// emissions_trajectory_analysis
Australia peaked at 617.8 Mt CO₂-e in 2007. With 4 years to the legislated 2030 target, the gap stands at 105 Mt and the required reduction rate is 3× current pace.
448 Mt
current (2024 est.)
CO₂-e all GHGs
105 Mt
gap to 2030 target
342.9 Mt required
4 yrs
to deadline
Climate Change Act 2022
+195%
EV sales growth
Australia 2023 vs 2022
// key_findings
Electricity is the success story: renewables dropped the sector's share from 37% of national emissions (2007) to 29% today — bending the curve by ~50 Mt since peak.
Transport is the structural problem. Australia's 20-million-vehicle fleet turns over at ~1.5M new vehicles per year. Even with 100% EV new-car sales today, full fleet electrification takes 13 years.
Fugitive emissions (LNG) grew 4 Mt since 2015, quietly offsetting a portion of electricity's gains. The LNG expansion paradox: Australia exports low-carbon energy enablers while increasing its own methane footprint.
Agriculture is the intractable sector. Livestock methane and soil nitrous oxide don't respond to electrification. Carbon sequestration via soil carbon projects is the only credible mechanism, and MRV is expensive.
The 2030 target (342.9 Mt, −43% on 2005 baseline) requires cutting ~26 Mt per year from today. Current pace is ~14 Mt/year — the required acceleration is 1.9×.
The EV inflection (~2026-27 projected) will bend the transport curve, but the fleet composition lag means transport emissions won't fall materially until 2029-30 — just as the target deadline hits.
// data_lineage
// built_with
// methodology_note
EMISSIONS_HISTORY is auto-refreshed monthly via GitHub Actions from OWID's owid-co2-data.csv. Sector data is from DCCEEW quarterly updates and interpolated linearly between survey years. EV projections are modelled from FCAI VFACTS trends with S-curve adoption assumption.