Negative emissions potential from CCU technologies

Supplementary materials of the PhD thesis "Evaluation du potentiel d'émissions négatives des technologies d'utilisation du CO2". 

Chapter 1: Life cycle assessment of bioenergy with carbon capture and storage system: Critical review of life cycle inventories

• Supplementary_Materials.xlsx

Chapter 2: Life cycle assessment of carbon capture and utilisation as a negative emissions technology: recommendations and case study

• ESM1.xlsx: inventory data used to perform the LCA of the case study.
• ESM2.yml: conda environment to run the scripts and perform LCA with Brigthway v2.
• ESM3.ipynb: script to generate the Brightway2 database by importing the Excel® file and slightly modifying it.
• ESM4.ipynb: script to generate the data illustrated in Figure 12
• ESM5.ipynb: script to generate the data illustrated in Figure 13
• ESM6.docx: explanation of the CFF, chosen LCI results, the absolute LCA results and the full results of the contribution analysis.

Chapter 3: Facilitating dynamic life cycle assessment for climate change mitigation

• SI_1.docx: presents the modified version of Temporalis and provides instructions on how to use the “environment.yml” and “Scripts_for_results_reproducibility.zip” documents to reproduce the results.
• environment.yml 
• Scripts_for_results_reproducibility.zip 

Chapter 4: Is dynamic LCA necessary? evaluation with simplified temporal information

• Is_dynamic_lca_necessary.ipynb : script to be run in the same conda environment as the supplementary material of chapter 3.

This research is part of the CarMa IFP School Chair entitled "Carbon Management and Negative CO2 emissions technologies towards a low carbon future" (CarMa) and supported by TotalEnergies in association with Fondation Tuck "https://www.carma-chair.com/".