LCA was performed for the conceptual design of a continuous, industrial-scale manufacture of crude paracetamol from bio-renewable CST waste via β-pinene. The goal of the study was to obtain initial LCIA estimates of the novel process, identify process hotspots to guide future research and provide a dataset for comparison against LCA results of other paracetamol production routes. Furthermore, the study aimed to compare the environmental impacts of obtaining CST-derived β-pinene feedstock to the impacts of obtaining benzene, a common feedstock for conventional paracetamol synthesis. The findings of this study benefit the progress of the pharmaceutical industry towards green chemistry, and provide welldocumented datasets to the LCA and process engineering communities.