternative and renewable fuel sources.
  • The project will validate: the anticipated capital and operational expenditure for full scale application; a modular design for scale-up; operability and maintenance details; and integration and plant layout considerations.
  • In addition to demonstration of the main technology targets, the project includes analysis of the potential destination of the captured CO₂. While there are no current plans to actually store or use the CO₂ from Leilac-2, this analysis will enable a better understanding of the potential uses or safe geological storage options.

Partners

Heidelberg Materials (formerly HeidelbergCement), CEMEX, BGR, The Centre for Research and Technology Hellas, CIMPOR-Indústria de Cimentos, ENGIE Laborelec, Calix, The Geological Survey of Belgium, IKN GmbH, Lhoist, Politecnico di Milano and the Port of Rotterdam.

Supported by

GCCA, GCCSI, CEMBUREAU, ECRA, University of Clausthal and EuLA.

Funding

This project has received €16m funding from the European Union’s Horizon 2020 programme for research and innovation, under the Grant Agreement – No 884170.

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