Prospective life cycle assessment reveals a deployable pathway to near-zero carbon antibiotic production through strain engineering and carbon capture

Dataset supporting: Prospective life cycle assessment of tobramycin productionThis repository contains the raw data supporting the manuscript "Prospective life cycle assessment reveals a deployable pathway to near-zero carbon antibiotic production through strain engineering and carbon capture". The dataset includes: Deterministic life cycle impact assessment (LCIA) results: For 18 scenarios (three attributional: S1–S3; fifteen prospective: pS1–pS5 across 2025, 2030, and 2035) characterised with Environmental Footprint v3.1 (no LT), Cumulative Energy Demand (CED), and ReCiPe 2016 endpoint (H). Monte Carlo simulation outputs: 1,000 iterations per scenario for uncertainty analysis. Software project exports: Activity Browser (v2.11.2) / Brightway2 database and project export files. Global Sensitivity Analysis (GSA): Input-output sensitivities calculated per scenario. Process Contributions: Detailed inventory contribution breakdowns per scenario. Sankey diagrams: Visual supply-chain and environmental impact flows per scenario.