Green Growth or Growth First? Carbon Intensity and Provincial Development Paths in Vietnam

Vietnam has committed to net-zero emissions by 2050 while aiming to reach high-income status by 2045. Whether these two goals can be pursued together depends heavily on what happens inside its provinces, where growth is planned, power plants are sited and industrial parks compete for investment. This paper documents the current situation using newly available satellite- and asset-based emission estimates from Climate TRACE for all 63 pre-2025 provinces (2021–2024), combined with provincial GRDP and population statistics and national series from the Global Carbon Project and the World Bank. The analysis is descriptive and does not estimate causal relationships. At the national level, CO? emissions rose almost sevenfold between 2000 and 2025, faster than real GDP, and coal’s share of fossil CO? climbed from 38% to 58%. Only after 2020 did the economy move into weak decoupling (elasticity 0.22). At the provincial level, the carbon intensity of output differs by a factor of 46, from 8 t CO?e per billion VND in B?c Ninh to 368 t in Bình Thu?n. Ten provinces emit 51.5% of gross greenhouse gases while producing 34.5% of output. A simple income-by-intensity typology identifies four development paths. Twenty “cleaner growth” provinces generate 62.4% of GRDP with a quarter of emissions. Twelve “growth first” provinces, mostly hosts of coal power, steel, cement and coal mining, account for 51.0% of emissions but only 16.2% of GRDP. The remaining provinces are either carbon-intensive and lagging, often because of rice-paddy methane or resource industries, or low-carbon by default. Emissions rose fastest between 2021 and 2024 in some cleaner-growth provinces where new coal units came online. The results suggest that Vietnam’s low-carbon transition is, in practice, a question of a small number of host provinces, and that provincial green-growth targets should distinguish between emissions generated for local value added and emissions generated to supply the national grid.