This study explores a range of feasible, planet compatible net-zero emission pathways, which will allow the chemical industry to achieve 1.5°C targets by 2050. Our results show that reaching net-zero for the chemical sector requires supply-side emission abatement interventions that go beyond the most economical pathways (ME), towards low fossil feedstock pathways (NFAX and NFS). These interventions rely on a diverse set of supply technologies (e.g., DAC) and renewable feedstocks (e.g., biomass, green hydrogen), with high-risk. However, this risk is mitigated by reducing demand for virgin chemicals, through resource efficiency and circularity strategies, enabling the chemical industry to remain well within the tolerance of planetary boundaries and technology scaling limits.